Catalogue 2016-2017

Transcription

Catalogue 2016-2017

Catalogue 2016-2017
MATCHMASTER
75 YEARS OF AUSTRALIAN MANUFACTURING
Index by Product Category
Digital TV Antennas
Satellites
7
97
Coaxial Cable
Pedestals
19
103
Connectors and Tools
Fibre Optics
25
105
Amplifiers and
Modulators
DigiHUB
119
41
Filters
Headend Equipment
55
123
Splitters and Taps
IPTV
59
143
Installation Hardware
Videos
67
147
Accessories
Training
75
151
Test Equipment
Technical Data
83
155
3 & 5 Wire Multiswitch
Systems
Index by Product Code
87
Set Top Boxes
95
175
Company Profile
For excellence and
commitment in service
Matchmaster strives to be our customers' first
choice and “For The Best” in the market. We
serve by exceeding our customers expectations,
providing new technology solutions, leveraging our
diverse brands, driving operational excellence, and
committing to the highest standards of business
practices - all of which will drive Matchmaster’s
long-term growth, value and success. Matchmaster
fully understands and exceeds our customers’ needs,
wants and preferences and provides greater value to
our customers than our competitors. Matchmaster
builds on the company’s reputation and image
internally and externally while driving initiatives to
ensure Matchmaster remains “For The Best” for our
customers and our employees.
Matchmaster opened its engineering business in
1939. The design and manufacturing of TV Reception
Systems and solutions began in 1954, two years
before television hit the airwaves. Today with over
75 years of industry experience Matchmaster is firmly
established as the nation’s leader in engineering
and product technology, commercial product
development, outstanding service
and industry training.
4 www.matchmaster.com.au | Products may vary from photo shown
Matchmaster caters for all domestic and commercial
television reception equipment, system design,
technical advice as well as consultancy in
developing and designing integrated solutions
and commissioning for your next project.
Matchmaster specialise in commercial distribution
systems with design and engineering capabilities
to suit every possible application.
Matchmaster provide local technical support for
everything from domestic antenna installations
through to complex commercial network design,
in multiunit dwellings as well as designs for the
hospitality industry.
Matchmaster is an endorsed trainer and is known for
delivering the best training program of its type.
Quality Assured Company
Matchmaster adhere to the highest standards of
corporate governance by establishing processes
and practices that promote and ensure integrity,
compliance and accountability. Matchmaster
is a Quality Assured Company.
Matchmaster is also actively involved in the
communications industry and represented
on the board of the ADTIA, ADSIF, CITT,
ESQ, CEDIA, MEA, NECA, VETAB,
the Digital Task Force and
Standards Australia.
Company Profile
For specialised project design
Matchmaster’s Engineering Team has designed
many systems which utilise professional design
software which is proprietary produced and
licensed exclusively in Australia and New Zealand,
this ensures that your system design is correctly
produced from the beginning. Together with the
utilisation of sophisticated headend equipment,
Matchmaster create television reception systems
for a range of applications and varying sites.
For design, manufacturing
and distribution
Our design service ensures that your television
reception system will access the growing range of
communication options including full fibre systems,
HFC Network, SMATV, CATV, MATV, IPTV and of
course high definition digital.
Matchmaster designs, manufactures and distributes
a comprehensive range of installation hardware and
system equipment throughout Australia and New
Zealand via our own manufacturing and distribution
centers as well as a network of Agents.
Matchmaster products are recognised as the industry
standard for being “The Heavy Duty Choice” and
enjoy a reputation for strength, durability and
performance beyond the specifications or capacity
of our competitors. Our Australian made antennas,
hardware and accessories are ISO quality assured.
Matchmaster lead the industry in high definition
television reception equipment and have a
comprehensive range marketed via Matchmaster
brands such as DigiMATCH, DigiHUB, MAGNA Digital.
Matchmaster in addition to our locally manufactured
products are agents for a select group of products
from internationally well known companies including
WISI, Terra, Televes, Telemann, Johansson, Cahors,
Cabelcon, PPC, PBN, Televes.
For diagrams, inspections
and testing
The Matchmaster Engineering Team not only
generate technical layout and routing diagrams in
our design laboratory but are also active participants
in field inspections, testing and commissioning.
In this way they are constantly able to provide a
superior advisory service to contract installers
and consultants.
Matchmaster’s promise is simple; when a
Matchmaster system is installed according to our
design it will provide the highest quality reception
first time, every time!
Products may vary from photo shown | www.matchmaster.com.au 5
Company Profile
For industry training
and education
For integrating future
technology
As customers become more tech-savvy, their service
expectations of technicians also increase. So to meet
the rising demand for digital entertainment and
technologies, Matchmaster and its RTO partners,
have developed a series of new accredited TV
Reception Training Courses to help technicians gain
the knowledge and skills required.
Technology is rapidly changing and the demand for
new technology in Digital Ready Reception services
is high. Whether it is a housing estate, block of units,
apartments, hospitals, clubs, luxury hotels or resorts
the importance of providing an integrated and
expandable communications network is imperative.
Providing a specially designed and installed
integrated system for Digital services will
ensure that future expansion is catered for.
Matchmaster Digital TV Reception Training Program
Matchmaster has been delivering industry trusted
and approved training for over 15 years. Our Program
continues to provide installers with the theory and
practical knowledge to service the
field with confidence.
RTO Accredited Courses
The Matchmaster Training Program has been
developed based on the requirements of the
Australian Qualifications Training Framework
(AQTF). This requires training to be delivered
under the competency based methodology and
will therefore ensure the knowledge and skills
are assessed to a high standard. Matchmaster in
conjunction with our RTO partner, Master Electricians
Association (MEA), delivers Certificate II and III in
Digital Reception Technology. Matchmaster offers
the core technology competencies for digital
terrestrial reception covering terrestrial and satellite
platforms, through the digital TV reception training
programs. The MEA will then deliver the balance
of competencies to enable the learner to achieve
Certification. For further information on
Certification visit the MEA website.
So start with Matchmaster who will consult, develop,
design and commission your next project.
For environment health
and safety
Matchmaster is committed
to environment, health and
safety excellence. We believe in
good corporate environmental
citizenship in the communities
in which we operate, and in
providing a healthy and safe
workplace. Matchmaster is committed to complying
with all environmental, health and safety laws and
regulations, wherever we operate in Australia and
New Zealand. Matchmaster seeks to conserve
energy, water and raw materials, use recycling and
reduce waste. We work to instil these values in all
our employees. Matchmaster’s Environment, Health
and Safety policy, a copy of which is available at
www.matchmaster.com.au, is the basis for our
commitment to Environment, Health
and Safety programs.
Digital TV
Antennas
Matchmaster premium VHF/UHF &
Combination antennas, suitable for
metropolitan & rural areas using VHF,
UHF or combination broadcasts.
Heavy duty construction with ‘F’ type
baluns to improve signal quality.
Various models can be used in
horizontal or vertical broadcast areas.
Matchmaster antennas feature
built in Low Pass Filters either at
230MHz, 652MHz or 694MHz
depending on model to prevent
4G (LTE) interference.
Digital TV Antennas
Indoor Digital TV Antenna
VHF/UHF (6-12)(28-51)
Indoor Digital TV Antenna
VHF/UHF (6-12)(28-51)
01MM-CA01
01MM-CA02
Features and Benefits
»» Great performer
»» Receives channels
»» Receives channels 6-12 and 28-51
»» Excellent retail packaging for display purposes
»» Attractive slimline design enables antenna to
6-12 and 28-51
»» Excellent retail packaging
fit with most decors
»» 694MHz low pass filter to reduce
for display purposes
»» UHF ring dipole combined
4G (LTE) interference
AC
M A N UF
»» Australian made
»» VHF diplexed to UHF section 25dB
isolation for improved return loss
»» VHF elements 12.7mm diameter extruded
aluminium tube for superior strength
»» 652MHz low pass filter
01MM-DE7
Inner
Outer
AC
M A N UF
»» Versatile caravan antenna designed
for Australian channels
»» Perfect for Vertical and Horizontal polarized areas
»» Retail packaging
packaging ideal for
retail merchandising
Boom Length
Packing Type/
Unit
AN
»» Attractive
Balun Type
LI
> 40dB attenuation at
750MHz to eliminate
01MM-DC21A Specifications
Elements
Band
B3
Channels
UHF
B3
Maximum Gain
UHF
AV VSWR
Front/Back
B3
Ratio
UHF
D
A
RE
AU
D
RE
TU
AN
TR
TR
LI
AU S
AU S
A
LIAN DESIG
RA
N
ST
ED
ED
01MM-DC21A
LIAN DESIG
RA
N
ST
Digital TV Caravan Antenna
VHF/UHF (6-12)(28-46)
7 Elements
TU
Digital TV Antenna VHF/UHF
(6-12)(28-40) 21 Elements
AU
with VHF rabbit ears for
flexible positioning to
receive signals
21
B3, UHF
VHF (6-12)
UHF (28-40)
VHF 8dB
UHF 12dB
<2:1
VHF 16dB
UHF 21dB
'F' Type Balun VHF
'F' Type Diplexer
Circuit Board
1538mm
1
5
01MM-DE7 Specifications
Elements
Band
B3
Channels
UHF
B3
Maximum Gain
UHF
AV VSWR
Front/Back
B3
Ratio
UHF
Balun Type
7
B3, UHF
VHF (6-12)
UHF (28-46)
VHF 8dB
UHF 12dB
<2:1
VHF 12dB
UHF 16dB
'F' Type PCB
AC
M A N UF
01MM-DG27
»» Versatile caravan antenna designed
»» VHF diplexed to UHF section 25dB isolation
for Australian channels
RE
D
A
LI
TU
AU
D
RE
TU
AN
TR
TR
01MM-DE13
LI
LIAN DESIG
RA
N
ST
AU S
AU S
A
Digital TV Antenna
VHF/UHF (6-12)(28-46)
27 Elements
ED
LIAN DESIG
RA
N
ST
ED
Digital TV Caravan Antenna
VHF/UHF (6-12)(28-46)
13 Elements
AU
Digital TV Antennas
AN
AC
M A N UF
»» 652MHz low pass filter
»» Perfect for Vertical and Horizontal polarized areas
»» Retail packaging
> 40dB attenuation at
750MHz to eliminate
»» Attractive packaging
ideal for retail merchandising
13
B3, UHF
VHF (6-12)
UHF (28-46)
VHF 6dB
UHF 8dB
>2:1
VHF 14dB
UHF 16dB
'F' Type PCB
LIAN DESIG
RA
N
ST
ED
»» VHF diplexed to UHF
RE
D
A
LI
TU
TR
01MM-DG49
Boom Length
Packing Type/
Unit
AU S
Digital TV Antenna
VHF/UHF (6-12)(28-46)
49 Elements
Balun Type
AU
01MM-DE13 Specifications
Elements
Band
B3
Channels
UHF
B3
Maximum Gain
UHF
AV VSWR
Front/Back
B3
Ratio
UHF
Balun Type
01MM-DG27 Specifications
Elements
Band
VHF
Channels
UHF
VHF
Maximum Gain
UHF
AV VSWR
Front/Back
VHF
Ratio
UHF
AN
AC
M A N UF
Inner
Outer
Elements
Band
VHF
Channels
UHF
B3
Maximum Gain
UHF
AV VSWR
Front/Back
B3
Ratio
UHF
section 25dB isolation
»» VHF elements 12.7mm
diameter extruded
aluminium tube for
superior strength
»» 652MHz low pass filter > 40dB attenuation at
Balun Type
Boom Length
Packing Type/
Unit
Inner
Outer
27
B3, UHF
(6-12)
(28-46)
7dB
11dB
1.9:1
12dB
18dB
'F' Type Balun VHF
'F' Type Diplexer
Circuit Board
1305mm
1
5
49
B3, UHF
(6-12)
(28-46)
8dB
13dB
<2:1
16dB
21dB
'F' Type Balun VHF
'F' Type Diplexer
Circuit Board
2268mm
1
5
750MHz to eliminate 4G (LTE) interference
Digital TV Antennas
»» Budget antenna for inner city applications
»» Wideband log periodic style
»» VHF Elements 7.0mm extruded aluminium
»» Hybrid log periodic antenna to
AU
maximise gain for wanted channels
»» VHF elements 12.7mm diameter aluminium
tube snap lock design
»» ‘F’ connector Coax front feed on circuit board
tube for superior strength
connection for superior return loss
»» Mounting clamp at the rear
»» Mounting clamp avoids antenna sagging
creates stub for
improved VSWR
32
(6-12) (28-51)
8dB
11dB
>20dB
'F' Type PCB
1
5
ED
RE
D
A
LI
TU
TR
01MM-MD11
LIAN DESIG
RA
N
ST
AU S
Digital TV Antenna
VHF/UHF (6-12)(28-46)
11 Elements
AU
01MM-LP03F Specifications
Elements
Channels
B3
Gain
UHF
Front/Back
B3
Ratio
UHF
Balun Type
Packing Type/
Inner
Unit
Outer
AN
AC
M A N UF
»» Hybrid antenna to maximise
gain for wanted channels
»» VHF elements 12.7mm
diameter extruded aluminium
tube for superior strength
01MM-MAGNA25 Specifications
Elements
B3
Channels
UHF
B3
Gain
UHF
AV VSWR
Front/Back
B3
Ratio
UHF
Balun Type
'F' Type PCB
01MM-MD11 Specifications
Elements
Band
VHF
Channels
UHF
VHF
Gain
UHF
Front/Back
VHF
Ratio
UHF
Balun Type
Packing Type/
Inner
Unit
Outer
11
B3, UHF
(6-12)
(28-46)
3dB
9dB
6dB
11dB
'F' Type PCB
1
20
25
(6-12)
(28-40)
9-10dB
<2:1
16-20dB
RE
D
A
LI
TU
TR
01MM-MAGNA25
AU S
01MM-LP03F
LIAN DESIG
RA
N
ST
ED
Digital TV Antenna
VHF/UHF (6-12)(28-40)
25 Elements
Log Periodic Digital TV Antenna
VHF/UHF (6-12)(28-51)
32 Elements
AN
AC
M A N UF
D
RE
LI
TU
TR
A
01MM-SA100
ED
LIAN DESIG
RA
N
ST
AU S
Log Periodic Digital TV
Antenna VHF/UHF
(6-12)(28-46) 9 Elements
AU
Digital TV Antennas
AN
AC
M A N UF
»» Hybrid log periodic antenna to maximise
gain for wanted channels
»» VHF elements 9.54mm diameter aluminium tube
01MM-SA100 Specifications
Elements
Band
B3
Channels
UHF
B3
Maximum Gain
UHF
AV VSWR
Front/Back
B3
Ratio
UHF
Balun Type
9
B3, UHF
VHF (6-12)
UHF (28-46)
VHF 5dB
UHF 7dB
<2:1
VHF 12dB
UHF 14dB
'F' Type PCB
Digital TV Marine and
Caravan Omni-directional
Antenna VHF/UHF
(6-12)(28-51)
01MM-SL01
»» Suitable for caravan, marine and apartments
»» Omni directional amplified antenna 20dB gain
»» Fully encased plastic outer with Stainless steel
fittings to protect against corrosion
»» 694MHz low pass filter > 40dB at 750MHz pre
amplifier to eliminate 4G (LTE) interference
01MM-SL01 Specifications
Band
B3
Channels
UHF
B3
Maximum Gain
UHF
Balun Type
B3, UHF
VHF (6-12)
UHF (28-51)
VHF 15dB
UHF 28dB
'F' Type PCB
Antenna VHF/UHF
(6-12)(28-40)
01MM-V8
»» Outer metro antenna
»» Snap lock design reduces space required in the van
»» Mounting clamp at the balance point avoids
antenna sagging
Digital TV Antennas
Digital TV Antenna UHF
(28-51) 91 Elements
AU
ED
02MM-DG91
LIAN DESIG
RA
N
ST
LI
TU
TR
RE
D
AU S
A
AN
AC
M A N UF
»» 694MHz low pass 4G LTE filter > 30dB at 750 MHz
»» Receives UHF Channels 28-51
»» 91 element X type element
»» Australian Made
Phased Array ‘F’ Type
Digital TV Antenna
UHF (28-51) (2 Pack)
02MM-EE06A
»» 694MHz low pass
4G LTE filter
»» Equivalent 40 element
phased array style
»» Made in Germany
»» 13.5dB Maximum gain
»» Receives UHF
Channels 28-51
02MM-EE06A Specifications
Elements
Band
Elements
Band
Channels
Frequency Range
Maximum Gain
Front/Back Ratio
Half Power Beam
Width Horizontal
Half Power Beam
Width Vertical
Boom Length
Balun Type
91
UHF
(28-51)
520-694MHz
16dB
>26dB
30°
33.3°
Channels
Maximum Gain
Half Power Beam
Width Horizontal
Half Power Beam
Width Vertical
Wind Loading Horizontal/
Vertical
Balun Type
Packing Type/
Inner
Unit
Outer
20
UHF
(28-51)
13.5dB
46°
27°
107N
‘F’ Type PCB
1
2
2238 (Split Boom)
‘F’ Type PCB
Phased Array ‘F’ Type
Digital TV Antenna
UHF (28-51) (Single Pack)
02MM-EE06A-1
4G LTE filter
»» Equivalent 40 element
phased array style
»» Made in Germany
»» Receives UHF
»» Channels 28-51
02MM-EE06A-1 Specifications
Band
Channels
Maximum Gain
Half Power Beam
Width Horizontal
Half Power Beam
Width Vertical
Wind Loading
Horizontal/Vertical
Balun Type
Packing Type/
Inner
Unit
Outer
UHF
(28-51)
13.5dB
46°
27°
107N
‘F’ Type PCB
1
2
ED
LIAN DESIG
RA
N
ST
A
02MM-GX400
LI
TU
TR
RE
D
AU S
Digital TV Antenna With
4G Filter UHF (28-51)
10 Elements
AU
Digital TV Antennas
AN
AC
M A N UF
»» 10 element yagi style
»» Also available in 5 Pack (02MM-GX400P)
(28-51)
11.5dB
15dB
9.52mm
1
5
D
RE
LI
TU
TR
A
02MM-GX500
ED
LIAN DESIG
RA
N
ST
AU S
Digital TV Antenna with
4G Filter UHF (28-51)
18 Elements
AU
02MM-GX400 Specifications
Channels
Maximum Gain
Front/Back Ratio UHF
Element Diameter
Packing Type/
Inner
Unit
Outer
AN
AC
M A N UF
»» 18 element yagi style
02MM-GX500 Specifications
Channels
Maximum Gain
Front/Back Ratio UHF
Element Diameter
Packing Type/
Inner
Unit
Outer
(28-51)
14dB
20dB
9.52mm
1
5
(28-51) 18 Elements
02MM-MDU18
»» 694MHz low pass 4G LTE filter > 30dB at 750MHz
02MM-MDU18 Specifications
Elements
Band
Channels
Frequency Range
Maximum Gain
Front/Back Ratio
Balun Type
Packing Unit
18
UHF
(28-51)
520-694MHz
8dB
>15dB
‘F’ Type PCB
1
»» Ring type FM dipole antenna
»» 4G LTE 694MHz low pass filter
»» Incorporates FM/UHF Band 3 Diplexer
»» Quick mounting clamp for fast installation
36
UHF
(28-51)
520-694MHz
12dB
20dB
48°
29°
‘F’ Type
1
5
Phased Array Digital TV
Antenna Vertical/
Horizontal With
Balun 16 Elements
03MM-BIGRAY
»» Snap lock element construction
»» 12.7mm Heavy duty
extruded elements for
maximum strength
and durability
»» Compact packaging for
space efficiency
D
RE
LI
TU
ED
03MM-1EFM
02MM-MDU36 Specifications
Elements
Band
Channels
Frequency Range
Maximum Gain
Front/Back Ratio
Half Power Beam
Width Horizontal
Half Power Beam
Width Vertical
Cable Connection
Packing Type/
Inner
Unit
Outer
LIAN DESIG
RA
N
ST
A
02MM-MDU36
4G LTE filter > 30dB
at 750 MHz
TR
FM Antenna (88-108MHz)
with VHF/UHF
Input/Combiner
AU S
Phased Array X Type
(28-51) 36 Elements
AU
Digital TV Antennas
AN
AC
M A N UF
03MM-1EFM Specifications
Elements
1
Frequency
88-108MHz
Diplexed Frequency
170-230MHz, 470-694MHz
Gain
8.5dB
Impedance
75 Ohm
Dimension
Diameter 520mm
Balun Type
'F' Type PCB
03MM-BIGRAY Specifications
Elements
Band
Channels
Maximum Gain
Front/Back Ratio
Balun Type
Packing Unit
16
3
(6-12)
12.5dB
16dB
‘F’ Type
5
Digital TV Antennas
AC
M A N UF
03MM-DR3004
RE
D
A
LI
TU
D
RE
TU
AN
TR
TR
03MM-DC21V
LI
LIAN DESIG
RA
N
ST
AU S
AU S
A
AU
LIAN DESIG
RA
N
ST
ED
AU
Digital TV Antenna
VHF (6-12) 4 Elements
ED
High Gain Digital TV
Antenna VHF (6-12)
8 Elements
AN
AC
M A N UF
»» 12.7mm Heavy duty extruded elements
»» 8 Element VHF G unit Yagi antenna
for maximum strength and durability
»» Snap lock design for
fast installation
»» Snap lock design for
fast installation
03MM-DC21V Specifications
Band
Channels
B3
Maximum Gain
B3
AV VSWR
Front/Back Ratio
B3
Balun Type
Boom Length
Packing Type/
Inner
Unit
Outer
B3
VHF (6-12)
8dB
<2:1
16dB
‘F’ Type Balun
1538mm
1
5
elements for maximum
strength and durability
ED
»» 12.7mm Heavy duty extruded
RE
D
A
LI
TU
TR
LIAN DESIG
RA
N
ST
AU S
03MM-DR3006
AU
Digital TV Antenna
AN
AC
M A N UF
03MM-DR3004 Specifications
Elements
Band
Channels
Maximum Gain
Front/Back Ratio
Boom Dimension
Boom Length
Packing Unit
4
B3
(6-12)
7dB
16.8dB
25 x 19mm
795mm
1
Elements
Band
Channels
Maximum Gain
Front/Back Ratio
AV VSWR
Boom Dimension
Boom Length
LTE/4G Filter
Packing Unit
6
B3
(6-12)
8.1dB
16dB
1.6:1
25 x 19mm
1195mm
652MHz
1
»» Snap lock design
for fast installation
»» Also available in 5 pack
(03MM-DR3006P)
Digital TV Antennas
Digital TV Antenna
AC
M A N UF
03MM-DR3018
»» 12.7mm Heavy duty extruded elements for
»» 12.7mm Heavy duty extruded elements for
maximum strength and durability
»» Snap lock design for fast installation
Elements
Band
Channels
Maximum Gain
Front/Back Ratio
AV VSWR
Boom Dimension
Boom Length
Packing Unit
Elements
Band
Channels
Maximum Gain
Front/Back Ratio
AV VSWR
Boom Dimension
Boom Length
Packing Unit
10
B3
(6-12)
9.5dB
>20dB
1.5:1
25 x 19mm
1845mm
1
AU
LIAN DESIG
RA
N
ST
ED
Digital TV Antenna
FM (88-108MHz) With
Balun 3 Elements
LI
TU
TR
03MM-FM3
RE
D
AU S
A
AN
AC
M A N UF
»» Receives FM 88-108MHz
03MM-FM3 Specifications
Elements
Gain
Front/Back Ratio
Balun
Packing Unit
3
5dB
15dB
No
1
18
B3
(6-12)
14dB
22dB
1.5:1
25 x 19mm
3190mm
1
RE
D
A
LI
TU
AU
D
RE
TU
AN
TR
TR
LI
AU S
AU S
A
LIAN DESIG
RA
N
ST
ED
ED
03MM-DR3010
LIAN DESIG
RA
N
ST
AU
Digital TV Antenna
AN
AC
M A N UF
ED
LIAN DESIG
RA
N
ST
A
LI
TU
TR
RE
D
AU S
Phased Array Digital TV
Antenna VHF (6-12)
Vertical/Horizontal
with Balun 8 Elements
AU
Digital TV Antennas
AN
AC
M A N UF
03MM-LITTLERAY
»» 8 Element VHF Log periodic antenna
»» Snap lock element construction
»» Mounting clamp at the rear creates
»» Compact packaging for space efficiency
AU
LIAN DESIG
RA
N
ST
ED
RE
D
A
LI
TU
TR
»» 12.7mm Heavy duty elements for
01MM-LP03VF Specifications
Elements
Band
Channels
Maximum Gain
B3
AV VSWR
Front/Back
B3
Ratio
Balun Type
AU S
03MM-MAGNA25V
stub for improved VSWR
8
B3
(6-12)
9.5dB
14dB
‘F’ Type
5
High Gain Digital TV
Antenna VHF (6-12)
17 Elements
03MM-LP03VF
03MM-LITTLERAY Specifications
Elements
Band
Channels
Maximum Gain
Front/Back Ratio
Balun Type
Packing Unit
Antenna VHF (6-12)
8 Elements
AN
AC
M A N UF
16
B3
(6-12)
VHF 6dB
<2:1
VHF 16dB
'F' Type PCB
03MM-MAGNA25V Specifications
Elements
Band
Channels
Maximum Gain
AV VSWR
Front/Back Ratio
Balun Type
17
B3
(6-12)
8dB
<2:1
VHF 18dB
‘F’ Type PCB
»» Snap lock design
for fast installation
Digital TV Antennas
Antenna VHF (6-12)
12 Elements
Antenna VHF (6-12)
22 Elements
03MM-V6
03MM-V8
»» Receives Channels 6-12
»» Receives Channels 6-12
»» Mounting clamp at the rear creates stub
for improved VSWR
03MM-V6 Specifications
Elements
Channels
Gain
Frequency
Impedance
Length
12
(6-12)
7dB
174-240MHz filtered
after 240MHz with 70dB
attenuation
75 Ohm
1080mm
03MM-V8 Specifications
Elements
Channels
Gain
Frequency
Impedance
Length
22
(6-12)
8.5dB
47-230MHz filtered
after 230MHz
75 Ohm
1690mm
Coaxial Cable
Matchmaster has a complete range
of PAY TV and FTA approved cables
for both commercial and residential
applications. Matchmaster’s range
includes standard, flooded,
messengered, Tri-Shield and Quad
Shield RG6 and RG11 cable.
Also available in White approved RG6
Quad Shield cable for indoor use.
Whatever the application Matchmaster
has the cable to suit.
Coaxial Cable
RG11 Quad-shield Cable
305M Reel
Flooded 305M Reel
06MM-E11Q
06MM-E11QF
»» An RG11 metre marked cable with quadshielding
»» Suitable and approved for Pay and Digital TV
»» Sold in a 305 metre reel
»» Foxtel (F30450) & Telstra (739/**) Approved
»» An RG11 metre marked cable
RG11 Quad-shield Low Smoke
Zero Halogen 305M Reel
Messengered 305M Reel
06MM-E11QLSZH
06MM-E11QM
»» An RG11 metre marked Low Smoke‚
»» An RG11 metre marked cable with
Zero Halogen cable with quadshielding
»» Developed due to concerns about the fire hazards
of the insulation and jacketing material
»» Meets requirements for smoke index, acid gas
generation, halogen content, and toxicity index
with quadshield and flooded
»» Gel filled Cable designed for underground use
»» Foxtel (F30445) & Telstra (739/8) Approved
quadshield messengered
»» Foxtel Approved (F30451)
»» Catenary wire for overhead installation
Technical Data 06MM-E11Q-RG11 Quad Shield Cable
Material
Inner Conductor
Dia., mm
Material
Insulation
Dia., mm
First Shield
Second Shield
Outer Conductor
Third Shield
Fourth Shield
Material
Jacket
Dia., mm
Adhesion Force (>N) (Sample of 300mm Long)
Nominal Impedance, �
Capacitance, pF/m
Propagation Velocity
DC Breakdown Voltage, KV
Insulation Resistance, M�/Km
Normal DC Resistance (20˚, �/Km)
Inner/Outer Conductor
Copper-Coated Steel
1.63±0.02 (24%)
Physical Foamed PE
7.11±0.15
Bonded Aluminium Foil (APA)
Aluminium Wire 16x6/0.16
Unbonded Aluminium Foil (APA)
Aluminium Wire 16x4.5/0.16
PVC
10.34±0.25
20
75±2.5
54
82
3.0
>1x10^4
40.4/ 14.4
Coaxial Cable
305M Reel
305M Reel
06MM-E59Q
06MM-E6Q
»» Suitable for Digital TV
»» Foxtel Approved (F30440), Optus (SAP4868)
30M Reel
50M Reel
06MM-E6Q-30M
06MM-E6Q-50M
100M Reel
305M Dispenser Box
06MM-E6Q-100M
06MM-E6QB
»» Sold in a 305 metre Red Box
Coaxial Cable
Flooded 305M Roll
RG6 Quad Low Smoke
Zero Halogen 305M Reel
06MM-E6QF
06MM-E6QLSZH
»» An RG6 metre marked Low Smoke‚
quadshield and flooded
»» Gel filled Cable designed for underground use
Zero Halogen cable with quadshielding
»» Developed due to concerns about the fire hazards
of the insulation and jacketing material
»» Meets requirments for smoke index, acid gas
generation, halogen content, and toxicity index
RG6 Quad-shield
Cable Messengered
Siamese 150M Reel
06MM-E6QM
06MM-E6QS
quadshield messengered
quadshield and is Siamese
White 305M Reel
RG6 Tri-shield Coaxial
Cable 305M Reel
06MM-E6QWH
06MM-E6T
»» An RG6 metre marked cable with Tri-shielding
»» Telstra (739/**), Optus (SAP4868),
quadshielding white in colour
»» Suitable for White Fly Leads to blend in
Foxtel (F30446)
Coaxial Cable
RG6 Tri-shield Cable
Flooded 305M
RG6 Tri-shield Messengered
Plus Flooding 305M
06MM-E6TF
06MM-E6TFM
»» An RG6 metre marked cable
»» An RG6 metre marked cable with Tri-shielding
with Tri-shielding and Flooded
Foxtel (F30442)
messengered and flooded
»» Cable designed for underground use
Foxtel (F30443)
Messengered 305M
Siamese 150M
06MM-E6TM
06MM-E6TS
Tri-shielding messengered
Tri-shielding and is Siamese
Foxtel (F30443)
RG59 Cable TC-Braid
Home Theatre 100M
FTA Suffern 305M
06MM-SDI-100M
06SF-S6Q
»» An RG59 metre marked cable rated at 75 Ohms
»» Has TC braiding
»» Also Suitable for Home Theatre and
»» An RG6 metre marked cable rated
Commercial AV Distribution
at 75 Ohms with quadshielding
»» Sold in a 305 metre Blue Box
»» Suitable for Digital TV
Coaxial Cable
Technical Data 06MM-E6Q-RG6 Quad Shield Cable
Material
Inner Conductor
Diameter (mm)
Material
Insulation
Diameter (mm)
First Shield
Second Shield
Outer Conductor
Third Shield
Fourth Shield
Material
Jacket
Diameter (mm)
Adhesion Force (>N) (Sample of 300mm Long)
Nominal Impedance, �
Capacitance, pF/m
Propagation Velocity
DC Breakdown Voltage, KV
Insulation Resistance, M�/Km
Normal DC Resistance (20˚, �/Km)
Inner/Outer Conductor
Physical Specifications
Type
E6QS
Nominal Conductor
1.02
(mm)
(18AWG)
Nominal Dielectric
4.57
(mm)
Nominal Diameter
4.75
- First Shield (mm)
Nominal Diameter
6.91
- Over Jacket (mm)
Nominal Diameter
- Jacket Wall
0.76
Thickness (mm)
Jacket
Type
Material
Diameter (mm)
E6QLSZH
Flame
Retardant,
UV Resistant
Black PVC
7.54±0.20
E6Q
1.02
(AWG)
E11Q
4.57
7.18
4.75
-
7.62
10.31
0.86
-
1.63
E11QLSZH
Flame Retardant
PVC
10.34±0.20
Copper-Coated Steel
1.02±0.01 (27%)
Physical Foamed PE
4.57±0.13
Bonded Aluminium Foil (APA)
Aluminium Wire 16x4.5/0.16
Unbonded Aluminium Foil (APA)
Aluminium Wire 16x3/0.16
PVC
7.54±0.20
20
75±2.5
54
82
3.0
>1x10^4
102/ 19.1
Attenuation at 20˚C
Type
E6QS/E6Q
E11Q/E11QF
Frequency
Max. (dB) per 100m
5MHz
1.90
1.25
55MHz
5.25
3.15
211MHz
10.00
6.23
250MHz
10.82
6.72
270MHz
11.04
7.00
300MHz
11.64
7.38
330MHz
12.26
7.71
350MHz
12.63
7.94
400MHz
13.61
8.53
450MHz
14.43
9.02
500MHz
15.29
9.51
550MHz
16.08
9.97
600MHz
16.73
10.43
750MHz
18.54
11.97
870MHz
20.04
13.31
1000MHz
21.49
14.27
1300MHz
24.49
16.21
1450MHz
25.89
17.36
1750MHz
28.67
19.52
2150MHz
31.79
21.65
2600MHz
35.30
24.04
2832MHz
37.74
25.09
3000MHz
38.84
25.86
Return Loss, dB
5-3000MHz
≥20
Standards
2011/65/EU
Compliant
Connectors
and Tools
Matchmaster has a large range of 75
Ohm RF & Video connectors to suit
every application. Matchmaster’s
range includes RG59, RG6, and RG11
Hex Crimp and Compression type
connectors and can also supply
.500”, .625” and .750” Hardline
connectors. Connectors available
for F-Type, Pal IEC, BNC, RCA
and many more.
Adaptor ‘F’ Male
To IEC (PAL) Male
Adaptor ‘F’ Female
To IEC (PAL) Male
08MM-A1
08MM-A2
»» Ideal to convert Matchmaster's
range of ‘F’ type connectors
»» No tools required
»» All metal body,
durable composition
»» Long life corrosion proof body
»» High quality nickel plated finish
»» Long life corrosion
proof body
»» High quality nickel
plated finish
To IEC (PAL) Female
To IEC (PAL) Female
08MM-A3
08MM-A4
proof body
plated finish
Adaptor ‘F’ Female To RCA Male
Adaptor ‘F’ Male To ‘F’ Male
08MM-A6
08MM-A7
Adaptor RCA Female
To ‘F’ Female
08MM-A8
Adaptor RCA Female To ‘F’ Male
08MM-A9
proof body
plated finish
Adaptor ‘F’ Male To
‘F’ Female Elbow
‘F’ Female Elbow 3GHz
08MM-A10
08MM-A10-3G
»» Ideal to convert Matchmaster's range
»» 90 degree elbow suitable for sharp bends
durable composition
proof body
plated finish
of ‘F’ type connectors
»» Suitable for Satellite frequencies to 3GHz
»» Pay TV approved
»» 90 degree elbow
suitable for
sharp bends
durable composition
To ‘F’ Male Push On
Adaptor T Piece 3 Way
‘F’ Type Male
08MM-A11
08MM-A12
»» High quality
nickel plated
finish
To IEC Male Right Angle
08MM-A14
»» 90 degree elbow
suitable for sharp bends
Joiner 180˚ ‘F’ Type
08MM-A15
»» 180 degree joiner suitable for sharp bends
proof body
plated finish
proof body
plated finish
(08MM-A14-5P)
Adaptor IEC (PAL) Female
To BNC Male
08MM-B1
range of BNC connectors
proof body
Adaptor ‘F’ Female To BNC Male
08MM-B2
of ‘F’ type and BNC connectors
»» BNC male with twist lock for durability
and secure connection
plated finish
Adaptor ‘F’ Male To BNC Male
08MM-B3
proof body
plated finish
Adaptor RCA Female
To BNC Male
08MM-B4
»» Used to convert BNC to any RCA composite video
(yellow) or stereo audio (white and red)
proof body
plated finish
To BNC Female
To BNC Female
08MM-B5
08MM-B6
»» BNC female with lock pins for securing
to BNC male connectors and adaptors
proof body
plated finish
»» BNC female with lock pins
for securing to BNC male
connectors and adaptors
proof body
plated finish
Adaptor RCA Male
To BNC Female
Adaptor BNC Female
To IEC Male
08MM-B7
08MM-B8
proof body
»» BNC female with lock pins for securing
to BNC male connectors and adaptors
proof body
plated finish
plated finish
Connector RG6 BNC Crimp
08MM-B9
»» Suitable for RG6 coaxial cable
»» Used with Matchmaster crimping tool
(08MM-CT611)
proof body
plated finish
Adaptor BNC Female
To BNC Female
08MM-B10
proof body
plated finish
Connector BNC Male
RG59 Compression
Connector BNC Male RG6
Quad Compression
08MM-B11
08MM-B12
»» Used with Matchmaster
compression tool
(08MM-CT05)
»» High quality tin nickel
plated finish
»» Heavy duty coaxial cable
compression tool (08MM-CT05)
plated finish
compression feature
compression feature
Cable Cutting Tool
08MM-CC206
»» Suitable for RG59 and RG6 coaxial cable
»» Non slip PVC handle
»» Curved blade to slice through coaxial cable easily
and to prevent cable damage
»» Suits up to 12mm max outside diameter cutting
»» Lockable handle for blade protection when
not in use
Professional Coaxial Cable
Compression Tool Kit
08MM-COMPKIT
»» Kit comes in a red protective hard case with handle
and interior heavy duty foam padding
»» 1x compression tool for RG59 and SDI coaxial cable
with BNC, F, IEC and RCA interchangeable dies
»» 1x ‘F’ connector removal
and insertion tool
»» 1x non slip, lockable cable
cutting tool
»» 1x coaxial cable stripper for
RG59 and RG6 with
adjustable blades
Professional Coaxial Cable
Compression Tool Kit With Belt
‘F’ Connector Removal
And Insertion Tool
08MM-COMPKIT2
08MM-CR2206
»» Contains a heavy duty tool pouch with adjustable
»» Twist on ‘F’ type inserter for easy grip when
strap (110cm max) that attaches to your belt
»» Heavy duty pouch comes with spare compartment
»» Can be used with RG6 / RG11 and pay TV approved
compression connectors
»» 1x compression tool for Foxtel
RG6 and RG11 connectors
»» 1x non slip, lockable
cable cutter
»» 1x coaxial cable stripper
with fixed spanner
removing ‘F’ type connectors for coaxial cable
»» 156mm length ‘F’ connector tightener
»» Tightener also provides a 8mm slit to tighten
pre-installed ‘F’ connectors using
RG59 and RG6 coaxial cable
»» High quality nickel plated finish and
non slip PVC handle
»» The ideal tool for speed
and ease when working with
‘F’ type connectors
Professional Coax Cable
Installers Crimping Kit
08MM-CRIMPKIT
»» Kit comes in a blue protective hard case with
handle and interior heavy duty foam padding
»» 1x ratchet style crimping
Compression Tool ‘F’ Connectors
08MM-CT01
»» Professional tool suitable for RG6/11 'F' connectors
»» Termination is accomplished in a single action
»» A professional cost effective solution for
'F' connector type compression
tool for RG59, RG6 and RG11
»» 1x ‘F’ connector removal and
insertion tool
»» 1x non slip, lockable cable
cutting tool
»» 1x coaxial cable stripper
for RG59 and RG6 with
adjustable blades
Compression Tool For SDI Cable
08MM-CT02HD
»» Suitable for RG59 SDI coaxial cable
»» Interchangeable dies for BNC, F, IEC
and RCA type connections
»» Comes with a separate metal frame
to hold 4 die adaptors
»» High quality Chrome
plated finish
»» Latched handle
for tool protection
when not in use
Compression Tool For
Foxtel RG6 Connectors
(26MM-TRSF-6L)
08MM-CT04
»» Ideal for speed and ease
»» Holds cable in place
when compressing
for a more
accurate connection
Compression Tool For Foxtel
RG6 And RG11 Connectors
08MM-CT05
»» Ideal for speed and ease
»» Holds cable in place when compressing
for a more accurate connection
Professional Ratchet Style
Crimping Tool For RG59, RG6
And RG11 Connectors
08MM-CT611
»» Suitable for RG59, RG6 and RG11 coaxial cable
»» Provides a leverage system to present
less strain on hands
»» Adjustable crimp force
»» The ideal tool for
speed and ease when
working with crimp
connectors
Connector Push On
‘F’ Compression
Connector Compression
RG6 Dual/Quad
08MM-CX3FSC
08MM-EX6XLG
plated finish
compression tool
(08MM-CT01)
compression tool
(08MM-CT05)
»» Heavy duty coaxial
proof body
plated finish
cable compression
feature
Connector RG59 Crimp
On ‘F’ Type
Connector RG59 Twist
On ‘F’ Type
08MM-F59M
08MM-F59T
»» Used with Matchmaster crimp tool (08MM-CT611)
»» All metal body, durable composition
plated finish
durable composition
plated finish
Connector RG6 Crimp
On ‘F’ Type
08MM-F6M
crimp tool (08MM-CT611)
proof body
durable composition
plated finish
Connector RG6 Twist On ‘F’ Type
08MM-F6T
»» All metal body, durable
composition
plated finish
Nut ‘F’ Type With Washer
08MM-FN
»» Suitable for (18MM-F813G) adaptor
»» Used for a 3/8" UNEF thread
RG59 Serial Digital Interface
Connector ‘F’ Type Male
08MM-HD59F
»» Impedance 75 Ohm
»» Multiple sleeve colours
»» Frequency response: 3GHz
»» Use in conjunction with
(08MM-CT02HD)
»» Return loss: -23dB @ 3GHz
»» High Definition TV compatible
Connector ‘F’ Type PAL Female
Compression For RG59 SDI Cable
Connector PAL Male
Compression For RG59 SDI Cable
08MM-HD59PF
08MM-HD59PM
»» Used with Matchmaster compression
compression tool (08MM-CT02HD)
»» Purple visible colour band to help
distinguish connector type
durable composition
compression feature
RG59 Serial Digital Interface
Connector RCA
08MM-HD59R
»» Multiple sleeve colours
»» Frequency response: 3GHz
»» Use in conjunction with (08MM-CT02HD)
»» Return loss: -23dB @ 3GHz
»» High Definition TV
compatible
tool (08MM-CT02HD)
»» Purple visible colour band to help
durable composition
compression feature
Connector PAL Female
Compression For RG6
Quad Cable
08MM-HD6PF
»» Suitable for RG6 quad coaxial cable
compression tool (08MM-CT02HD)
»» Blue visible colour band to help
»» All metal body
compression feature
Connector PAL Male
Compression For RG6
Quad Cable
08MM-HD6PM
tool (08MM-CT02HD)
»» Blue visible colour band to help
»» All metal body
compression feature
Professional Phone Point Tool Kit
08MM-PHONEKIT
»» Kit comes in a black protective hard case with
handle and interior heavy duty foam padding
»» 1x ratchet style crimping
tool to suit RJ45 and RJ12
modular plugs
»» 1x punch down tool
complete with 66 & 88/110
type blades
»» 30x RJ12 modular plugs
»» 30x RJ45 modular plugs
»» 1x cable stripping tool to
suit UTP/STP outer
jacket stripping
Connector RG6 IEC (PAL)
Male Crimp
08MM-P2
Connector RG6 IEC (PAL)
Female Crimp
08MM-P4
»» Ideal connector for making TV fly leads
»» Used with Matchmaster crimp tool (08MM-CT611)
Connector RG6 Universal
Compression Quick Mount
08MM-QM06
»» No need to pull back braid or remove the foil
sheath like traditional connector
»» Just strip cable, place on
connector and compress
compression tool (08MM-CT01)
compression feature
»» Rubber 'O' ring seal to
prevent moisture ingress
»» Frequency range 0.3 - 3000 MHz
Connector RG11 Compression
Universal Quick Mount
Connector RG6 IEC Male
Self Install
08MM-QM11
08MM-SI-IEC6Q
»» No need to pull back braid or remove the foil
sheath like traditional connector
»» Just strip cable, place on
connector and compress
tool (08MM-CT01)
compression feature
»» Rubber 'O' ring seal to
prevent moisture ingress
without a crimp or compression tool
»» Screw feature to tighten onto
coaxial cable
stripping tool (08MM-ST10)
plated finish
»» Plastic twist off back for
easy DIY installation
Connector Self Install
RG6 Quad
Stripping Tool For RG59, RG6,
RG11 and CAT 5
08MM-SI6Q
08MM-ST05
»» Push on connector, no crimp or
»» Suitable for RG59, RG6, RG11 coaxial cable
compression tool required
»» Used with Matchmaster stripping
tool (08MM-ST10)
durable composition
»» Frequency range
0.3 - 3000 MHz
»» High quality tin
nickel plated finish
Stripping Tool For RG59, RG6
And RG11 Including Spanner
08MM-ST10
»» Suitable for RG59, RG6 and RG11 coaxial cable
»» Easy spring trigger to lock coaxial cable
into place for stripping
and data/telephone cable
»» Ideal for stripping outer jackets
of UTP, STP & CAT5 round
telephone cable
»» In built, adjustable cable
cutter incorporated
»» Provides a click in, rotating
cartridge to swap between
RG59/RG6 and RG11 stripping
»» Compact, light weight design
Terminator ‘F’ Type 75 Ohm
08MM-T1
»» To terminate unused ports on taps and splitters
»» Spanner can be used for
tightening and loosening
‘F’ type connections
»» Adjustable blade to switch from
RG59/RG9 to RG11 coaxial
cable stripping
»» Allowing you to strip cable
with 5 easy rotations
RG11 Quadshield
RG11 PAL Female
18MM-CX311Q
18MM-CX3PF
»» Features a moveable pin
»» There is no need for additional sealing
»» The intelligent construction and the O-ring in the
front part secure a watertight connection
»» Comes with a free spinning nut hex 14 mm (9/16 compatible)
for an easy and reliable installation
compression tool
(08MM-CT01)
RG11 PAL Male
18MM-CX3PM
»» Developed for digital multimedia applications
»» Type and stripping dimensions are stamped for
safe identification and measuring on location
DC Isolator ‘F’ Type
18MM-DB1
»» Foxtel approved (F10456)
»» Signals 5-3000Mhz
»» Insert loss .2-.5dB
»» Stops Voltage DC/AC 500v-700V
»» Return Loss 20dB
Terminator -75Ohm
DC Blocking
18MM-DV25
»» Nickel plated brass
»» Used to correctly balance
splitter output
Adaptor F-Fixed Push On
18MM-DV49A
Adaptor ‘F’ Female To
‘F’ Female 3GHz
18MM-F813G
»» Nickel plated brass
»» Easy quick connection of
multiswitch and tap systems
»» Used to join two coaxial cables
with ‘F’ type fittings or create
an ‘F’ type outlet
»» 2x nuts and washers
»» Blue 3G rated inner
proof body
»» 0.3-3000MHz
>20dB return loss
.5” Commscope
Jacket Stripper
18MM-JST500
»» Fast and efficient removal of
jackets from trunk and hardline
distribution coaxial cables
»» Preset JST blades minimise scoring
Adaptor ‘F’ Female to
KS Port
or nicking of the aluminium
18MM-KSFA
»» The nickel plated, all brass
adapter converts KS interface
to “F” series female
»» It provides greater than -30
dB structural return loss
to 1 GHz
Adaptor KS Splice Coupler
18MM-KSKSC
»» Allows high power passing
and excellent return
loss to 1GHz
KS Splice Coupler
- Nitin 6 Plating
Adaptor KS To
KS Rotational
18MM-KSKSC-N6
18MM-KSKSR
»» Designed to splice hardline cable
»» Uses 6262 aluminium alloy for corrosion resistance
»» Brass contact pins with bright acid tin plating
connection for joining cable networks
using like or different sized wire
providing excellent RF conductivity
»» Moisture-proof through durable design and
implementation of UV ozone-resistant
EPDM o-rings
»» 1" hexagon size used on
all body
Adaptor KS To N Type female
Connector .500” PIII To ‘F’ Male
18MM-KSNF
18MM-PI500AFM3
»» Developed to be used in professional amplifiers
»» 2-piece “F” Male (FM) to .500" adaptor
and splitters for optimal performance
»» Housing adaptors make it very easy to connect and
disconnect the cable/connector assembly from
active and passive trunk components
without removing the connector from the cable
designed to handle the challenges of today’s
digital cable networks
»» Connectors are designed for all major
CATV cable manufacturers
»» Adaptors are developed for digital
multimedia applications and exceed
all requirements in standard
EN 50083, class A
»» NITIN-6 Plating
Connector .500” PIII
Pin Type
Connector .500”
PIII Splice
18MM-PI500CH3
18MM-PI500SP3
»» 2-piece pin connectors designed to handle the
»» splice connectors designed to handle the
challenges of today’s digital cable networks
»» Connectors are designed for all major
CATV cable manufacturers.
challenges of today’s digital cable networks
»» Heavy-duty 6262 alloy aluminium
construction for superior
corrosion resistance
»» Bandwidth: 0 MHz to 1 GHz
»» Return Loss: Minimum -30 dB
to 1 GHz
Tool Strip/Coring .500” P3
Terminator KS Port
18MM-SCT500
18MM-T2
»» Combination Coring and Stripping Tool
»» 1.0 KV Universal male terminator for 5/8-24 entry
»» Blocks 60 cycle AC and terminates RF signals
»» Waterproof port
cores and strips 0.500" hardline cable
coaxial cable in one fast and precise operation
»» Manual or drill operation
»» CST tools have a standard T-handle with a
built-in 3/8 inch (9.5mm) drill adapter
»» Heat treated sheath cutting blade
Terminator KS Female 75Ohm
Port Terminator 75Ohm
18MM-T3
18MM-T3-N
»» Used to terminate hardline cable
»» 1.0 KV Universal female terminator for 5/8-24 entry
»» Blocks 60 cycle AC and terminates RF signals
»» Used to terminate hardline cable
»» Shielding effectiveness >110dB @ 1 GHz
»» Power rating 1/2W
»» Nitin-6 plated
Connector RG11
Foxtel Approved
Connector RG11
Compression
26MM-DRS-11L
26MM-EX11
»» DRS compression fit connectors are
»» Telstra approved
»» Internal screw post design for easy
technically advanced, an installation
friendly solution to enhance the
performance of digital and
two way broadband networks
»» The weather seal nut eliminates the
need for seal rings
»» Connectors are compatible
with standard industry
compression tools
screw on installation
»» 1 piece construction, moisture tight design
»» Constructed with a 7/16” hex nut
for easy installation and
compatibility with
standard tools
Connector RG6
Foxtel Approved
IEC Male Right Angle (2 Pack)
26MM-TRSF-6L
DA-A14H2
»» One piece, all metal design
»» Unique design requires little
»» Ideal to convert Matchmaster full range of
force to install
»» Dual compression rings provide
100 % sealing protection
on all approved cable types
»» Water sealed nut seals
without separate parts
‘F’ type connectors
»» 90 degree elbow suitable
for sharp bends
proof body
plated finish
IEC (PAL) Male (2 Pack)
IEC (PAL) Female (2 Pack)
DA-A22
DA-A32
»» Ideal to convert Matchmaster
»» Ideal to convert Matchmaster full range
full range of ‘F’ type connectors
»» Also available in 10 pack (DA-A2H)
of ‘F’ type connectors
proof body
plated finish
»» Also available in 10
pack (DA-A3H)
To Female Plus Nut
Hang Sell (20 Pack)
DA-A5FNH
»» Ideal to extend join of two cables
with ‘F’ type fittings
»» Includes nuts and washes
5 Piece TV Connections
And Adaptor
DA-AP06
»» 1x terminator ‘F’ type 75 Ohm
»» 1x adaptor ‘F’ female to IEC (PAL) male
»» 1x adaptor ‘F’ male to IEC (PAL) female
»» 1x adaptor ‘F’ female to IEC (PAL) female
»» 1x adaptor ‘F’ female to female plus nut and washer
»» Mix and match combination for multiple solutions
proof body
plated finish
Connector RG59 Twist
On ‘F’ Type (2 Pack)
Connector RG6 Crimp
On ‘F’ Type (20 Pack)
DA-F59TH2
DA-F6MH
»» Used with Matchmaster crimp tool
durable composition
plated finish
(08MM-CT611)
proof body
durable composition
plated finish
Connector RG6 Twist On
‘F’ Type (2 Pack)
‘F’ Female 3GHz (2 Pack)
DA-F6TH2
DA-F813G2
»» Convenient twin pack
»» 2x nuts and washers
proof body
durable composition
proof body
»» Foxtel Approved
plated finish
»» Also available in
20 pack (DA-F6TH)
Connector RG6 IEC
(PAL) Male Crimp (10 Pack)
Connector RG6 IEC
(PAL) Female Crimp (10 Pack)
DA-P2H
DA-P4H
Amplifiers
and
Modulators
Premium range of VHF/UHF and
combination mast head and house
distribution amplifiers and modulators
to suit all needs. Matchmaster’s range
of mast head amplifiers have either
694MHz or 652MHz built in low pass
LTE/4G filters to reduce interference
from 4G mobile transmissions.
Amplifiers and Modulators
4 Way Amplifier Splitter
Block D & E UHF Amplifier
With LTE Filter And
Power Supply
10MM-AS38
»» Built in adjustable gain regulators
»» Diecast housing inside heavy duty casting
»» Built in power supply
»» Suitable for
10MM-DE34P
»» Built in 4G LTE 694MHz
low pass filter
apartments
»» Filtering at 750MHz is >50dB
at maximum gain for UHF of 34dB
»» Gain adjustment switch that is selectable
between 15, 25 and 34dB
»» The UHF input return loss is >11dB
10MM-AS38 Specifications
Frequency Range
Gain
Gain Adjustment
Max Output Level IMD3=60dB
(DIN45004B)
Input And Output
Return Loss
Noise Figure
Test Point Attenuation
Port To Port Output Isolation
Power Consumption
Operating Temp. Range
with a noise figure of <2.9dB for UHF
47-862MHZ
20dB
0 ÷ -16dB
100dBµV
>10dB
<5dB
-20dB
>16dB
230V ~ 50 Hz 3W
-20°C ÷ +50°C
»» Can be used with UHF antenna’s only
»» The pack contains a 14VDC power supply and
cable ties for mounting
Distribution Amplifier 40dB U/V
with Power Supply 4G Filtered
10MM-DMA42
»» Frequency range 45-694MHz
»» Switchable inputs for UHF & VHF or U/V
»» Separate gain controls for
band 1 & FM,
band 3 & UHF
2 Way Amplifier Splitter
»» Metal casing for
10MM-AS39
excellent heat
dissipation
»» Built in adjustable gain regulators
»» Diecast housing inside
heavy duty casting
»» Built in power supply
»» Suitable for apartments
10MM-AS39 Specifications
Frequency Range
Gain
Gain Adjustment
Max Output Level IMD3=60dB
(DIN45004B)
Input And Output
Return Loss
Noise Figure
Port To Port Output Isolation
Power Consumption
47-862MHZ
20dB
0 ÷ -12dB
100dBµV
>10dB
<6dB
>16dB
230V ~ 50 Hz 3W
-20°C ÷ +50°C
10MM-DMA42 Specifications
No. of Inputs
No. of Outputs
Gain
UHF
VHF
Input & Output
Return Loss
Noise Figure
Gain Adjust
VHF
Maximum Output
60dBIMR
35IMR
Screening
VHF
UHF
Input/Output Impedance
Power Source
Power Consumption
2 ‘F’ Type
1 ‘F’ Type
40dB
33dB
>10dB
<8dB
15dB
115dBµV (2 Ch)
103dBµV
(Cenelec 42Ch)
>75dB
>65dB
75�
14-18VDC
200mA
TERRA Amplifier 30dB Gain
Amplifier Satellite/Terrestrial
10MM-HA024R30
10MM-HSA100
»» Compact and reliable, great for
»» Amplifies both satellite and terrestrial services
»» Terrestrial stage can be switched
adding extra points to an indoor area
»» Variable slope and gain control built-in
»» Locally powered using 240V mains power
»» ‘F’ connectors on all ports
»» External test port, passive return path built in
»» Switchable internal amplifier section allowing it to
switch effortlessly between low and medium gain
performance. This allows the gain of the amplifier
to be reduced without degrading the quality of the
signal being amplified
10MM-HA024R30 Specifications
18-20/27-30dB (Fixed
Gain
Slope Pre Correction)
Gain Adjustment
17dB
Slope Adjustment
Flatness
±0.75dB
>14dB at 40MHz; -1.5
Input & Output
dB/Oct, But Not Less
Return Loss
10dB
Output Level CTB,
97dBµV
CSO (EN50083-3)
Test Point
-30dB
Noise Figure
8.5dB
-20°C ÷ +50°C
to passive if it is not needed
»» DC power pass through, allows power
to be passed to an LNB or masthead amplifier
»» Independent gain and slope adjustment available
for both satellite and terrestrial bands.
»» Ventilated power-supply section allowing for
greater heat dissipation and a longer MTBF
when compared to other amplifiers
10MM-HSA100 Specifications
Frequency Range SAT IF
Frequency Range
TERR TV
Gain SAT IF
Gain TERR TV
Gain Adjustment SAT IF
Gain Adjustment
TERR TV*
Slope Adjustment SAT IF
Slope Adjustment
TERR TV*
Input & Output Return Loss SAT
IF
Input & Output Return Loss
TERR TV
Maximum Output Level
IMD3=60dB (DIN45004B) TERR
TV
Noise Figure SAT IF
Noise Figure TERR TV
Mains Power Consumption
Temperature Range
950-2400MHz
47-862MHz
23-31dB
(Pre Correction)
21-24dB
(Pre
Correction)/4dB Switchable
10dB
18dB
14/8dB
Switchable
18dB
� 10dB
� 10dB
115dBµV
8dB
8dB
230V ~ 50Hz
7.5W
-20°C ÷ +50°C
*Terrestrial gain, slope, adjustment and return path
are not available at passive terrestrial TV mode
Amplifier UHF 15dB 4G Filter
10MM-J15C-4G
»» U/V stabilised housing and cable tie
»» Non-corrosive circuit board
»» ‘F’ connectors
»» Also available with power
supply (10MM-J15C-4GP)
10MM-J15C-4G/4GP Specifications
Frequency Range
520-694MHz
Gain Maximum
18dB
Noise Figure
2dB
Maximum Input Level
84dBµV
95dBµV
Consumption
20mA/14VDC
Amplifier UHF 4G Filter
Super Low Noise
10MM-J25SLN-4G
»» U/V stabilised housing
supply (10MM-J25SLN-4GP)
10MM-J25SLN-4G/4GP Specifications
Frequency Range
520-694MHz
Gain
10-25dB
Noise Figure
1.5dB
Maximum Input Level
85dBµV
105dBµV
Consumption
55mA/14VDC
Amplifier 34dB UHF/VHF
4G Filter
Amplifier Masthead
UHF/VHF 24dB 4G Filter
10MM-J24BF-4G
»» Can be set to VHF only or combination
»» U/V stabilised housing
supply (10MM-J24BF-4GP)
10MM-J24BF-4G/4GP Specifications
Band
VHF
UHF
Gain Maximum
24dB
Gain Control
14dB
Input Voltage
14VDC
Noise Figure
3.5dB
Input Maximum
35dBµV
Output Maximum
105dBµV
Frequency Range
174-230MHz 520-694MHz
Amplifier UHF/VHF
34dB 4G Filter
10MM-J34BF-4G
supply (10MM-J34BF-4GP)
10MM-J34BF-4G/4GP Specifications
Band
VHF
UHF
Gain Maximum
28dB
34dB
Gain Control
-15dB
Input Voltage
14VDC
Noise Figure
3.5dB
2.5dB
Input Maximum
35dBµV
Output Maximum
105dBµV
Frequency Range
174-230MHz 520-694MHz
10MM-J34C-4G
»» Available with power
supply (10MM-J34C-4GP)
10MM-J34C-4G/4GP Specifications
Band
VHF
UHF
Frequency Range
174-230MHz 520-694MHz
Gain Maximum
Passive-2 dB
36dB
Noise Figure
2.5dB
Maximum Input
84dBµV
Maximum Output
102dBµV
Consumption
60mA/14VDC
Amplifier 20dB Gain
Plug In 4G LTE Filter
10MM-MA20FL
»» 4G Lowpass filter output 694MHz
»» Frequency 40-694MHz
»» Ideal for improving
reception on a single TV.
»» Warning indoor use only.
Do not allow exposure to moisture
or harmful elements.
Amplifier 2 Way
4G LTE Filter
Amplifier 4 Way
4G LTE Filter
10MM-MA22FL
10MM-MA24RL
»» Ideal for TV and FM signals
»» Power supply can be used
to be split to 2 TV's
»» 2 Way UHF/VHF amplifier
with integrated power
1 input 2 outputs
»» Frequency range
40-694MHz
»» 4G LTE low pass filter
694MHz
»» 3 x A3 female IEC adaptors
»» 15dB ± 3dB Gain
simultaneously for a masthead amplifier
»» Warning: Indoor use only.
10MM-MA24RL Specifications
Frequency Range
45-694MHz
Number of Inputs
1
Typical Gain
8dB
Maximum Output
92dBµV at 60dB IMR
Low Noise
�7.2dB
Power Supply
12V/500mA
Power Pass
230VAC/50Hz
Amplifier Masthead
4G UHF/VHF 30dB
With Power Supply
Amplifier 4G VHF/UHF
10MM-MA30PDF
»» Includes 14VDC power
10MM-MD15P
supply and cable
ties for mounting
»» Posistor protected right
»» Passive VHF passing or
combining with 1.5dB
max insertion loss
angle regulated
power supply
»» Heavy duty
clamping system
»» Use with a combination antenna
»» LTE Filter: OFF: VHF + Ch21-69 (47MHz - 820MHz)
»» New slide switchable
input selection
ON: VHF + Ch21-46 (47MHz - 652MHz)
»» Filter attenuation @ 720MHz: 19dB,
»» Adjustable interstage gain on UHF & VHF
»» 4G 652MHz low pass filter built in
@ 750MHz: 30dB
Block A, B & C UHF/VHF Amplifier
with LTE Filter and Power Supply
10MM-MB34P
»» Built in 4G LTE 610MHz low pass filter
»» Filtering at 700MHz is >50dB at maximum gain for UHF of 34dB
»» Gain adjustment switch that is selectable between
15, 25 and 34dB
»» The VHF input return loss is >13dB and the UHF
return loss is >11dB with a noise figure of <2.9dB for UHF
»» Can be used with VHF or UHF antenna’s or a combination
of both and includes a VHF on off switch
»» The pack contains a 14VDC power supply
and cable ties for mounting
Masthead Amplifier UHF
24dB - 4G Filter And
Power Supply
10MM-MD24UP
»» 694MHz built in 4G
low pass filter
»» Switchable 694MHz
low pass filter
»» Gain with LTE filter 694MHz 24dB
»» VHF switch diplexing max attenuation
2.84dB at 230MHz
10MM-MD24UP Specifications
UHF
Gain
BIII
Return Loss
Noise
Impedance
Operating Voltage
Operating Current
Output Level for dB Gain
Amplifier (Definition per
ENBS50083-9 Standard)
DC Powered
Housing
25dB
-2±1.5dB
�-10dB
5.5dB
75�
24VDC
65±10mA
�98dBµV
14VDC
Nickle Plated
75�, Female ‘F’
Type
-20°C - +60°C
Connector
Working Temperature
»» Heavy duty clamping system
Modulator TERRA DSB
Stereo 85dBµV
UHF/VHF Pre-Amplifier
with LTE Filter
10MM-MT57
10MM-MD34
»» Built-in test pattern generator (TPG)
for video and audio
»» Built in 4G LTE 694MHz
»» Frequency agile double sideband
low pass filter
multi standard TV modulators
»» Filtering at 750MHz is >50dB at
»» Adjustable audio input level and RF output level
»» Connectors: video/audio - RCA sockets -
maximum gain for UHF of 34dB
»» Can be used with a combination
antenna or separate VHF and UHF
antennas by setting the built in switch
»» Power through switch to drive extra amplifiers
for both VHF and UHF
»» The pack contains cable ties for mounting
RF - ‘F’ female
»» Foxtel Approval Number: F30811
10MM-MT57 Specifications
RF Output Level (Typical)
Level Adjustment
85dBµV
0 ÷ -20dB
170-300MHz,
470-862MHz
Frequency Range*SC
4 Output Drop Amplifier
10MM-MDR6-4P
»» Forward path 85-1000MHz
»» Return path 4-65MHz
»» 12VDC 50Hz 150mA
»» R.F Shielded
10MM-MDR6-4P Specifications
Number of Input
Gain
Insertion Loss
Noise Figure
Return Loss (IN & OUT)
Isolation (OUT & OUT)
MAX Output Level at -60dB IMD
DC Powering (INPUT-OUTPUT)
Combining Through Loss
TERR/SAT
Frequency Range of RF
Combining
Signal/Noise Ratio
Power Consumption
Operating Temperature
1.5dB/2.5dB
5-2150MHz
�55dB
230V - 50Hz 2.5W
-10°C - +50°C
Dual Power Inserter
10MM-PDL1418
1
7±2dB
-7±2dB
�4dB
�10dB
�20dB
�106dBµV
Yes
»» ‘F’ Type 500MA
»» 14VDC OUT for vertical
»» 18VDC OUT for horizontal
»» ‘F’ type power inserter to power
satellite LNBs for horizontal
and vertical polarities
Power Inserter 24VDC
10-2050MHz
Power Supply 18VDC
‘F’ Type 500MA
10MM-PI24
10MM-PSM18F
»» Insertion loss 2dB
»» Max 1.5 Amp
»» Allows for mounting of the
»» Zinc die cast housing, nickel plated
»» Insertion loss < 1dB
»» Input: 100 - 240V ~ 50/60Hz
»» Output: 18VDC 500MA
drop amp away from the
power outlet
»» Directs power to the drop amp while allowing
RF to pass to the TV
Power Supply 14V DC ‘F’ Type
10MM-PSD14
10MM-PSD14P
»» Reduces protrusion
»» Environmentally smart
»» MEPS and RoHS compliant
»» Male ‘F’ type connection
»» Output: 14VDC 300MA
»» Environmentally smart
»» MEPS and RoHS compliant
»» PAL Design Output:
14VDC 300MA
Amplifier Satellite 18dB
Inline 950-2400MHz
10MM-SA18
Universal Masthead Amplifier
With Power Supply 4G
10MM-UA30PDF
»» Maximum output of
»» Passive VHF passing or combining
105dBµV at 35dB IMR.
»» Passes both DC and 22KHz
»» The satellite amplifier is a fully screened remote
powered device which will work
in a voltage range of 12-18V DC
10MM-SA18 Specifications
No. of Inputs
No. of Outputs
Gain
Input
Return Loss
Output
Noise Figure
Maximum Output
VHF
Screening
UHF
Input/Output Impedance
Power Source
Power Consumption
Working Temperature
Power Supply 14V DC
0.3A PAL Type
1 ‘F’ Type
1 ‘F’ Type
20dB
8dB
8dB
5dB
105dBµV
>75dB
>65dB
75�
+11 ~ +20VDC
40 ~ 60mA @ 18VDC
-20°C ~ +55°C
with 1.5dB max insertion loss
»» Filter Att @ 720MHz: 19dB, @ 750MHz: 30dB
»» Use with a combination antenna or separate VHF
and UHF antennas by setting the in-built switch
»» 4G - 694MHz Low Pass LTE Filter
10MM-UA30PDF Specifications
Input Voltage
VHF Input Return Loss
UHF Input Return Loss
Power Supply Included
UHF
Band 3
Max Gain
30
30
14VDC
<13dB
Yes
FM
Band 1
30
Passive
Amplifier 39dB Forward Gain
5-30MHz Passive Return
Passive Return Path Module
For 14MM-BA213U
14MM-BA213U
14MM-PD02-65
»» High output amplifier capable of high channel loads
»» Ga-As push pull amplification for low distortion
»» Variable gain control to set output of the amplifier
»» Used in MATV system where signal
is returned back to BA213 amplifier
»» Easy plug in
and slope adjustment for cable compensation
»» Includes Passive Return Path module
»» Diecast housing for high RF screening
»» 230~260VAC mains powered
14MM-PD02-65 Specifications
Return Path
Frequency Range
Forward Path
Return Path
Attenuation
Forward Path
5-65MHz
87-862MHz
1.5dB
1dB
Active Return Path Module
For 14MM-BA213U
14MM-BA213U Specifications
Forward Path*
47-862MHz
Return Path*
5-30MHz
Forward Path Gain**
39dB
Return Path Gain
-2.5dB
Flatness***
±0.5dB
Gain Adjustment
20dB
Slope Adjustment
18dB
Typical
Inverse Cable Equaliser
0-9dB in 1dB Step
Output Level CTB, CSO
-20dB
(EN50083-3)****
Input and Output Return
>14dB
Loss*****
Noise Figure
<7dB
Test Points Attenuation
-20dB
Mains Powering
230V ~ 50Hz 11W
-20°C - +50°C
Range
* Depends on plug-in modules: return path passive
pd 02-xx or active pr 02-xx (return path modules
should be ordered separately)
** With link 0dB instead of interstage attenuators
are supplied in scope of the amplifier delivery
*** For amplifier with return path - ±0.7dB
**** Measured with 6dB interstage equaliser
***** When f�40MHz, return loss �14dB (40MHz) 1.5dB/octave, but not less 10dB
14MM-PR02-30
»» Used for TERRA BA series broadband amplifiers
»» Shapes the characteristics of the amplifier
in return path
14MM-PR02-30 Specifications
Return Path
Frequency Range
Forward Path
Return Path
Gain
Forward Path
Output Level IMD3=60dB
Gain/Slope Adjustment
Noise Figure
5-30MHz
47-862MHz
21dB
-1dB
113dBµV
20dB
4dB
CVBS To COFDM Modulator
HDMI To COFDM Modulator
14MM-DM04
14MM-DM05
»» 1 x RCA input
»» Standard Definition digital modulation
»» Allows audio/video signal input to TV distributions
»» Can be used with home entertainment systems,
»» 1 x HDMI input, MPEG4 output only
»» High Definition digital modulation
»» Allows audio/video signal input to TV distributions
»» Can be used with home entertainment systems,
surveillance control, hotel digital signage, shops etc
Specifications
Product Code
Video Encoding
Video Interface
Video Resolution
Video Aspect Rate
Video Bit Rate
Audio Encoding
Audio Interface
Audio Resolution
Audio Bit Rate
14MM-DM04
MPEG-2 MP@ML(4:2:0)
CVBS*1
720x576_50i (PAL);
720x480_60i
1.000-19.500 Mbps
MPEG1 Layer II
1*Stereo/Mono
64, 96, 128, 192, 256,
320, 384kbps
surveillance control, hotel digital signage, shops etc
14MM-DM05
H.264 MP@L 3.0 3.0/3.1/4.0
HDMI*1
Input: [email protected]/60FPS Output: 480p@30FPS
Input: 576i@50FPS Output: 576p@25FPS
Input: 720p@50/59.94/60FPS
Output: 720p@50/59.94/60FPS
Input: 1080i@50FPS Output: 1080p@25FPS
16:9, 5:4
1.000-18.000 Mbps
MPEG-1 Layer 2, MPEG-2 AAC
48KHz
64, 96, 128, 192, 256, 320 kbps
Modulator Section Standard
DVB-T COFDM
Bandwidth
6M, 7M, 8M
Constellation
QPSK, 16QAM, 64QAM
Code Rate
1/2, 2/3, 3/4, 5/6, 7/8
Guard Interval
1/32, 1/16, 1/8, 1/4
Transmission Mode
2K
2K, 8K
MER
�42dB
�31dB
RF Frequency
30-960MHz, 1KHz step
142.5-858 MHz, 1KHz step
-16 - -36dBm (73RF Output Level
-14 - +6dBm (93-113dBµV), 0.1dB step
93dBµV), 0.1dB step
System Management
Local Control; LCD + Control Buttons
Language
English
LCN Insertion
Yes
Upgrade
JTAG or USB
USB
Power Supply
DC 12V
0˚-45˚C
Amplifier With 30MHz
Return Path
14MM-HA205R30
Amplifier With 65MHz
Return Path
14MM-HA205R65
Amplifier With 30MHz Return
Path, Remote Powered
14MM-HD205R30
»» Slope adjustment for cable compensation
»» Ga-As push pull amplification for low distortion
Specifications
Product Code
Forward Path
Frequency Range
Gain Switchable*
Gain Adjustment
Slope Adjustment
Interstage Equaliser
Flatness*
Input & Output Return Loss
Output Level CTB, CSO (EN50083-3)**
Noise Figure
Test Points Attenuation
Return Path
Frequency Range
Gain Switchable
Gain Adjustment
Input Attenuator
Output Equaliser
Flatness
Return Loss
Noise Figure
Maximum Output Level IMD3=60dB
(DIN45004B)
General
Power Supply
14MM-HA205R30
14MM-HD205R30
14MM-HA205R65
47-862MHz
87-862MHz
27/36dB
18dB
18dB
-6/-3/0dB
±0.75dB
>14dB at 40MHz; -1.5dB/oct, but Not Less 10dB
109dBµV
8dB
-20dB
5-30MHz
5-65MHz
27/-4dB
18dB
-10/0dB
-6/-3/0dB
±0.75dB
>14dB
7dB (Active, 0dB Input Attenuator)
115dBµV
230V 50Hz 7.5W
24-65V 50Hz 6.5W
-20°C - +50°C
230V 50Hz 7.5W
* For amplifier with return path measured 10MHz after the starting frequency of forward path
** With 6dB interstage equaliser
Terrestrial Amplifier Broadband/
Split Band Amplifier
Amplifier 40dB Satellite
34dB Terrestrial
14MM-JA01
14MM-STA40A
»» Interstage attenuators and dynamic range of 30 dB
»» High gain (up to 40 dB), high output (122 dBµV)
»» Slope adjustment on VHF/UHF and UHF inputs
»» 4 inputs and 5/12 VDC switchable
»» Metal casing for excellent heat dissipation
»» Ideal for headend applications
»» Wall mountable
»» Separate gain and slope controls
UHF remote power
»» Broadband / Split Band Amplifier
»» VHF/UHF input with return path
14MM-JA01 Specifications
FM
Frequency
B3, DAB
Range
UHF
VHF-UHF
FM
B3, DAB
Gain
UHF
VHF-UHF
Return Pass Loss
Slope
VHF-UHF
Adjustment
Maximum Input Power
Maximum Output Power
FM
B3, DAB
Noise Figure
UHF
VHF-UHF
Return Loss
UHF Remote
Power
B3, DAB
UHF
Supply Voltage
Power Consumption
88-108MHz
174-240MHz
470-790MHz
5-1000MHz (RP: 5-65)
0-32dB
0-32dB
5-40dB
5-40dB
2dB
-18dB to -8dB
110dBµV
>122dBµV
8dB
7dB
5dB
6.5dB
>10dB
5 VDC (200mA)/12
VDC (100mA)
5 VDC (200mA)/12
VDC (100mA)
200-264VAC
5.5W
14MM-STA40A Specifications
Terrestrial
Satellite
Maximum Gain
34dB
40dB
Gain Adjust
15dB
Equalisation Adjust
17dB
7-10dB
Output Level
103dBµV
110dBµV
(42Ch/20T)
Noise Figure
<7dB
<8dB
Number of Inputs
1
5-30MHz, 45-862MHz,
Frequency Range
950-2150MHz
Return Path
5-30MHz (Passive)
Mains Voltage
240V
Connection
‘F’ Type
Return Loss
>12dB
Distribution Amplifier
45dB UHF/VHF Terrestrial
With Internal Power Supply
14MM-TA242
»» Metal casing for excellent heat dissipation
»» Separate gain
controls
Split-Band Multi-Input MATV
Amplifier
14MM-TA540A
»» 5 input terrestrial amplifier
»» TV gain adjustment range 0-20dB
»» Impedance 75Ohm
Distribution Amplifier 40dB
14MM-TWA40
14MM-TA242 Specifications
Number of Inputs
2
47-144MHz, 175-230MHz,
Frequency Range
470-862MHz
Number of Outputs
1
Amplification
BI + FM, B I I I, UHF
Gain
35/35/45dB
Gain Adjust
20dB
Output Level (42Ch)
108dBµV
Noise Figure
<8dB
Mains Voltage
240V
Test Points
Out -30dB
14MM-TA540A Specifications
Number of Inputs
5
47-108MHz, 175-230MHz,
Frequency Range
3 x 470-862MHz
Number of Outputs
1
Amplification
Terrestrial
Gain
40/40/45dB
Gain Adjust
20dB
Output Level (42Ch)
105dBµV
Noise Figure
<8dB
Mains Voltage
240V
Test Points
Out -30dB
14MM-TWA40 Specifications
Band
»» 1 input F type
»» TV gain adjustment range 0-20dB
Frequency
Band Gain
DSR
(Output
Level)
Flatness
Response
Noise
Figure
Output
Voltage
U+V/UHF
Switchable
B111
B1+FM
U+V
UHF
1744545470230MHz 144MHz 862MHz 862MHz
35dB
45dB
VHF
110dBµV
108dBµV
±1.5dB
<7dB
<8dB
DC 14V/70mA
Dual Split Band Amplifier
SAT IF/FTA
Value Line Distribution Amplifier
Remote Feed
14MM-VS95
14MM-VX25
»» Inputs: 2x TERR + SAT with output range
»» Distribution amplifier programmable
47~862MHz and 950 to 2150MHz
»» Dual Band amplifier for both
Satellite and Terrestrial
»» Mains power operated
»» Industry standard F connectors
»» Test ports integrated for measurement
»» Full diecast chassis water resistant
14MM-VS95 Specifications
Frequency
47-862MHz
950-2150MHz
Amplification
23-29dB
25-32dB
Equaliser
0/5dB
0/6dB
Attenuator
0-20dB
Isolation SAT/SAT
>45dB
Noise
�6
Max. Ouput Level
106dBµV
117dBµV
(DIN45004A1)
Max. Output Level
118dBµV
120dBµV
(DIN45004B)
Main Voltage
230VAC
Power
9W
Consumption
Housing
Zinc die-cast
Operating
Temperature
-10˚- +50˚C
Range
Screening Factor
Class A
Max. Humidity
95%
via hand controller
»» Output range 47~862MHz
»» Return path configurable from
cutoff at 30 or 65MHz
»» Remote powered 27 to 65VAC
»» Full diecast chassis water resistant
14MM-VX25 Specifications
Frequency Range
Gain
Output Level CENELEC, Flat
- CSO/CTB
Output Level CENELEC 7dB
Slope
- CSO/CTB
Attenuator
Equaliser
Interstage Attenuator
- Equaliser
Noise Figure
Test Socket
Operating Voltage
Power Consumption
Connectors Input Output
Remote Power Current
Ambient Temperature
EMC
47/85-862MHz
36dB
109dBµV
�64/�60dB
112dBµV
�63/�60dB
0-15dB, 0,5-dB-steps
0-15dB, 0,5-dB-steps
0/5dB
0/7dB
<7dB
-20dB
27-65 VAC
<13W
PG11
Input < 6 A;
Output < 3 A
-20°C - +55°C
CE, Class A
Distribution Amplifier 40dB
In House Distribution Amplifier
14MM-VX26H-3041
14MM-VX87
»» Output range 47-1006MHz
»» 40dB Gain
»» Return Path 5-30MHz 24dB
»» Integrated return channel and diplexers
»» Frequency Range US/DS 5-30/47-862 MHz
»» With passive return path
»» Adjustable level and equalizer
»» F connectors
»» Wall mounting
»» Metal housing
14MM-VX26H-3041 Specifications
Downstream
Frequency Range
Gain Single Output
CENELEC
42ch, flat
Output
6dB Slope
Level
CSO
CTB
Noise Figure
1dB Steps
Attenuator
(Jumper)
Equaliser 1.5dB Steps
Interstage Slope (Jumper)
Interstage Attenuation
(Jumper)
Test Socket
Return Path
Frequency Range
Gain (active/passive)
Noise Figure
2nd Order
Output
3rd Order
Max. Load 1 TS
Level
140
Attenuator 1dB Steps
Output Attenuator
(Jumper)
Equaliser (Jumper)
General
Operating Voltage
Power Consumption
Connectors
14MM-VX87 Specifications
Gain DS
Attenuator
Equaliser
Output Level DS
CENELEC, Flat
Output Level DS
CENELEC, 6dB Slope
Output Level DS
EN50083-5/3.Ord
Noise Figure
Return Path
RF Inputs and Outputs
Operating Voltage
Power Consumption
EMC
Remote Power Current
85-862MHz
40dB
111dBµV
114dBµV
�60dB
�60dB
�6dB
0-15dB
0/10dB
0-22.5dB
0/6dB
0/5dB
-20dB
5-65MHz
32dB/-3dB
�6dB
typ. 109dBµV
typ. 115dBµV
120dBµV
0-15dB
0/5dB
0/3/6/9dB
180-265VAC
<21W
F-Type
Input <6A;
Output <3A
-20˚ - +55˚C
28-31dB
0-18dB
3-18dB
96dBµV
98.5dBµV
114dBµV
<8dB
-2dB
‘F’ Type
230VAC 50/60Hz
3.5W
-20°C - +55°C
CE, Class A
5/8” To PG11 Adaptor
14MM-ZG01
»» Used for 14MM-VX series amplifiers
»» Adaptor for distribution cable
»» Chassis coupler
PG11 To F Type Adaptor
14MM-ZG28
»» Used for 14MM-VX24 to VX52 amplifiers
»» Adaptor for distribution cable
»» PG11 to F female
Filters
Matchmaster has a broad range of
band filters, triplexers and diplexers.
Matchmaster has block specific filters
for blocks A – E plus 694MHz and
652MHz low pass filters for general
4G (LTE) interference reduction.
We also offer a range of Isolators and
Surge arrestors for 75 Ohm systems
up to 3GHz. Designed to be used
both indoors and outdoors.
Filters
Filter 694MHz Low Pass
09MM-FD02
»» Low pass filter
»» Eliminates 4G
phone interference
»» Through loss
< 2.0dB typical
»» Weatherproof housing
for external mounting
Filter Band Pass
Channels (28-33) Band B
09MM-FD03
»» Eliminates unwanted
channels at lower frequency
to allocate correct logical
channel numbers
»» Eliminates 4G
phone interference
»» Through loss
< 4.0dB typical
»» Weatherproof housing for
external mounting
Filter Band Pass
Channels (34-39) Band C
Filter Band Pass
Channels (40-45) Band D
09MM-FD04
09MM-FD05
channel numbers
»» Eliminates 4G
phone interference
»» Through loss
< 4.1dB typical
external mounting
channel numbers
»» Eliminates 4G
phone interference
»» Through loss
<4.6dB typical
external mounting
Filter Band Pass
Channels (40-51) Band D-E
Filter Band Pass
Channels (46-51) Band E
09MM-FD06
09MM-FD08
channel numbers
»» Eliminates 4G
phone interference
»» Through loss
<4.1dB typical
external mounting
channel numbers
»» Eliminates 4G
phone interference
»» Through loss
<4.14dB typical
external mounting
Filters
VHF/UHF Diplexing Filter
With Selector Switch
5-694MHz Inline Band
Pass Filter
09MM-FD09
09MM-FD12
»» VHF/UHF Diplexer/Filter
»» VHF Frequency 174-230MHz
»» UHF Frequency 520-694MHz
»» Indoor use only
»» Low insertion loss
external mounting
»» Earth connection
point included
Diplexer VHF (CH 0-12)
UHF (CH 28-51) 694MHz
Low Pass Filter
FM Band Rejection Filter
09MM-FDP02
»» Economy ‘F’ type indoor FM trap
»» Attenuates FM signals by up to 34dB
09MM-FMTP
»» HDTV compliant
»» UHF 470-694MHz &
VHF 45-230MHz
»» Fully automatic, no links
to cut for DC bypass
»» ‘F’ type connections
»» Fully screened for impulse
noise reduction
Diplexer Satellite VHF/UHF
09MM-SD01
»» Combines and filters satellite
and terrestrial signals into one coaxial cable
»» Dixplexer can also be used in reverse to
split satellite and terrestrial signal
»» 'F' type female connections
»» Compact design to easily
fit in wall cavities
Stacking Combiner
- 2 UHF Antennas
09MM-SK02
»» Joins two antennas to
increase signal levels
»» Suitable for regional areas
»» Weather proof enclosure
»» For outdoor use,
attached to the mast
»» Cable tie included
Filters
Isolator 2GHz 800V DC
Isolator 3KV CATV
19MM-IS2G
19MM-IS3K
»» Screen and centre conductor full DC isolation
»» Insertion loss (dB) 0.5dB Max
»» Isolation 400V DC / 800V DC Peak
»» Return loss ≥ 13dB
»» Protective metal housing
»» Small compact design
»» Comes with built in 3KV high voltage capacitor
19MM-IS3K Specifications
Frequency
(MHz)
5-30
Insertion Loss
30-550
550-860
(dB)
860-1000
5-30
30-550
Return Loss
(dB)
Surge Protector 2GHz 75Ohm ‘F’
19MM-SRG2G75F
»» Safeguard electronic
550-860
860-1000
Impulse High
Voltage
(3KVDC 3s
1mA)
Typical
1.2
1
1.2
1.2
11
17
QC
Standard
�1.5
�1.2
�1.5
�1.5
�9
�15
14
14
�12
�12
No Arc or Through
equipment from lightning
induced surges
»» Suitable for all outdoor antennas
19MM-SRG2G75F Specifications
Connector
‘F’ (Female)
Frequency Range
2 GHz (5-2000MHz)
VSWR
Less Than 1.5:1
Insertion Loss
Less Than 0.1dB
Discharge Voltage
DC 90V
Max Power Rating
200W
Isolation
3KV-7KV Peak
Return Loss
�18dB
Surge Protector® 3GHz 75Ohm ‘F’
Foxtel TDT Isolator
19MM-SRG3G75F
19MM-TDTISOL
»» Safeguard electronic
»» CATV isolator approved by Telstra and Foxtel
»» Both connectors are 75 Ohm Female ‘F’ connectors
equipment from
lightning induced surges
»» Suitable for all outdoor antennas
19MM-SRG2G75F Specifications
Connector
‘F’ (Female)
Frequency Range
3 GHz (5-3000MHz)
VSWR
Less Than 1.5:1
Insertion Loss
Less Than 0.1dB
Discharge Voltage
DC 90V
Max Power Rating
200W
Isolation
3KV-7KV Peak
Return Loss
�18dB
that accept a wide range of centre conductor pins
»» Provides superior screening effectiveness relative
to all other isolators
»» Designed to fit in the
plastic wall box used
in Telstra HFC
network installations
»» Insertion loss < than
1.5dB (5MHz - 750MHz)
Splitters
and Taps
Matchmaster has a premium range of
RF Splitters & Taps ranging from 1 Way
through to 8 Way. We cater for both
Terrestrial and Satellite frequencies with
both Single Port AC/DC and All Port DC
Power Pass products available.
Splitters and Taps
2 Way F-Type Splitter
5-2450MHz AC/DC
Power Pass
5-2450MHz AC/DC
Power Pass
07MM-GM02
07MM-GM03
»» AC/DC single
»» AC/DC single
port power pass
port power pass
»» 10dB extra screening
with soldered back
with soldered back
07MM-GM02 Specifications
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
3.9-5dB
5-2450MHz
≥25dB
≥55dB
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
5-2450MHz AC/DC
Power Pass
5-2450MHz AC/DC
Power Pass
07MM-GM04
07MM-GM06
»» AC/DC single
»» AC/DC single
port power pass
port power pass
with soldered back
with soldered back
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
7.4-10dB
5-2450MHz
≥25dB
≥55dB
5-2450MHz AC/DC
Power Pass
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
10.4-14.5dB
5-2450MHz
≥25dB
≥55dB
2 Way Wall Plate Splitter
DC Only Power Pass
07MM-SP52
07MM-GM08
»» Frequency Range:
5-2400MHz
»» AC/DC single
»» DC only all port
port power pass
power pass
with soldered back
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
6.5-9.5dB
5-2450MHz
≥25dB
≥55dB
with soldered back
11.5-15.8dB
5-2450MHz
≥25dB
≥55dB
»» Wall Plate fitting with supplied inserts
»» High isolation between outputs
»» Splits cables at the TV point for multiple devices
Splitters and Taps
2 Way Wall Plate Splitter DC Only
Power Pass (Suits Matchmaster
And Clipsal 2000 Series)
07MM-SP52C
2 Way CATV Tap Terminated
4dB 1GHz
17MM-C204
2 Way CATV Tap 8dB 1GHz
17MM-C208
»» Frequency Range:
5-2400MHz
»» DC only all port
17MM-C211
power pass
with soldered back
17MM-C214
»» Wall Plate fitting
with supplied inserts
»» Splits cables at the TV point for multiple devices
17MM-C217
17MM-C220
17MM-C226
17MM-C229
17MM-C232
»» Frequency range 5 - 1000 MHz
»» Suitable for hardline cable networks
Specifications
Product Code
Tap Loss
Insertion Loss
300MHz
Insertion Loss
600MHz
Insertion Loss
1000MHz
Out to Tap
Isolation 300MHz
Out to Tap
Isolation 600MHz
Out to Tap
Isolation 1000MHz
C204
4dB
C208
8dB
C211
11dB
C214
14dB
C217
17dB
C220
20dB
C226
26dB
C229
29dB
C232
32dB
T
3.8dB
3.5dB
1.6dB
1.4dB
1dB
0.9dB
0.7dB
0.7dB
T
4.3dB
4dB
2dB
1.8dB
1.4dB
1.3dB
1.3dB
1.3dB
T
5.5dB
4.5dB
4dB
2.8dB
2.5dB
2.5dB
2.5dB
2.5dB
T
23dB
23dB
23dB
28dB
28dB
35dB
40dB
42dB
T
20dB
20dB
20dB
26dB
26dB
33dB
40dB
40dB
T
18dB
18dB
18dB
25dB
25dB
26dB
28dB
32dB
Splitters and Taps
4 Way CATV Tap Terminated
8dB 1GHz
17MM-C408
17MM-C411
17MM-C414
17MM-C420
17MM-C426
17MM-C432
17MM-C820
17MM-C823
17MM-C826
»» Frequency range 5 - 1000 MHz
»» Suitable for hardline cable networks
»» Modular design
Specifications
Product Code
Tap Loss
Insertion Loss
300MHz
Insertion Loss
600MHz
Insertion Loss
1000MHz
Out to Tap
Isolation 300MHz
Out to Tap
Isolation 600MHz
Out to Tap
Isolation 1000MHz
C408
C411
C414
C420
C426
C432
C820
C823
C826
8dB
11dB
14dB
20dB
26dB
32dB
20dB
23dB
26dB
T
4.2dB
3.5dB
1.5dB
0.7dB
0.7dB
1.4dB
1.2dB
0.9dB
T
4.6dB
3.8dB
1.7dB
1.3dB
1.3dB
1.9dB
1.7dB
1.4dB
T
5.5dB
5dB
2.8dB
2.6dB
2.5dB
3.8dB
2.8dB
2.6dB
30dB
34dB
42dB
23dB
33dB
33dB
42dB
20dB
30dB
30dB
32dB
18dB
28dB
28dB
T
20dB
T
20dB
T
18dB
30dB
28dB
25dB
Splitters and Taps
2 Way CATV Splitter 1GHz
3 Way CATV Splitter 1GHz
17MM-CS02
17MM-CS03
»» High isolation
»» High isolation
between outputs
between outputs
»» Suitable for hardline
»» Suitable for hardline
cable networks
cable networks
»» Weatherproof
»» Weatherproof
housing
housing
17MM-CS02 Specifications
Frequency Range
Insertion Loss
Isolation
Return Loss
Current Capacity
5-1000MHz
4.4-5.5dB
18-25dB
16-17dB
10 Amps
6 Way SAT IF Compatible
‘F’ Type Splitter
17MM-DM16
17MM-CS03 Specifications
Frequency Range
Insertion Loss
Isolation
Return Loss
Current Capacity
5-1000MHz
8.2-9.2dB
18-20dB
16-17dB
10 Amps
CATV Power Inserter 5-1000MHz
17MM-PI60
»» High return loss
»» Single leg
power pass
17MM-DM16 Specifications
Frequency Range
Insertion Loss
Isolation/Outputs
Screening
5-2400MHz
11.2-17.5dB
>20dB
>85dB
17MM-PI60 Specifications
Frequency Range
Insertion Loss
Isolation RF/AC
Return Loss
Current Capacity
5-1000MHz
<1.5dB
�60dB
18dB
10 Amps
2 Way Splitter ‘F’ Type
5-2450MHz Power
Pass All Ports
5-2450MHz Power
Pass All Ports
17MM-TM12
17MM-TM13
»» DC power pass all ports
»» Suitable for both Satellite & FTA
»» Also available in packs of 50 (17MM-TM12B)
»» 10dB extra screening with soldered back
17MM-TM12 Specifications
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
3.9-5dB
5-2450MHz
≥25dB
≥55dB
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
6.5-9.5dB
5-2450MHz
≥25dB
≥55dB
Splitters and Taps
5-2450MHz Power
Pass All Ports
5-2450MHz Power
Pass All Ports
17MM-TM14
17MM-TM16
»» Suitable for both satellite & FTA
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
7.4-10dB
5-2450MHz
≥25dB
≥55dB
10.4-14.5dB
5-2450MHz
≥25dB
≥55dB
5-2450MHz Power
Pass All Ports
1 Way Tap 11dB
17MM-TM18B
»» Extra screening effectiveness reduces interference
»» Power pass
»» 50 bulk pack suitable for everyday installers
17MM-TM18B Specifications
Insertion Loss
Frequency Range
Isolation /Outputs
Screening
11.5-15.8dB
5-2450MHz
≥25dB
≥55dB
17MM-TM111
through port
(AC/DC)
»» Suitable for both
satellite & FTA
Side Loss
Frequency Range
Insertion Loss
Isolation/Out-Tap
11dB
5-2150MHz
<3.5dB
>22dB
1 Way Tap 14dB
1 Way Tap 17dB
17MM-TM114
17MM-TM117
»» Power pass through port (AC/DC)
satellite & FTA
satellite & FTA
17MM-TM114
Specifications
Side Loss
Frequency Range
Insertion Loss
Isolation/Out-Tap
17MM-TM117
Specifications
Side Loss
Frequency Range
Insertion Loss
Isolation/Out-Tap
14dB
5-2150MHz
<3.5dB
>22dB
17dB
5-2400MHz
<2dB
>25dB
Splitters and Taps
1 Way Tap 20dB
1 Way Tap 23dB
17MM-TM120
17MM-TM123
»» Power pass through
»» Extra screening
port (AC/DC)
effectiveness
reduces interference
»» Power pass through
port (AC/DC)
satellite & FTA
»» High isolation
between outputs
Side Loss
Frequency Range
Insertion Loss
Isolation/Out-Tap
Side Loss
Frequency Range
Insertion Loss
Isolation/Out-Tap
20dB
5-2400MHz
<2.2dB
>25dB
23dB
5-2400MHz
<2dB
>25dB
4 Way Vertical Tap 8dB
17MM-TM408
17MM-TM411
17MM-TM414
17MM-TM417
17MM-TM420
17MM-TM423
Specifications
Product Code
Side Loss
Frequency Range
Insertion Loss
IN-OUT
Reverse Isolation
OUT-TAP
Mutual Isolation
TAP-TAP
17MM-TM408 17MM-TM411
8dB
11dB
Terminated
Terminated
<6.5dB
17MM-TM414 17MM-TM417 17MM-TM420
14dB
17dB
20dB
5-2150MHz
<6dB
<5dB
>20dB
<3.5dB
17MM-TM423
23dB
<3.5dB
>23dB
>18dB
Your simple to use 5 wire system design tool.
Go to www.matchplanpro.com
Installation
Hardware
Matchmaster has a vast range of heavy
duty hardware for both Antenna and
Satellite mounting. All of our outdoor
mounting hardware is made from
Galavized Steel to prevent oxidation
and suit our harsh coastal climate.
We have a large range of mast and
cable flashings plus accessories to
assist in any installation.
6’ x 1” Mast (1.83m x 2.54cm)
11MM-6FTS
8’ x 1.25” Mast (2.44m x 3.17cm)
11MM-8FTM
10’ x 1.25” Mast (3.05m x 3.17cm)
11MM-10FTM
12’ x 1.25” Mast (3.66m x 3.17cm)
11MM-12FTM
3” x 3/8” Dynabolt
(7.62 x 0.95cm)
11MM-DB1075
»» Suitable for fastening to concrete, brick or block
»» Zinc plated
»» High quality sleeve anchor designed
to give optimal performance
»» Medium to high tension and shear capacity
»» Easy installation
15’ x 1.25” Mast (4.57m x 3.17cm)
11MM-15FTM
15’ x 1.50” Mast (4.57m x 3.81cm)
11MM-15FTL
»» Suitable for attaching
TV antennas and amplifiers
»» Round mast tube
»» Steel finish
»» Can be used with tile, metal, clip lock
and colour bond roof mounts
1.65m Gutter Kit
11MM-CM01
»» Suitable for attaching
TV antennas and amplifiers
»» Allows mounting around a roof gutter
»» Galvanised finish
»» Heavy duty construction
»» Bolts to rafter under roof tiles and protrudes above
guttering
Catenary Wire (180m Roll)
11MM-CW180
»» 180m guy wire
»» Used to stabilise
antenna masts over 12”
»» Galvanised steel
Dektite® Premium Roof Mount
Black (0-35mm Pipe OD)
11MM-DFE100B
11MM-DFE101B
11MM-DFE102BA
11MM-DFE103B
»» Meets bushfire zone building standards
»» Unique cone design provides a watertight seal
»» Able to withstand temperature ranges
from -58˚C to 150˚C
»» Flexible roof mount
»» Low profile base with
watershed sleeve which
improves run off
»» Large base allows for
steeper roof pitch
»» Pitch 0-45˚
12” Wall Fitting (305mm)
With Nest And U-Bolt
11MM-DWF12AS
»» Suitable for mounting masts
to walls/facias
»» Includes U-bolt and nest
Lead Free Roof Flashing
11MM-FTM01
»» Suitable for all tiled roof
flashing applications
»» Safe lead free handling
»» Keep your water clean
from lead contamination
when diverting to tanks
»» Waterproofs pipes, vents, flues
11MM-FTM01 Specifications
External Pipe Size
0-35mm
Sheet Size
410 x 490mm
Pitch
0-45° or 10/12
Temperature
At the Roof Line -50°C to
115°C & 150°C Intermittently
300mm Fascia Mount
With J Hook Attachment
For Optus Cable
Guy Cleat Surface Anchor
11MM-FM300
»» Can be mounted to any tin/timber
1000mm Fascia Mount
For Optus Cable
»» Convenient 4 pack
11MM-GC/4
or concrete flat surface
11MM-FM1000
»» NBN and Optus approved
Guy Clamp Assembly
For 1.25” (3.17cm) Mast
Hockey Stick Stay Bar
Collar (25-32mm)
11MM-GCA32
11MM-HC01
Guy Clamp Assembly
For 1.5” (3.81cm) Mast
11MM-GCA38
»» Dual lock on bolts to prevent shifting
»» Used to connect and
support stay bar to mast
»» Used to tie guy wire
to a mast
»» Clamp kit for attaching
to a mast
»» Includes guy plate
and lock ring
Heavy Duty Antenna Nest
11MM-HDN
»» Used with U bolt to clamp antenna or masting
»» Grip teeth to prevent antenna shifting
Mount Curved Fascia 1.2m
Caravan Mast Bracket Clamp
11MM-HS48
11MM-MC
11MM-HS63
11MM-HS72
11MM-HS108
»» Used to attach antenna mast
to caravan tow bracket
»» Metallic finish
»» Compact design
»» Dual lock on bolts
for extra stability to
prevent shifting
»» Right angle steel tube to fit to the roof fascia
»» Protrudes 180mm from fascia surface
Hockey Stick Stay Bar Pair (1.2m)
11MM-HSS4FT
11MM-HSS6FT
11MM-HSS8FT
»» Provides extra antenna mast or
1.5m Mast
Extension Kit
11MM-MEK
»» Used to extend a mast
by an extra 1.5m
»» Includes U-bolt, nuts
and washers
»» Design with grip teeth for
extra stability to prevent mast shifting
hockey stick support
»» Round tube with mounting holes at each end
»» Metallic steel finish
»» Used in conjunction with a hockey stick stay bar
collar (11MM-HC01)
Iron Roof Mount
11MM-IRM
»» Shaped to fit standard steel
roof ridge capping
Right Angle Roof Mount
11MM-LARM
»» Used to attach a mast
to a flat/corrugated
surface roof
Hockey Stick Metal Fascia
Support Bracket
11MM-MFB
»» Used to provide extra support
for Colorbond® fascias
»» Keeps hockey stick secure to fascias
»» Suitable for high wind areas
»» Reduces flexing on fascia
12’ Caravan Mast Telescopic
(3.66m)
20’ Telescopic Mast (6.10m)
Including Rigging Kit
11MM-MM12
11MM-MT20
»» Tubular extendable mast
»» Lightweight design
»» Ideal for U-bolt mast attachments
»» Twist lock for adjustable
mast extension
11MM-MT30
Black Insulation Tape
(20m x 19mm)
11MM-NIT
»» PVC tape for
electrical insulation
11MM-MT50
»» Superior adhesion
»» Excellent in low
temperature resistance
»» Environmentally friendly,
lead-free
»» Tubular extendable mast
»» Includes guying ring plates for mounting
Offset V Block
11MM-OVB
»» Offset bracket allows you to fix a second mast
perpendicular to an existing fixed mast
»» Helpful when fixing an upright mast to a pair of
eave/fascia masts, etc.
»» Zinc steel
»» Suitable for small size
mounting mast
Roof Bracket With
Cable Loop
11MM-P-HOOK
»» Roof bracket with a
P-loop to feed cable
»» Optus approved
(36973)
»» Heavy duty
construction
Plastic Cap 1” (25mm) For Masts
Cable Dispenser Frame
11MM-PC25
11MM-REEL01
Plastic Cap 1.25” (32mm)
For Masts
11MM-PC32
»» Allows easy access and
»» Metal frame that supports
a roll of cable
dispensing of cable
»» Plastic cap that is placed
on the top of a mast
»» Weather resistant
»» Colour: black
»» Easy to install
»» Durable
1.83M Rafter Mount
11MM-RM
»» Used for securing an antenna
to roof rafters
»» Mount secured using coach bolts
300mm Rafter Mount
For Optus Cable
Silicon Adhesive Tube
11MM-RM300
»» Multi-purpose silicon adhesive
»» Low odour
»» Permanently flexible
»» Industrial grade
»» Ultra violet resistance
»» Superior adhesion
1000mm Rafter Mount with J
Hook Attachment For
Optus Cable
11MM-SI01
11MM-RM1000
»» NBN and Optus approved
15” Vertical Mounting
Standoff Boom
11MM-SM1-15
»» Stand off boom used to install an antenna vertically
»» Includes U-bolt and nest
Stramit Roof Mount
11MM-SRD
»» Specially designed mount to fit
Stramit or Clip Lock roof profiles
with no penetrating holes
»» Cleats clamp to roof profiles
with pinch bolts
Short Curved
Mounting Bracket
11MM-SQMB
»» Suitable rear mount antennas and Matchmaster’s
omni-directional VHF/UHF antenna (01MM-SL01)
»» Support masts up to 2.4m tall
»» Mast sold separately
Turnbuckle Hook And Eye
(6.3mm) Spring
11MM-TB6/4
Turnbuckle Hook And Eye
(7.9mm) Spring
11MM-TB8/4
Cable Clip 6-8mm
11MM-TC6-8/100
»» Round cable clip
»» Ideal for telephone,
coaxial and data cable
»» Tough and flexible
»» Discrete design
»» Galvanised for extended outdoor use
»» Tension cables,
ropes and chains by
turning the body of
the buckle.
Tripod Mount
For Metal Roofs
11MM-TRIPOD-M
Tripod Mount
For Tile Roofs
11MM-TRIPOD-T
»» Ideal for mounting on
a metal/tile roof surace
»» Includes a 1.5m mast
»» Strong and sturdy design
U-Bolt (3.75” x 1/4”)
11MM-UB6M/2
U-Bolt (4.25” x 5/16”)
11MM-UB8M/2
»» Used for mounting antennas to masts using a nest
»» Includes nuts and washers
»» Strong and
sturdy design
Heavy Duty Tile Roof Mount
11MM-TRM
Medium Duty Tile Roof Mount
11MM-TRM-MD
»» Ideal for mounting a mast on the
ridge of a tile roof
»» 11MM-TRM suitable for
telescopic masts
and older ridge cap tiles
»» -120˚ tile ridge
»» Includes U-bolt
and nest
Universal Tile Roof Mount
With 1.8m Mast
11MM-UM01
Universal Tile Roof Mount
With 2.4m Mast
11MM-UM02
»» Ideal for mounting on a tile roof
»» Non penetrating design
»» Z-brackets design to slide
under tiles for
securing to rafters
»» Galvabond Steel
Universal Mast Clamp
12” Wall Mount (305mm)
11MM-UNV
11MM-WF12
»» Suitable for wall mount applications
»» Design with grip teeth for extra
stability to prevent mast shifting
11MM-WF27
11MM-WF36
55” Wall Mount (1.4m)
11MM-WF55LW
»» Ideal for mounting an antenna
on a wall or eave
»» Suitable for brick
Self Adhesive Multicable Flashing
11MM-VAF
or timber walls
»» Flexible black base with full adhesive backing
»» Base size of 280mm x 450mm
»» Penetration diameter 6mm to 50mm
plus 4 cables up to 8mm each
»» Designed to replace lead
based flashings
»» Lightweight and easy
to install
Wire Rope Grip
11MM-WRG/8
»» Used for gripping the ends
of catenary wire together
»» Metallic Steel finish
»» Used with Matchmaster’s catenary wire
(11MM-CW180)
17” Wall Mount Kit (432mm)
11MM-WB17KIT
5” Eye Screw With Wood
Thread (127mm)
11MM-WTSE5/4
»» Ideal for mounting an antenna on a wall or eave
»» Suitable for brick or timber walls
»» Includes brackets, U-bolt,
7” Eye Screw With Wood
Thread (178mm)
nuts and washers
11MM-WTSE7/4
»» Used for a wooden anchor mount
»» Ideal for using with cables
»» Zinc plated stainless steel
Accessories
Matchmaster provides a quality range
of home theatre cables, accessories and
mounts including HDMI cables and AV
cables available in multiple lengths, wall
plate inserts for AV and RF connection.
Speaker cabling, LCD & Plasma swivel
and flush mounts. Also included in
Matchmaster’s range of accessories are
RF attenuators and wall plate diplexers
for satellite and FM integration.
Matchmaster has the solution for all
your home theatre requirements.
Accessories
RCA Male To RCA
Male AV Lead 3M
High Speed HDMI® Cable
With Ethernet 0.5M
04MM-AV03
04MM-HDC05
RCA Male To RCA
Male AV Lead 5M
With Ethernet 1M
04MM-AV05
04MM-HDC1
With Ethernet 1.5M
»» Suitable for analog audio or video applications
»» Colour coded plugs - red (right audio),
white (left audio), yellow (composite video)
»» Shielded PVC cable
04MM-HDC1.5
With Ethernet 2M
Right Angle HDMI® Male
To Female Adaptor
04MM-HDC01
»» Downward facing right angle for tight
or confined spaces
»» Protrudes by 26mm from
connected device
»» Gold plated
HDMI connectors
04MM-HDC2
With Ethernet 3M
04MM-HDC3
With Ethernet 5M
04MM-HDC5
®
»» Full HD 1080p
pass-through
»» Most convenient solution for
HDMI port accessibility
»» Eliminate strain on your cables and connectors
HDMI® Repeater
(Powered By Devices)
04MM-HDRPT
»» Inline HDMI® Signal Booster for
optimal quality and signal strength
»» 40 metre maximum passive
(subject to cable suitability)
»» 2 x HDMI® female sockets
»» Join two HDMI® cables together
to extend the reach of HD content
»» Supports high definition video up to 1080p
»» Gold plated HDMI® connectors
»» Requires 5VDC Power Injector (sold elsewhere)
Standard Speed HDMI®
Cable With Ethernet 10M
04MM-HDC10
Standard Speed HDMI®
Cable With Ethernet 15M
04MM-HDC15
»» Supports 4K x 2K resolution,
deep colour and 3D over HDMI®
»» Suits resolutions including 480p,
480i, 720p, 1080i, 1080p, 1600p
and 4K@30Hz
»» High speed, bi-directional
networking at 100 Mbps
Accessories
Hidden Media Hub
04MM-HMH01
»» Australian Design Registration
Number: 355507 and 355508
»» Can hold up to 5 Australian standard face plates
»» Able to hold signal converters like HDMI
converters, DDA24
or Modulator
»» Designed for new and
existing constructions
»» Suitable for residential and
commercial buildings
»» Paintable and easily hides
LCD TV Wall Mount
With Tilt Action (40”)
04MM-LCDB2
»» VESA standard
»» Extends 24 cm from wall
»» Maximum TV size 102cm (40")
»» Holds weight
up to 36kg
»» Provides 5 - 15˚ tilt
»» Easy slide in
installation and
removal
cables in the wall cavity
HDMI Multimedia Converter Panel
04MM-MMC-01
»» 5-way input audio and video signal input,
converted to one HDMI output
»» Support HDMI output up to 1080P/60Hz
»» Easily switch between devices manually
or with the IR remote control
»» DC5V/2A power supply
»» No loss of quality
Flat Panel TV/Plasma
Mount Slim Profile
04MM-PME3
»» Full sized universal wall mount back plate
»» Extension arms to fit screens 26" - 65" with 15° tilt
»» Holds up to 60kgs
»» Compatible with all hole
patterns including
VESA standard
»» Built-in safety lock keeps
your flat panel TV safe
and stable
»» Magnetic spirit level for
accurate install
Speaker Cable 2 Core 10M Roll
04MM-SPK15-10
»» 10 metre length
»» 100% copper, oxygen free
»» Includes a red stripe tracer to identify polarities
»» Suitable for high-powered surround sound systems
»» 16AWG
»» Figure 8 configuration
to provide
signal quality
»» Also available
Toslink Plug To Toslink Jack
Right Angle Connector
04MM-TOS01
»» Right angle for tight or confined spaces
»» Protrudes by 20mm from connected device
»» Rotatable male connection to allow you to spin the
adapter to the perfect angle
»» Gold flashed
ends for a secure
connection
in 100m Roll
(04MM-SPK15-100)
Accessories
Toslink Male To Male Lead 3M
04MM-TOS03
»» 3 metre length
»» Protective clear boot covers
for when not in use
»» Transmits in stereo, 5.1, 6.1 and
7.1 Dolby digital surround plus
uncompressed digital PCM recordings
Clip For 154 Wall Plate
05MM-154
»» Slides onto Gyprock for easy
installation of outlet plates
»» Thin plated mild steel
»» Provides a cleaner finish to outlet
plate installation
Diplexer FTA/SAT
(Suitable For Clipsal®
Double Gang Plate)
05MM-DOP2C
»» Includes 2x outlet
plate inserts
Suitable for Clipsal® 3, 4,
5 & 6 Gang 2000 And
Slimline Series Wall Plates
05MM-DOP2HCSL
»» Includes 2x outlet plate inserts
»» Allows you to separate free to
air and satellite signal from a single cable
Attenuator 3dB
‘F’ Type Power Pass
05MM-AF03P
Attenuator 6dB
05MM-AF06P
Attenuator 10dB
05MM-AF10P
Attenuator 20dB
05MM-AF20P
Loop Plate With Tap
Mechanism 6dB
05MM-LP06
Loop Plate With Tap
Mechanism 9dB
05MM-LP09
Loop Plate With Tap
Mechanism 12dB
05MM-LP12
Loop Plate With Tap
Mechanism 15dB
05MM-LP15
»» Attenuators are used in a wide variety of
applications and can satisfy almost any
requirement where a reduction
in power is needed
»» Lets power pass through
to masthead amplifier
»» >18dB tap to output isolation
»» Includes one outlet plate insert
»» Distribute TV reception across multiple outlets
»» Also suitable for most Clipsal® outlet plates
05MM Specifications
Product Code
LP06
Tap Loss
6dB
Through Loss
4.5dB
LP09
9dB
4dB
LP12
12dB
3.5dB
LP15
15dB
3dB
Accessories
Mounting Block 14mm
05MM-MB449ASM
Mounting Block 34mm
05MM-MB449A
»» Multi positioned mounting holes
»» Suits standard size wall plates
»» White mounting block
Inter-Room
Channel Changer
05MM-RE03
TV And Satellite
Selector Switch
05MM-SW90
»» Use this to switch between Cable TV, Satellite,
Video Games and other Home Video products with
‘F’-type coax connections
»» Single-pole, double-throw, All 'F' Type Connections
05MM-SW90 Specifications
Input Impedance
75 Ohms (Two F-type)
Output Impedance
75 Ohms (One F-type)
Isolation
90dB
Balun ‘F’ Type With Wires
05MM-TV4F
»» Transmits the remote
control signal with radio frequency
»» Used to extend remote control signal
»» Transmitter is installed in the battery pocket only
05MM-RE03 Specifications
Operation Frequency
IR Emitting Range
Battery Included
Working Voltage
433.92MHz
8m (Typical)
1.2V 2/3AAA x 2
230V - 50Hz
Additional Transmitter
And Batteries
For 05MM-RE03
05MM-RE04
»» 2x Rechargeable 2/3 AAA batteries
»» 1x AAA-AA converter, 1x transmitter, 1x IR emitter
IR Over HDMI® Kit
»» Ideal for FM antennas
»» Converts two wires into ‘F’ type
»» Black compact design
»» Weatherproof rubber boot
‘F’ Female To ‘F’ Female
3GHz Wall Plate Insert
05MM-WA01
»» Suitable for FTA and SAT signals
»» Also available in 20 pack (05MM-WA01P)
»» Nickel plated
»» 3G frequency
Speaker Wire Binding
Post Inserts
05MM-RE05
05MM-WA02
»» Allows the IR signal to be
transmitted over the
HDMI® cables
»» No additional power required
»» Can connect HDMI® capable
components quickly
»» Accurate and reliable reproduction of digital video
signal, with no signal attenuation or distortion
»» Speaker binding posts, suitable for
banana plugs or bare wire
»» Extended rear thread for easier installation
»» Red and black bands for
quick identification
»» Convenient 4 red and
4 black inserts pack
»» Gold plated
»» Easy installation of the HDMI® leads
Accessories
CAT5e RJ45 Jack Insert (8 Pack)
05MM-WA03
»» Exceptional performance for voice, data
and high-speed networking applications
»» Ideal solution for providing Cat5e RJ45
networking through cavity wall
»» Also suitable for most
Clipsal® outlet plates
HDMI® To HDMI®
Female Inserts (4 Pack)
05MM-WA06
»» Straight through insert
»» Full HD 1080p pass-through
»» Also available in 20 pack (05MM-WA06BP)
(05MM-WA03-50)
RCA Female To
‘F’ Type Inserts
05MM-WA04
»» Contains 2 red, 1 blue, 1 green,
1 yellow and 1 white inserts
»» RCA jack on front of inserts
»» 'F' connector on rear to ensure a secure fit
»» Colour coded for easy identification
»» Suitable for composite video,
RCA To RCA
Female Inserts (6 Pack)
05MM-WA08
»» Contains 2 red, 1 blue, 1 green,
1 yellow and 1 white inserts
»» RCA jack on front and back of inserts
»» Colour coded for easy identification
»» Suitable for composite video,
component video and audio signals
component video and audio signals
HDMI® To HDMI® Female
Right Angle Insert (4 Pack)
HDMI® Insert To HDMI®
Female Short Cable (4 Pack)
05MM-WA09
05MM-WA05
»» HDMI right angle insert for tight or confined
spaces and eliminates cable strain
»» Also available in 20 pack (05MM-WA05BP)
HDMI® Insert (Black) To HDMI®
Female Short Cable (4 Pack)
05MM-WA09B
»» 115mm in length
»» Eliminate strain on your cables and connectors
Accessories
'F’ Type Outlet Plate
(Foxtel Approved)
'F’ Female To IEC
Female Outlet Plate
05MM-WP01
05MM-WP11
»» Fixed ‘F’ type outlet plate
»» Suitable for domestic
»» Fixed ‘F’ type female outlet plate
»» Suitable for domestic PAL installations
»» Fully shielded 'F' type rear connector
»» Return loss >10dB
»» Gloss finish
installations for use with
Satellite, Digital and
Pay TV systems
»» Fully shielded 'F' type rear connector
»» Gloss finish
1 Way Outlet Plate
05MM-WP51
SAT / FTA / PDR Outlet
Plate (Foxtel Approved)
05MM-WP04
»» Suitable for domestic
installations for use with 5
wire system, satellite, digital,
pay TV systems as well as
personal digital recorders
»» Includes one blank insert
»» Return loss SAT >20 dB to
3 GHz FTA >20dB to 1GHz
»» Gloss finish
SAT / TV Outlet Plate
With FM Power Pass
05MM-WP05
2 Way Outlet Plate
Including 1 Blank
Insert
05MM-WP52
4 Way Outlet Plate
Including 3 Blank
Inserts
05MM-WP54
6 Way Outlet Plate
Including 5 Blank
Inserts
05MM-WP56
»» Allow separate FM and TV satellite
connection from one outlet cable
»» Only allows a desired frequency to pass
»» Provides a dedicated FM connection
point for your FM receiver
»» DC power passing only
»» Frequency range FM 88-108 MHz, FTA
»» Removable cover to hide
Gyprock installation
»» Contains 2x mounting
screws for Gyprock
»» White outlet plate
»» Gloss finish
174-694 MHz and Satellite 950-2450 MHz
»» Gloss finish
Accessories
2 Way Outlet Plate
With VGA Port
Including 2 Blank Inserts
05MM-WP57
»» Provides a fixed VGA port (DB15F to DB15F)
»» Includes 2 blank inserts
»» Ideal solution for providing
VGA connection through
cavity wall
»» Provides a clean,
discreet design
»» Gloss finish
Flylead 2M RG59 Quad
Including Adaptors
DA-FLY2M
Including Adaptors
DA-FLY5M
Including Adaptors
DA-FLY10M
»» Coaxial cable provides 4 layers of shielding for
extra protection from ingress
Large Bullnose Outlet
Plate (White)
05MM-WP61
»» Provides 90dB screening effectiveness
»» 2x adaptor ‘F’ female to IEC (PAL) male
»» 1x adaptor ‘F’ female to IEC (PAL) female
»» HDTV compliant
Large Bullnose Outlet
Plate (Black)
05MM-WP61B
»» Bull nose cable management solution
for computer networks, home theatre systems
»» Cabling remains neat, tidy and secure via
the cable management push through system
»» Large opening which can accommodate
a large run of cables at once
»» Detachable nose for flush installation
2 Way Outlet Plate With
Cable Management
Including 2 Blank Inserts
05MM-WP62
»» Push through cable management
solution for computer networks,
home theatre systems
»» Cabling remains neat, and secure
via the cable management push
through system
»» 2 way outlet also includes
2 blank inserts
Outlet Skirting Plate
White 3GHz
DA-L735F3G
»» Coaxial connector for use on skirting boards
»» Compact and clean design
»» White plastic casing
Test
Equipment
Matchmaster has a range of test
equipment from the simple signal
finders through to professional
high-end RF/Fibre optic analysers.
Matchmaster can supply hands on
training for all meter types as well
as local service and repairs.
All professional meters are tested
and programmed by Matchmaster
to your needs.
Test Equipment
Digital TV Signal Finder
12MM-DF02
»» Designed to ensure that you position and angle
your digital TV antenna in the correct
direction for best reception
»» Suitable for the home, caravan,
boating and leisure enthusiast
»» Provides LED
lights to show
signal strength
for antenna
adjustment
»» Easy to use,
compact design
»» Includes 9V battery
Digital TV And Satellite
Signal Finder
12MM-DF03
»» Designed to ensure that you position and angle
your digital TV antenna/satellite
in the correct direction
for best reception
»» Suitable for the home, caravan,
boating and leisure enthusiast
»» Provides LED lights to show signal
strength for antenna/satellite
adjustment
»» Easy to use, compact design
»» Includes 9V battery
H45 Weatherproof Soft Case
12MM-H45-CASE
»» Protective cover ideal for daily use
with clear screen for easy visibility
»» Velcro tear away front and top
for access to interfaces
»» Durable design
»» Enhanced protection
»» 12MM-H45 not Included
12MM-DF02 Specifications
Frequency
174 - 820MHz / 500 - 690MHz
Range TV
Input
1 ‘F’ Type Female Connector
Return Loss
Input
10dB � 8dB
50 ~ 80dBµV/50 ~
Input Level
TV
90dBµV/10dB
Battery Used
Power from B6F22
50mA at 9V
(TV)
Battery
Switching
Buttons
Power
On/Off
Power
Switching
1 x Red, 1 x Yellow, 2
TV
Buttons Signal
x Green LED’s
1 x Red, 1 x
Red: Weak, Yellow:
LED’s Signal &
Yellow, 2 x
Medium, Green:
Strength
Green LED’s
Strong
LED’s Power
1 x Red
Power Indicator
12MM-DF03 Specifications
Frequency
FTA 40-860MHz SAT, 950-2150MHz
ANT input, 4 channels/MUX’s, +/Sensitivity
2dBµV, 75 Ohm (single channel
sensitivity in square brackets)
1 LED
44 (63) dBµV
Low signal
2 LED’s
47 (66) dBµV
Minimum signal
3 LED’s
51 (69) dBµV
4 LED’s
54 (72) dBµV
5 LED’s
59 (75) dBµV
6 LED’s
61 (78) dBµV
7 LED’s
64 (81) dBµV
Optimum signal
8 LED’s
68 (84) dBµV
9 LED’s
71 (87) dBµV
10 LED’s
74 (90) dBµV
11 LED’s
78 (94) dBµV
12 LED’s
81 (98) dBµV
Strong signal
SAT Input
Visual/Audio Indication Only
Test Equipment
H45 Compact Handheld Meter
With MPEG4 HD And
Digital Processing
12MM-H45-COMPACT
»» Full data log analysis
»» Full spectrum analysis with real time sweep
»» Dolby digital compliant
»» Built in DC voltage insertion for powering
Power Supply Brick For
H45 And H60 Meters
12MM-H45-H60-PS
»» AC mains power supply for
(12MM-H45-COMPACT) and (12MM-H60)
»» Wide range of voltage operations
»» Double insulated
amplifiers and LNB where satellite
testing required
»» DVBT, C, S, S2, Analogue & FM measurements
»» Full HD screen with MPEG2/4 Digital
& Analogue tuner built in
Specifications
Product Code
H60 Field Strength Meter With
Digital Processing
12MM-H60
Scan &
Terrestrial/
Log w/
CATV
Automatic
Satellite
Channel
Identification
Universal Auto Lock.
DVB-T, DVB-C, DVBS&S2
Q.A.L (QPSK Auto Lock)
»» Full spectrum analysis with colour screen
»» Dolby digital compliant
»» Built in DC voltage insertion for powering amplifiers
and LNB where satellite testing required
»» Multifunction signal analysis and compliant with
DVB-T, DVB-S/S2, DVB-C, FM and Analog signals,
Optical tests on 1310nm, 1490nm and 1550nm and
3.3GHz spectrum analyser
»» Full data log analysis
»» Conditional interface
Interfaces
USB SW Update
Latest Version HW & SW
Thumbwheel Navigation
Satellite Frequency
Selection
Menu and Measurement
Display
Teletext
One Screen
Measurements
Pass/Fail Indicators
Real-time COMBO Mode
Terrestrial/
Dynamic
CATV
Range
Satellite
Fibre Optics Interface
HDMI Output
Spectrum Analyser
12MMH45COMPACT
12MM-H60
Yes
Yes
Yes
Yes
HDMI, USB,
SD card,
HDMI,
Mini-DIN,
USB,
Mini-DIN
CAM, FC/
APC (F.O.)
Yes
Yes
Yes
IF, real RF, Channel and
memory
On-Screen-Display
(OSD)
Analog & Digital
Yes
Yes
Yes
60dB
55dB
Yes
No
Yes
3.3GHz
2.5GHz
Test Equipment
FTA Signal Level Meter
12MM-TDM5
»» Our entry level TV signal analyser provides
spectrum analysis, signal level and carrier
to noise for digital and analog signals
»» Light weight, portable design
»» LCD display
»» Provides digital and analog
measurements
»» Programmable channel
plans via USB
Light Source Testing Meter
12MM-TLS01
»» Covering three wavelengths (1310, 1490, and
1550nm) and automatically measures your
optical plant loss
»» User-selectable power (0dBm to -8dBm)
»» The laser can be disabled
for adjustment work
»» Signal modulation
»» Automatic ID: Seamlessly
pairs with Televes® H-Series
System Analyzers and
automatically detects the
wavelength
Replacement Battery For
12MM-H45/H60 Meter
14MM-H60-H45-BATTERY
»» Replacement lithium Ion battery for the Televes
H45 and H60 instruments
»» Keep your test equipment operating
with an extra battery
»» Genuine manufacturer replacement battery
»» High quality with factory
charge cycle
12MM-TDM5 Specifications
Frequency Range
Input Impedance
Frequency Resolution
Level Measurement
Level Measurement
Resolution
Level Measurement
Accuracy
V/A Measurement
C/N Measurement
Indication
Channel Spectrum Span
Reference Level Division
Marker Indication
Frequency Spectrum Span
12MM-TLS01 Specifications
Screen
Languages
Wavelengths
nm
0.1dB
±2.0dB
Range: 0-50dB
Bandwidth:
0.5MHz - 9MHz
Offset: 0.5MHz - 9MHz
Tilt Slope, Video Level
16/38/56/110CH
10dB
Channel Power
10/22/56/110MHz
dBm
LCD 128x64 px
Universal
1310, 1490, 1550
270Hz, 1kHz, 2kHz
Automatic ID (H-Series)
±20
Fabry Pérot
0 to -8 (in 1dBm steps)
dB
±0.1
dB
±0.3
Type
Vdc
Li-Ion 7.4V
12
W
12
h
26
Modulation
Tolerance
Laser
Power
Short Term
Stability (15 min.)
Long Term
Stability (2 hours)
Battery
External Power
Consumption
(max)
Autonomy
45 - 870MHz
75� (F type connector)
10KHz
25dBµV - 120dBµV
nm
3 & 5 Wire
Multiswitch
Systems
Matchmaster has a premium range of
3 & 5 Wire Pay TV distribution systems
to suit any project size. Our range of
Terra 5 Wire equipment is considered
a leader in the market both for quality
and simplicity while delivering the best
possible signal due to it’s high quality
European design and engineering.
3 & 5 Wire Multiswitch Systems
5 Wire Multiswitch 5 In 8 Out
21MM-MR508
21MM-MR512
Radial Multiswitches
»» Mains Powered
»» For star distribution system of 4 SAT
IF polarities and terrestrial TV signal up to 16 users
»» 16 positions discrete gain regulator for Terr. TV
»» Built-in power supply for remote DC feeding
»» Possibility to feed preamplifier through
21MM-MR516
»» Used with 5 Wire
21MM-MR524
terrestrial TV input
products only
»» Operating
Temperature
-20˚ ÷ +50˚C
21MM-MR532
* 2 Equal Carriers
Radial Multiswitch Specifications
Product Code
21MM-MR508 21MM-MR512 21MM-MR516 21MM-MR524 21MM-MR532
Foxtel Approval Number
F30674
F30288
F30259
F30820
F30821
SAT IF
950-2400 MHz
Frequency Range
Terr. TV
47-862 MHz
Outputs 1-4
0 ÷ 8dB
-3 ÷ 5dB
Outputs 5-8
-1 ÷ 6dB
SAT IF Gain
Outputs 9-12
-2 ÷ 3dB
(fixed slope
-4 ÷ 3dB
Outputs 13-16
-3 ÷ 1dB
pre-correction)
Outputs 17-24
-5 ÷ 1dB
Outputs 25-32
-6 ÷ -1dB
Outputs 1-4
-1 ÷ 5dB
-2 ÷ 3dB
Outputs 5-8
-2 ÷ 3dB
Terr. TV Gain
Outputs 9-12
-3 ÷ 1dB
(fixed slope
-4 ÷ 1dB
Outputs 13-16
-4 ÷ -1dB
pre-correction)
Outputs 17-24
-5 ÷ 0dB
Outputs 25-32
-6 ÷ -2dB
Gain Adjustment Terr. TV
15dB by 1dB Step
Output Level for SAT IF
96dBµV
(IMD3=35dB)*
Outputs 1-4
88dBµV
86dBµV
Outputs 5-8
86dBµV
Output Level
Outputs 9-12
84dBµV
for Terr. TV
84dBµV
Outputs 13-16
82dBµV
(IMD3=60dB)*
Outputs 17-24
82dBµV
Outputs 25-32
80dBµV
SAT Inputs Decoupling
�30dB
Outputs
SAT IF
�30dB
Terr. TV
�35dB
Decoupling
Terr. TV/SAT
�30dB
Rejection
SAT/Terr. TV
�40dB
Supply Voltage Through
H, Lo and H, Hi - 18V; V,Lo and V,Hi - 14V; Terr. TV - 12V
RF Inputs
Current Consumption
<65mA
From Receiver
Power Consumption
230V- 50/60Hz 2 W
230V- 50/60Hz 3 W
Control Signals
14/18V, 0/22kHz
21MM-MV508
21MM-MV512
21MM-MV516
21MM-MV524
Line Powered Multiswitches
»» Four positions discrete gain regulator
for each SAT IF line and separate 16
positions discrete gain regulator for terrestrial
TV Remote Powered
»» Suitable for large installations of SAT IF
distribution systems
»» Length of the subscriber line
up to 80 meters (must meet
Pay TV provider specifications)
»» Receives terrestrial TV
programs without switching
on SAT TV receiver
»» Used with 5 Wire
21MM-MV532
»» Operating
products only
Temperature
-20˚ ÷ +50˚C
* 2 Equal Carriers
Specifications
Product Code
21MM-MV508 21MM-MV512 21MM-MV516 21MM-MV524 21MM-MV532
F30287
F30290
F30291
F30470
F30469
SAT IF
950-2400 MHz
Frequency Range
Terr. TV
47-862 MHz
Outputs 1-4
5 ÷ 14dB
Outputs 5-8
4 ÷ 12dB
5 ÷ 14dB
SAT IF Gain
Outputs 9-12
3 ÷ 10dB
(fixed slope pre4 ÷ 12dB
Outputs 13-16
2 ÷ 8dB
correction)
Outputs 17-24
3 ÷ 10dB
Outputs 25-32
2 ÷ 8dB
Outputs 1-4
-1 ÷ 5dB
Outputs 5-8
-2 ÷ 3dB
-1 ÷ 5dB
Terr. TV Gain
Outputs 9-12
-3 ÷ 1dB
(fixed slope pre-2 ÷ 3dB
Outputs 13-16
-4 ÷ -1dB
correction)
Outputs 17-24
-3 ÷ 1dB
Outputs 25-32
-4 ÷ -1dB
Gain Adjustment SAT IF
12dB by 4dB Step
Gain Adjustment Terr. TV
15dB by 1dB Step
Output Level for SAT IF
105dBµV
(IMD3=35dB)*
Outputs 1-4
88dBµV
Outputs 5-8
86dBµV
Output Level
Outputs 9-12
84dBµV
Outputs 13-16
82dBµV
for Terr. TV
Outputs 17-24
82dBµV
(IMD3=60dB)*
Outputs 25-32
80dBµV
Outputs
SAT IF
Terr. TV
Decoupling
Terr. TV/SAT
Rejection
SAT/Terr. TV
Consumption From Receiver
Consumption From Inputs H
Lines or External Power Supply
Control Signals
�30dB
�30dB
�27dB
�35dB
�30dB
�40dB
<65mA
+18 V 60mA
+18 V 100mA
14/18V, 0/22kHz
5 Wire Amplifier 4 Satellite
1 Terrestrial Mains Powered
21MM-SA51
5 Wire Amplifier 4 Satellite
1 Terrestrial Remote Powered
21MM-SA51D
»» Amplifiers 4 polarities of satellite & terrestrial in
one device, whilst providing power to the LNB
»» Cascadable with Terra 5 cable components and
can line power up to 12 Terra multiswitches
»» Easy signal level control with attenuation
and slope adjustment on each port
»» Push-pull amplifier on terrestrial TV line
»» Suggested for use with Terra 5 wire products
Specifications
Product Code
Frequency Range
Gain
Slope
Isolation
21MM-SA51
F30811
SAT IF
Terr. TV
SAT IF,
Adjustable
Terr. TV,
Adjustable
SAT IF,
Switchable
Terr. TV,
Switchable
SAT/SAT
SAT/Terr. TV
950-2400 MHz
47-862 MHz
22dB (0 ÷ -15dB) by 1 dB Step
22dB (0 ÷ -15dB) by 1 dB Step
0/3/5/7dB
0/6/12/18dB
30dB
Noise Figure
Output Level
External Equipment
Powering
Typical
IMD3=60dB Terr. TV, IMD3=35dB SAT IF
14 V 0.5 A Max. (Switchable)
18 V 2 A Max. (Switchable)
Through V Lines
Through H Lines
Through Terr.
Line
DC Pass Through,
Switchable Through H Lines
Power Consumption
Operating Temperature Range
21MM-SA51D
F30810
12 V 0.1 A Max. (Switchable)
2 A Max.
230 V ~ 50/60 Hz 5 W
-20˚ ÷ + 50˚C
DC 9-18 V 4 W
5 Wire Splitter 2 Way
4 Satellite 1 Terrestrial
21MM-SD504
»» 2 way splitter of 4 SAT+1 terrestrial TV signals
»» Low losses
»» DC pass through SAT TV trunk lines;
switchable DC pass to tap H outputs
»» Accepts central pin diameter 1.2mm max.
»» Used with 5 Wire products only
5 Wire Tap 10dB
21MM-SD510
5 Wire Tap 15dB
21MM-SD515
5 Wire Tap 20dB
21MM-SD520
Specifications
Product Code
21MM-SD504
Frequency Range
Through Loss
Tap Loss
DC Pass Through
Return Loss
F30812
SAT IF
Terr. TV
SAT IF
Terr. TV
SAT IF
Terr. TV
SAT IF
Terr. TV
H Lines
Terr. TV Lines
4dB
4dB
21MM-SD510
21MM-SD515
21MM-SD520
F30813
F30814
F30815
950-2400 MHz
5-862 MHz
1.1dB
0.8dB
1.5dB
1.3dB
1.1dB
12 ÷ 8dB
17 ÷ 13dB
22 ÷ 18dB
10dB
15 ÷ 16dB
20dB
30dB
30dB
2 A Max. (1 A Max. Through One Line)
0.1 A Max.
>10dB
5 Wire Splitter 4 Way
4 Satellite Terrestrial
21MM-SDQ508
»» Accepts central pin diameter 1.2 mm max.
21MM-SDQ508 Specifications
SAT IF
950-2400 MHz
Frequency Range
Terr. TV
5-862 MHz
Through Loss
SAT IF/Terr. TV
8dB
SAT Inputs
SAT IF/Terr. TV
30dB
Decoupling
H Lines
2 A Max.
DC Pass Through
Terr. TV Lines
0.1 A Max.
Return Loss
>10dB
Multiswitch 3 In
4 Out Passive
21MM-SMS34
Multiswitch 3 In
8 Out Passive
21MM-SMS38
»» Allows your TV system to be satellite
and pay TV compatible
»» High output 85dBµV satellite
(subject to input power)
»» Low gain on satellite
»» Negligible MER Loss
Specifications
Product Code
Foxtel Approval
Number
Inputs
Outputs
FTA Frequency
Sat Frequency
Gain Satellite
Loss Terrestrial
Maximum LNB
Current Capacity
21MM-SMS34
21MM-SMS38
F30045
F30046
3
4
8
5-862MHz
950-2150MHz
3dB
15-18dB
400mA
Matchmaster's 5 Wire Multiswitch Systems are
scalable to suit any job size. From single story
builds to multi apartment high rise buildings.
These concepts show typical riser distribution
layouts, catering for 8-16 dual outlets per level.
6 Level Concept
4 Level Concept
8 Level Concept
Set Top
Boxes
Matchmaster supplies and supports Set
Top Boxes both for Satellite (VAST) and
Terrestrial (DVB-T) reception as well as
IPTV Set Top Boxes for full customised
IPTV with Pay TV Digital Rights
Management to simple SAP protocol
systems for Free to Air applications.
Set Top Boxes
IPTV SAP Receiver Client STB HD
VAST Box Remote Control
22MM-TERRA-IP-STB
33MM-DSD4121
»» Reception of SD and HD (High Definition) channels
»» PAL upscaling to 720p, 1080i, 1080p
»» Functional and clear Electronic Program Guide
»» Support for teletext and subtitles
»» Support for MPEG-2 and MPEG-4 AVC/H.264
»» Built-in multimedia player (including HD movies,
»» Replacement remote control
music, pictures)
VAST Certified HD
Dual Channel Recorder
VAST Set Top Box
with Card UEC
33MM-DCR-UEC
33MM-STB-UEC
»» Simultaneous 2 channel recording and playback
»» External 12 Volt DC power supply
»» 8 day electronic program guide and pause live TV
»» Trick modes (play, FFW, REW, pause,
»» STi7111 secure processor core. MPEG-2/4 HD
jump back, jump forward)
»» 500 GB hard drive for 400 hours of recording
»» Software upgrade via USB & OTA. VAST certified
Specifications
Product Code
Frequency Range
DVB- Standard
Symbol Rate (DVB-S2)
Symbol Rate (DVB-S)
Host Processor
Flash Memory
RAM
Video Decoder
Video Format
Audio Decoder
Dolby Audio Support
RF in
Digital Audio
Analogue Audio
Serial Connector
Smart Card
Ethernet
HDD
compliant. DVB-S2 front end
»» Compliant with Australian VAST services
»» IRDETO secure silicon conditional access
»» Over-the-air secure software download
»» Optical digital audio output, Dolby digital audio
»» 8 day electronic program guide
33MM-DCR-UEC
33MM-STB-UEC
950-2150MHz
DVB-S2 QPSK Demodulator, 8 PSK
2 Msym/sec to 30Msym/sec
2 Msym/sec to 45 Msym/sec
STi 7111, 450MHz Core Processor
32 MBytes
128 MBytes
256 MBytes
MPEG-4 (H.264), MPEG-2 MP@HL
PAL
MPEG 2 Layer 1&2 (Musicam), MPEG 4 AAC/AAC+
Downmix and Pass Through via HDMI, Optical and Coaxial Connectors
F-Type
Optical, Coaxial and HDMI
RCA Left & Right
9 Pin D-type for Software Updates
ISO 7818
RJ45
500GB
-
Satellites
Matchmaster has a broad range of
Satellite Dishes, Mounts and accessories
to suit all Ku-Band reception systems
including Pay-TV and VAST services.
Matchmaster can offer simple travel
kits for Caravaners through to complex
Commercial reception systems.
Satellites
65cm Vast Satellite Kit
Including Dish And LNB
Including Dish, LNB And Mount
13MM-65LNB-KIT
13MM-65LNBM-KIT
»» VAST Reception
»» KU Band
»» Rolled edges for
»» VAST Reception
»» KU Band
greater strength
greater strength
»» Dish & LNB kit
»» Easy to assemble
»» Dish, LNB &
Mount Kit
65cm Vast Satellite Kit Including
Dish, LNB, Mount And Vast STB
Including Dish And LNB
13MM-65LNBVASTM-KIT
13MM-80LNB-KIT
»» VAST Reception
»» KU Band
»» VAST Reception
»» KU Band
greater strength
greater strength
»» Dish, LNB, Mount
»» Dish & LNB kit
& STB kit
Including Dish, LNB And Mount
80cm Vast Satellite Kit Including
Dish, LNB, Mount And Vast STB
13MM-80LNBM-KIT
13MM-80LNBVASTM-KIT
»» VAST Reception
»» KU Band
»» VAST Reception
»» KU Band
greater strength
greater strength
»» Dish, LNB &
Mount Kit
»» Dish, LNB, Mount
& STB kit
Satellites
90cm Dish, Quad LNB
And Wall Mount
90cm Dish, Quad LNB
And Tin Roof Mount
13MM-90CMKIT
13MM-90CMKIT-TIN
»» Quad Offset Output LNB
»» Heavy Duty
»» Quad Offset Output LNB
»» Heavy Duty Tin
Wall mount
»» Heavy Duty Dish
»» Commercial
systems
Roof Mount
»» Heavy Duty Dish
»» Commercial
systems
LNB Quad Offset 10.7GHz
(Foxtel Approved)
LNB Dual 10.7GHz
(Foxtel Approved)
13MM-KF04
13MM-KF10
»» Quad Offset Output
»» 10.7GHz Local Oscillator
»» Reception Frequency
»» Dual Output
»» Reception Frequency
11.70 ~ 12.75 GHz
11.70 ~ 12.75 GHz
»» High Cross-Polar
»» High Cross-Polar
Isolation >20dB
Isolation >20dB
Satellite Dish 120cm
(Single Pack)
Satellite Dish 65cm
(Single Pack)
13MM-R120PN
13MM-R65P
»» Heavy Duty
»» KU Band
»» High Gain
»» Rolled Edges for
»» Heavy Duty
»» KU Band
»» High Gain
»» VAST Reception
added strength
added strength
Satellites
Satellite Dish 80cm (Single Pack)
Satellite Dish 90cm (Single Pack)
13MM-R80P
13MM-R90P
»» Heavy Duty
»» KU Band
»» High Gain
»» VAST
»» Heavy Duty
»» KU Band
»» High Gain
»» Rolled Edges
Reception
»» Rolled Edges
for added
strength
for added
strength
Satellite Dish Wall Mount
90cm (Foxtel Approved)
13MM-SBS12
(F10408)
»» Heavy Duty
»» 50mm OD Suits
90cm Dish
»» Commercial Projects
»» Galvanized for
Satellite Dish 90cm
(Foxtel Approved)
13MM-SD90
»» Heavy Duty
»» High Gain
»» Rolled Edges for
greater strength
»» Commercial
systems
»» 5 Wire Systems
Satellite Dish Tin Roof
Mount 90cm
(Foxtel Approved)
13MM-SBS18
»» Heavy Duty
»» 50mm OD Suits 90cm Dish
»» Galvanized for
Satellite Dish Tin Roof
Mount 60-85cm
(Foxtel Approved)
13MM-SM04
»» Suitable for Dishes up to 85cm
»» Foxtel Approved (F10060/78)
»» Heavy Duty
»» Galvanized
for corrosion
resistance
Satellites
Satellite Dish Tile Roof
Mount 60-85cm
(Foxtel Approved)
13MM-SM05
»» Foxtel Approved (F10061/79)
»» Heavy Duty
»» Suitable for Dishes up to 85cm
»» Galvanized for
Satellite Dish Wall Mount
60-85cm
13MM-SM09
»» Heavy Duty
»» Suitable for Dishes up
to 85cm
»» Galvanized for
SMC Fibreglass Satellite
Dish 65cm
13MM-SMC65
»» Ideal for coastal and icy environments
»» High Gain
»» Corrosion resistant
»» European made
»» Also available in
LNB 10.7 L.O. - Single Output
13MM-VAST01
»» VAST Reception
»» High Gain
»» Low noise
»» Cost effective
100cm (13MM-SMC100)
and 120cm
(13MM-SMC120)
Digital Antenna
Selection Guide
Finding the right antenna has never been so easy.
Step 1
Go to www.matchmaster.tv
Step 2 Provide an address and select the correct
details required. Click next.
Step 3 The website will now provide you with
the most suitable antenna for your area,
an installation diagram and parts list to
take to your nearest wholesaler.
Step 4 You can email or print this report.
Pedestals
Matchmaster offers a range of Pedestals
and Pedestal locks of varying sizes
and shapes to suit your underground
cabling needs. Suitable for use in Shared
Sytems for Multi Residential Estates,
Retirement Villages and any
other cable distribution networks.
Pedestals
Brass Pedestal Self Lock Key
CATV Cylinder Pedestal
15MM-BSKL
15MM-CP10
»» P key
»» Brass body material
»» Length 1.27 cm
»» Brass finish
»» For use with self lock pedestal lock
»» Optional trap/filter holders
and drop wire organizers
»» Factory pre-assembled for simple, fast installation
»» Temporary drop entrance in ground skirt
»» Stakes and brackets
protected with TLC
coating
»» Universal locking stakes
with self-lock selflatching covers
»» Colours: Light Green,
Beige, Dark Green
CATV Cuboid Pedestal
15MM-CP30
»» Optional trap/filter holders
and drop wire organizers
»» Factory pre-assembled for simple, fast installation
»» Temporary drop entrance in ground skirt
»» Stakes and brackets protected with TLC coating
»» Universal locking stakes with self-lock
self-latching covers
»» Colours: Light
Green, Beige,
Dark Green
Fibre Optics
Matchmaster provide an extensive
range of IP and fibre solutions for RF
overlay and distribution. Simple IP
solution using SAP protocol without
the need for middleware through to
advanced hospitality solutions. Simple
fibre solutions for CATV and L-band
in 1310nm and 1550nm wavelengths
including DWDM solutions for 5 wire
over single fibre distribution.
Fibre Optics
Optical Dense Wavelength
Division Multiplexer
27dB EDFA In Built WDM
8 Outputs
20MM-DWDM-1005-1U
20MM-EDFA-WDM-27
»» Used with high stability transmitters as part of the
»» Output power offered in this unit is +27dBm
SMATV optical distribution network
»» DWDM combiner now separated from
20MM-LT4X2050 kit for easy maintenance
»» Features 5 inputs and 1 optical output
»» Using a 1RU 19” rack mount chassis
»» SC/APC compliant connector for television
over fibre
1550nm Direct Modulated AGC
Optical Transmitter
20MM-HT152DA-10-SNMP
»» CATV transmitter with frequency of 45 to 862 MHz,
allowing use in triple play FTTX solutions
»» ITU-TG.692 standard wavelength
»» Output power is 10dBm allowing for system
losses of distribution networks
»» Direct modulation transmitter 10dBm allowing long
distances and suitable for use with an EDFA for
Triple Play solutions
distributed over 8 SCAPC outputs
»» Also available with SNMP protocol
using RJ45 connector
»» Outputs split to x 8 for design flexibility
»» Using a 1RU 19” rack mount chassis
»» Using the ITU 88CH standard
»» Low input power with -20 to +5dBm
1x CATV 4x SAT Laser Receiver
20MM-LR4X2050
»» Excellent solution for Foxtel distribution networks
where large capacity is required and distribution
network is more than 150 metres between nodes
»» Power requirements using simple 12VDC
power connector
»» Offers suitable RF output interface to work with
Terra 5 wire SMATV solutions
»» F-connector outputs offering 4 x SMATV and 1 x
CATV/Terrestrial signals
»» Optical input range -5dBm to 8dBm (total average
power -2dBm - +5dBm)
5 Wire Fibre TX Kit
With External DWDM
20MM-LT4X2050-KIT
»» 47~862 & 950~2500MHz RF operating bandwidth
»» Suitable for CATV & SAT-IF application
»» Optical transmitter CATV adopts high-linearity IF
drive amplifying circuit with AGC function
»» SNMP support remote management and control
»» Laser chip using Broadband LiNbO3 external
modulation, narrow-linewidth CW DFB laser
»» SCAPC output
connectors are used for
television optimisation
20MM-LR4X2050 Specifications
Operating Wavelength
1550nm-1559nm
Fibre
Single Mode 9/125µm
Optical Connector
SC/APC
Required Received
-5dBm - +8dBm Single
Power (Total Average)
Wavelength
Output Parameters
CATV
Satellite
Output Impedance
75 Ohm
Output Return Loss
>16dB
>12dB
Transmission
45950-2400MHz
Bandwidth
862MHz
Output Level
Determined by Rx Power
Flatness Within Band
±1.5dB
Operating Voltage
95-260 VAC
RF Connectors
F-Type
-5 - +50˚C
Fibre Optics
Gigabit Passive Optical
SC/ST/FC One Click
Network Unit
20MM-T-85001MZ
20MM-PM520TV-VO-W-S-S
»» Easy one click cleaner a must for anytime a
connector is removed or fitted
»» Suitable for ST, SC and FC connectors
and adaptors
»» Service access over IEEE802.
3ah compliant PON, shared with
up to 64 customers with CATV overlay
»» Four auto-negotiating Gigabit Ethernet subscriber
ports for 10/100/1000 Mbps, half-duplex/fullduplex, auto-crossover operation (MDI/MDIX)
»» One click action, simple to use
»» Cleaning action with a combination of rotating
head and tape wipe actions
»» Fits in your shirt pocket or tool kit
»» High-performance optical CATV receiver delivering
full-spectrum television from 45 to 1000MHz
»» SIP VoIP functionality with two physical POTS ports
»» 2x2 802.11b/g/n WiFi capability
Attenuators
AIMA Transmitters
»» Plug-and-play with the AIM 3000 platform
»» High-quality 1310 nm, isolated MQW DFB laser with
»» Attenuator SCA single mode male to female
»» Optical attenuators offer complete flexibility to
correct power levels in your network
»» Complete with dust caps for
advanced RF driver circuitry
»» RF amplifier gain blocks with advanced GaAs
interface protection
»» Metal assembly
technology for better
performance
»» Supports CENELEC
and NTSC standards
up to 110 channels
(both analog
and digital)
Product Code
20MM-ATS-SCA-5
20MM-ATS-SCA-10
20MM-ATS-SCA-15
»» Frequency response
of 45 MHz to
1000 MHz for
both broadcast
and narrowcast
applications
Type
5dB
10dB
15dB
Break Out Trays
»» Can be locally
»» 1RU 19” rack mounts allows for any combination of
managed through an
Ethernet port
ST, SC and LC faceplates to be fitted
»» Suitable for a combination
of fusion splicing, direct
termination and
pre-terminated cables
»» Sliding Fibre Tray and
allows for any combination
of ST, SC and LC faceplates
Product Code
20MM-AIMA-FT3S-08-S
20MM-AIMA-FT3S-09-S
20MM-AIMA-FT3S-10-S
20MM-AIMA-FT3S-11-S
20MM-AIMA-FT3S-12-S
Type
8dBm
9dBm
10dBm
11dBm
12dBm
Product Code
20MM-FT1RU-F3
20MM-FT1RU-S
Product Description
Fibre Tray 1RU - Fixed 3 Slot
Fibre Tray 1RU - Sliding 3 Slot
Fibre Optics
Laser Transmitter L-Band
Single Wavelength
»» Suitable for CATV & SAT-IF application
»» Optical transmitter SAT-IF adopts high-linearity IF
drive amplifying circuit with AGC function
»» SNMP support remote management and control
»» Laser chip using Broadband LiNbO3 external
Laser Transmitters 1550nm
»» Adopts high linearity DFB laser
»» Includes pre-distortion adjustment
circuit and laser APC
»» Provides LCD screen on the front panel
can display operating status and the fault
information to the user
modulation, narrow-linewidth CW DFB laser
»» SCAPC connectors used for television optimisation
Product Code
Type
20MM-LT1550-010-1-3310mW with SNMP
SNMP
Control Function
20MM-LT1550-10-33-F110mW SC Out with
SC-SNMP
SNMP Control Function
20MM-LT1550-20-33-SC-0
20mW SC Out
Product Code
20MM-LT1X2050-1550.92
20MM-LT1X2050-1552.52
20MM-LT1X2050-1555.75
20MM-LT1X2050-1557.36
Type
1550nm
1552nm
1555nm
1557nm
Laser Transmitters 1310nm
»» Includes pre-distortion adjustment
circuit and laser APC
LC Angled To LC Angled
Polished OS2 Patch Cords
»» Applications include CATV, Data Network,
Telecommunications, Optical switch networks,
industrial and medical
»» 3mm buffer offers industry standard protection
»» Lifetime replacement warranty
»» Low insertion loss less than 0.2dB
»» Return loss for APC >65dB
»» Test reports provided with each patch cord
»» Provides LCD screen on the front panel
can display operating status and the fault
information to the user
»» Controlled by microprocessor
»» Adopts high linearity DFB laser
Product Code
20MM-LT1310-02-SC
20MM-LT1310-04-0-SC-0
20MM-LT1310-10-SC
Type
2mW
4mW
10mW
Product Code
20MM-PS2DLCA-1
20MM-PS2DLCA-2
20MM-PS2DLCA-3
20MM-PS2DLCA-5
20MM-PS2DLCA-10
20MM-PS2DLCA-15
20MM-PS2DLCA-20
20MM-PS2DLCA-25
20MM-PS2DLCA-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
Fibre Optics
LC To LC OM3 Patch Cords LC To SC OM3
Patch Cords
»» Applications include Data Network,
»» Test reports provided with
each patch cord
Product Code
20MM-PM3DLC-1
20MM-PM3DLC-2
20MM-PM3DLC-3
20MM-PM3DLC-5
20MM-PM3DLC-10
20MM-PM3DLC-15
20MM-PM3DLC-20
20MM-PM3DLC-25
20MM-PM3DLC-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
Product Code
20MM-PM3DLCSC-1
20MM-PM3DLCSC-2
20MM-PM3DLCSC-3
20MM-PM3DLCSC-5
20MM-PM3DLCSC-10
20MM-PM3DLCSC-15
20MM-PM3DLCSC-20
20MM-PM3DLCSC-25
20MM-PM3DLCSC-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
Product Code
20MM-PS2DLC-1
20MM-PS2DLC-2
20MM-PS2DLC-3
20MM-PS2DLC-5
20MM-PS2DLC-10
20MM-PS2DLC-15
20MM-PS2DLC-20
20MM-PS2DLC-25
20MM-PS2DLC-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
LC To LC OS2 Patch Cords
Fibre Optics
LC To SC OS2 Patch Cords
Product Code
20MM-PS2DLCSC-1
20MM-PS2DLCSC-2
20MM-PS2DLCSC-3
20MM-PS2DLCSC-5
20MM-PS2DLCSC-10
20MM-PS2DLCSC-15
20MM-PS2DLCSC-20
20MM-PS2DLCSC-25
20MM-PS2DLCSC-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
LC To SC Angled OS2
Patch Cords
Product Code
20MM-PS2DLCSCA-1
20MM-PS2DLCSCA-2
20MM-PS2DLCSCA-3
20MM-PS2DLCSCA-5
20MM-PS2DLCSCA-10
20MM-PS2DLCSCA-15
20MM-PS2DLCSCA-20
LC To ST OM3 Patch Cords
»» Applications include Data Network, Telecommunications,
Optical switch networks, industrial and medical
»» Lifetime replacement warranty, test reports provided
Product Code
20MM-PM3DLCST-1
20MM-PM3DLCST-2
20MM-PM3DLCST-3
20MM-PM3DLCST-5
20MM-PM3DLCST-10
20MM-PM3DLCST-15
20MM-PM3DLCST-20
Length
1m
2m
3m
5m
10m
15m
20m
Length
1m
2m
3m
5m
10m
15m
20m
Fibre Optics
LC To ST OS2 Patch Cords
Media Converters
»» Data Rate (Mbps): 10/100M
Telecommunications, industrial and medical
with Auto-Negotiation (and
1000M for 20MM-SMCGSC-80)
»» Mode: UTP Half or Full Duplex
»» Optical wavelength: 1310nm
»» Power Supply: External AC-DC Power Adaptor
(Power over USB for 20MM-SMCTUSC-U60)
Product Code
20MM-SMCDTSC-120
20MM-SMCGSC-80
20MM-SMCTUSC-U60
Product Description
10/100M 1310nm
(Up to 120KM Distance)
1000M 1310nm
10/100M 1310nm
OM3 Adaptors
»» Features plastic flange or metal flange
»» Used where Duplex adaptor is required
»» Factory manufactured and fully tested
»» Fibre optic adaptor used for
joining cables
»» Adaptors can also
Product Code
20MM-PS2DLCST-1
20MM-PS2DLCST-2
20MM-PS2DLCST-3
20MM-PS2DLCST-5
20MM-PS2DLCST-10
20MM-PS2DLCST-15
20MM-PS2DLCST-20
Length
1m
2m
3m
5m
10m
15m
20m
be used as gender
changers
»» RoHS Compliant
Product Code
20MM-AD-OM3-D-LC
20MM-AD-OM3-D-SC
20MM-AD-OM3-S-SC
Type
LC
SC
SC
OM3 Pigtails
»» Rainbow international standard coloured packs
»» Configurations can be made to order
»» Crush and kink resistant
»» Low smoke zero halogen
Product Code
20MM-PTM3SC-2
20MM-PTM3SC-2-6
20MM-PTM3SC-2-12
20MM-PTM3ST-2
20MM-PTM3ST-2-6
20MM-PTM3ST-2-12
20MM-PTM3LC-2
20MM-PTM3LC-2-6
20MM-PTM3LC-2-12
Type
SC 2m
SC 2m 6 Colour
SC 2m 12 Colour
ST 2m
ST 2m 6 Colour
ST 2m 12 Colour
LC 2m
LC 2m 6 Colour
LC 2m 12 Colour
Fibre Optics
Optical Receivers
»» Electronic setting of parameters via push buttons
»» AGC based on optical input level
»» Digital indication of optical input level
and other parameters via the LED display
»» Connectors: RF output - type F optical - SC/APC
»» Mains power for convenience 230V ~ 50/60Hz 4W
»» Wide range operating temperature -20 to +50˚C
Product Code
20MM-OD001A
20MM-OD004
20MM-OD100
20MM-OD120
Product Description
Mini Optical Node Receiver
Terr/SAT Fibre Receiver
Optical Receiver with
113dBµV Output
Fibre Receiver with High
Output and Monitoring
Specifications
Product Code
Wavelength
Fibre
Optical Connector
Required Received Power
Output Impedance
Output Return Loss
Transmission Bandwidth
Controlled Output Level
(42 ch, CENELEC)
20MM-OD001A
47-862MHz
20MM-OD004
20MM-OD100
20MM-OD120
1100nm - 1600nm
Single Mode 9/125µm
SC/APC
-7 - +2dBm
75 Ohm
>18dB
47-2400MHz
47-862MHz
RF
78-80dBµV
0-10dB
(0.5dB Steps)
Attenuator Adjustable
RF Test Point at Output
Operating Voltage
Power Consumption
Connectors
5W
Optical Splitters (Module)
»» AT series optical splitters offer a range
of configurations with single
and twin inputs and outputs
»» Uses the industry standard connector
SC/APC for optical connection
»» Mounts on the AT series 1RU frame
»» Compact design for low density use of rack space
Product Code
20MM-SO414
20MM-SO418
20MM-SO424
Product Description
1x4 with 7dB Insertion Loss
1x8 with 10dB Insertion Loss
Twin 1x4 with 7dB Insertion
Loss Per Split
113dBµV
0-15.5dB
(0.5dB Steps)
-20dB
187-250 VAC
4W
0-15.5dB
(1dB Steps)
14W
F-Type
Fibre Optics
Optical TX SMATV
»» LAN control offers WEB monitoring
and management of the device
»» Uses the connector SC/APC for optical connection
»» LAN control connector is the RJ45 industry
standard connector
»» Mounts on the Terra AT series 19” IRU frame
»» Complimenting these units are the fully redundant
power supplies, UP412 and UP413
Product Code
20MM-MO418L-4D31-1310
20MM-MO418L-4D55-1550
Type
6dBm
6dBm
20MM-MO428L-4D31-1310
20MM-M0428L-4D55-1550
6dBm x2
6dBm x2
Specifications
Product Code
Optical Power
Optical Wavelength
Laser Type
RF Frequency Range
RF Input Level
RF Input Impedance
AGC Range
RF Input Loop Through
Frequency Range
Loss
Flatness
Return Loss
Relative Intensity Noise
Terr. TV Intermodulation
Distortion CSO**
Terr. TV Intermodulation
Distortion CTB**
Terr. TV Carrier/Noise
Ratio C/N**
SAT IF Intermodulation
Distortions***
Supply Voltage
DC Feeding for External
Current Consumption
20MM-MO418L20MM-MO418L4D31-1310
4D55-1550
1x6dBm
1310±3nm
1550±3nm
20MM-MO428L20MM-MO428L4D31-1310
4D55-1550
2x6dBm
1310±3nm
1550±3nm
DFB
47-2400MHz
70-85dBµV
0 - -15dB by 1dB Step
±5dB
47-2400MHz
<1dB
±1dB
�18dB at 40MHz -1.5dB/oct (47-950MHz);
�10dB up to 1750MHz; �7dB up to 2400MHz
< -150dB/Hz
>55dB
>60dB
>50dB
>35dB
12V ± 1V
12V 0.4 A
0.35 A max.
0.4 A max.
0 - +50˚C
** OMI=4.0%, 42 channel CENELEC, optical receiver input power - 2 dBm
*** OMI=20%, two tone test method according EN50083-3
Fibre Optics
Power Supply With E6I
Self Monitoring
20MM-UP412
WDM Diplexer 1310/1550nm
20MM-WO410
»» Allows combining of 2 optical
»» Modular reception system power
supply with parallel capability and
self monitoring via LAN
»» Can be used in parallel for redundancy
»» Switch mode technology
»» Short circuit protected
»» Screw terminal block for DC output
power distribution bus
transmitter services to be multiplexed
to one single mode fibre
»» When used with AT series fibre
optical transmitters with input range
of 47MHz to 2500MHz 3xRF services
can be transmitted
»» Offering SMATV and CATV application
»» Signal types of COFDM, QAM,
QPSK and AM all compatible
»» Din rail mounting
»» Will allow the designer to
deliver 2 Sat IF services and
1 x Terrestrial services
Optical Splitters
OS2 Adaptors
»» Low insertion loss
»» High directivity
»» Good stability and reliability
»» Excellent polarization insensitivity
»» Operating wavelength: 1310nm or 1550nm
»» SC/APC Optical Connector
»» >55dB Return Loss
»» -40 - +85˚C Operating Temperature
»» Features plastic flange or metal flange
»» Used where Duplex adaptor is required
»» Factory manufactured and fully tested
»» Fibre optic adaptor used for joining cables
»» Adaptors can also be used as gender changers
»» RoHS Compliant
Product Code
20MM-OSP-1*16-S-SC
20MM-OSP-1*20-19-SC
20MM-OSP-1*32-S-SC
20MM-OSP-1*4-S-SC
20MM-OSP-1*6-S-SC
Product Description
16 Way (Cassette Style)
20 Way (Rack Mounted)
4 Way (Stand Alone)
Product Code
20MM-AD-OS2-D-SC
20MM-AD-OS2-D-SCA
20MM-AD-OS2-S-LC
20MM-AD-OS2-S-SC
20MM-AD-OS2-S-SCA
20MM-AD-OS2-S-ST
Type
SC
SC (APC)
LC
SC
SC (APC)
ST
Fibre Optics
SC Angled To SC Angled
Polished OS2 Patch Cords
OS2 Pigtails
»» Rainbow international
standard coloured packs
»» Configurations can be
made to order
»» Crush and kink resistant
»» Low smoke zero
halogen
Product Code
20MM-PTS2SC-2
20MM-PTS2SC-2-6
20MM-PTS2SC-2-12
20MM-PTS2ST-2
20MM-PTS2ST-2-6
20MM-PTS2ST-2-12
20MM-PTS2LC-2
20MM-PTS2SCA-1-6
20MM-PTS2SCA-1-12
Type
SC 2m
SC 2m 6 Colour
SC 2m 12 Colour
ST 2m
ST 2m 6 Colour
ST 2m 12 Colour
LC 2m
SCAPC 1m 6 Colour
SCAPC 1m 12 Colour
Product Code
20MM-PS2DSCA-1
20MM-PS2DSCA-2
20MM-PS2DSCA-3
20MM-PS2DSCA-5
20MM-PS2DSCA-10
20MM-PS2DSCA-15
20MM-PS2DSCA-20
Length
1m
2m
3m
5m
10m
15m
20m
Product Code
20MM-PM3DSC-1
20MM-PM3DSC-2
20MM-PM3DSC-3
20MM-PM3DSC-5
20MM-PM3DSC-10
20MM-PM3DSC-15
20MM-PM3DSC-20
20MM-PM3DSC-25
20MM-PM3DSC-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
SC To SC OM3 Patch
Cords
Fibre Optics
SC To SC OS2 Patch Cords SC To SC Angled OS2
Patch Cords
Telecommunications, Optical switch
networks, industrial and medical
Product Code
20MM-PS2DSC-1
20MM-PS2DSC-2
20MM-PS2DSC-3
20MM-PS2DSC-5
20MM-PS2DSC-10
20MM-PS2DSC-15
20MM-PS2DSC-20
20MM-PS2DSC-25
20MM-PS2DSC-30
Length
1m
2m
3m
5m
10m
15m
20m
25m
30m
Product Code
20MM-PS2DSCSCA-1
20MM-PS2DSCSCA-2
20MM-PS2DSCSCA-3
20MM-PS2DSCSCA-5
20MM-PS2DSCSCA-10
20MM-PS2DSCSCA-15
20MM-PS2DSCSCA-20
Length
1m
2m
3m
5m
10m
15m
20m
Product Code
20MM-PM3DSCST-1
20MM-PM3DSCST-2
20MM-PM3DSCST-3
20MM-PM3DSCST-5
20MM-PM3DSCST-10
20MM-PM3DSCST-15
20MM-PM3DSCST-20
Length
1m
2m
3m
5m
10m
15m
20m
SC To ST OM3 Patch Cords
Telecommunications, Optical switch
networks, industrial and medical
Fibre Optics
SC To ST OS2 Patch Cords ST To ST OM3 Patch Cords
Product Code
20MM-PS2DSCST-1
20MM-PS2DSCST-2
20MM-PS2DSCST-3
20MM-PS2DSCST-5
20MM-PS2DSCST-10
20MM-PS2DSCST-15
20MM-PS2DSCST-20
Length
1m
2m
3m
5m
10m
15m
20m
Product Code
20MM-PM3DST-1
20MM-PM3DST-2
20MM-PM3DST-3
20MM-PM3DST-10
20MM-PM3DST-15
20MM-PM3DST-20
Length
1m
2m
3m
10m
15m
20m
Product Code
20MM-PS2DST-1
20MM-PS2DST-2
20MM-PS2DST-3
20MM-PS2DST-5
20MM-PS2DST-10
20MM-PS2DST-15
20MM-PS2DST-20
Length
1m
2m
3m
5m
10m
15m
20m
ST To ST OS2 Patch Cords
Matchmaster is an exclusive
distributor of PBN product in
Australia and New Zealand.
PBN products deliver end-to-end HFC and FTTx solutions
tailored towards the needs and challenges of today’s MRE
and MDU builds.
PBN has a vast range of off the shelf products from CATV
Transmitters and EDFA’s including PON devices through to
Double and Triple Play solutions
PBN products are well known in the Australian market place
for their high standards in both performance and reliability.
Some of the many benefits of a fibre-optic solution include
improved network reliability, lower operating expense,
reduced capital investment and the ability to generate
multiple revenue streams.
Contact us today on 1800-237425 for all
your FTTx and HFC requirements.
DigiHUB®
Matchmaster offers a range of products
to suit today’s smart homes from wall
recessed Enclosures to IR control
devices and Data patch panels.
DigiHUB
DigiHUB® Box 483mm
DigiHUB® Box 610mm
30MM-DH483
30MM-DH610
»» 483 x 365.5 x 90mm
»» Fibre-to-the-home compatible
»» Ready for optical fibre node for the
»» 610 x 365.5 x 90mm
»» Fibre-to-the-home compatible
»» Ready for optical fibre node for the
National Broadband Network
»» IPTV compatible
»» Security system
compatible
»» Digital distributed
audio systems
Data Patch Panel For DigiHUB®
With CAT 6 Socket
30MM-DP808-CAT6
»» 8 Way patch panel
»» Supports up to 8 data outlets
»» CAT 6 compatible
»» Colour coded punch down blocks for ease of use
»» Stand alone unit or incorporate the module
National Broadband Network
»» IPTV compatible
»» Security system
compatible
»» Digital distributed
audio systems
IR To CAT 5 Outlet Plate Module
30MM-IR01
»» IR Wall Plate Insert
»» Emitter and targets sold separately
»» Suitable for 2000 series wall plates
»» Compatible with 30MM-IR808 module
into the DigiHUB®
»» Ideal for small
businesses and
homes
IR Receiver For DigiHUB®
Products
30MM-IR02
»» Infrared Receiver Target for Remote Control to
Communicate with Infrared Emitter
»» Compatible with 30MM-IR01, 30MM-IR03
and 30MM-IR808 modules
»» Place in Remote Location
IR Emitter For DigiHUB® Products
30MM-IR03
»» Place on equipment that needs to be controlled
»» Communicates with Infrared Receiver Target
»» Compatible with 30MM-IR01, 30MM-IR02
and 30MM-IR808 modules
DigiHUB
IR Distributor Module
For DigiHUB®
Mounting Plate For
DigiHUB® Large
30MM-IR808
30MM-MP01
»» Control your pay TV set top box, VCR, DVD, etc
»» Blank mounting plate to suit all
from up to 8 room locations
DigiHUB® enclosures
»» Wired using CAT5/6 Cable
»» Sensitivity adjustment for ease of use
»» Activity light for ease of fault finding
»» Designed to be used with Terra multiswitches
»» Makes mounting DigiHUB® quick and easy
DigiHUB® Power Supply 2.5Amp
Telephone Module For DigiHUB®
30MM-PS1825
30MM-TM408S
»» Complete with IEC lead
»» Used to power multiswitches,
»» Fully expandable to more
IR modules and AV modules
»» 2 amp power supply for DigiHUB® components
»» Output power on 'F' connectors for powering
satellite multiswitches and masthead amplifiers
»» 3 x 3.5mm 12VDC
»» 1 x 'F' connector
than 8 locations if required
»» Capable of 4 incoming lines and 8 room locations
»» Compatible with security systems
»» 110 / Krone Compatible IDC Connectors
for line input, output and expansion port output
»» Individual incoming line disconnection
and test points
18VDC & 1 x 'F'
connector 14VDC
Matchmaster Training Courses
Matchmaster’s training courses provide a pathway to a better future for contractors
and installers. We are passionate about people learning new skills and improving
their job prospects. Matchmaster has been delivering industry trusted and approved
training for well over 15 years. Matchmaster training continues to provide
installers with the theoretical and practical knowledge required
to service the field with confidence.
Certificate III in Telecommunications
Digital Reception Technology
(TRAIN-CERT3DRT)
Digital Terrestrial Reception Systems
(TRAIN-DTRI)
Satellite Digital Reception Systems
(TRAIN-SDRS)
Complex Digital Reception Systems
(TRAIN-CDRS)
Enrol Online
www.matchmaster.com.au/training
Headend
Equipment
Matchmaster has a full range of
Headend equipment from entry level to
complex systems, including engineering
support and system designs.
Matchmaster can offer simple Channel
Filters with AGC through to complex
DVB modules for any type of broadcast
including Encoders, Modulators &
Transmodulators for DVB-T, DVB-C,
DVB-S/S2, IP, ASI, SDI, FM
and many more.
Headend Equipment
Vast Multi-service Cam
& Smart Card
13MM-VAST-MULTICAM
»» Decode Multiple services
- up to 8 TV or Radio
»» VAST to COFDM Headend
solutions for remote sites,
Mine Camps etc
»» Reception of VAST services in
21 Port Combination Splitter
14MM-DC28W-3S1T
»» RF input splitter for Matchmaster's headend range,
combination unit for satellite and terrestrial
»» Satellite x 21 and terrestrial x 7 outputs
»» DC pass for LNB powering
»» Industry standard 19” rack mountable
»» Can be used as stand alone splitter for
other applications
commercial application
10 Input 1 RF Output Combiner
For 14MM-GN40/GN50
14MM-DM17-1001
»» 10 TAP inputs
»» Test point -20dB
»» 19" rack mounting
»» Great to combine headends with high isolation
14MM-DM17-1001 Specifications
Frequency Range
5-1000MHz
Impedance
75Ohm
Number of Inputs
10
Number of Outputs
1
65MHz
14dB
Through Loss IN-OUT
862MHz
16dB
Isolation IN-IN
>27dB
Test Port
-20dB
Dimensions
19", 1RU
Connectors
F
EAN
4010056708030
14MM-DC28W-3SIT Specifications
Terr.
45-862MHz
Frequency Range
SAT
920-2150MHz
Input Impedance
75 Ohm
Terr.
>15dB
Input Return Loss
SAT
>11dB
Number of Outputs
28
Output Impedance
75 Ohm
Terr.
>15dB
Output Return Loss
SAT
>11dB
Terr.
<13dB (±1dB)
Through Loss In-Out 1-2
SAT
<14dB (±2dB)
Through Loss
Terr.
<13dB (±1dB)
SAT
<14dB (±2.5dB)
In-Out 3-7
Isolation Out-Out
>25dB/>23dB
Terr.
No
Power Pass
SAT Yes (from all taps)
DC Voltage
<21 VDC
DC Current (continuous)
<1.5A
DC Current (pulse)
<17A, 20ms
Dimensions
19”, 1 RU
Connectors Input
4 x F-Connector
Connectors Output
28 x F-Connector
Temperature Range
-20˚ - +55˚C
EAN
4010056712556
Headend Equipment
Dual HDMI To COFDM MPEG2/4
Modulator Rack Mount
Quad HDMI To COFDM MPEG2/4
Modulator Rack Mount
14MM-DD2HD-R
14MM-DD4HD-R
»» 2 HDMI inputs and outputs 1 RF
»» 4 HDMI inputs and outputs 2 RF
channels and 1 UDP IP port
Specifications
Product Code
Video Input
Video Resolution
Audio Encoding
Audio Sample Rate
Audio Bit Rate
Standard
FFT Model
Bandwidth
Constellation
Guard Interval
FEC
MER
RF Frequency
RF Out
RF Output Level
Local Interface
Remote Management
Ouput
Power Supply
channels and 1 UDP IP port
14MM-DD4HD-R
14MM-DD2HD-R
HDMI*4
HDMI*2
1920x1080_60P, 1920x1080_50P, (-for MPEG4/H.264), 1920x1080_60i,
1920x1080_50i, 1280x720_60p, 1280x720_50p
MPEGI Layer II, (MPEG2-AAC, MPEG4-AAC available)
48KHz
64bps, 96kbps, 128kbps, 192kbps, 256kbps, 320kbps
EN300744
2k, 8k
6M, 7M, 8M
QPSK, 16QAM, 64QAM
1/4, 1/8, 1/16, 1/32
1/2, 2/3, 3/4, 5/6, 7/8
42dB
30-960MHz, 1KHz step
2*RF COFDM DVB-T out
1* RF Output
(2 carriers combined output)
-30 - -10dBm (81-97dBµV), 0.1dB Step
LCD + Control Buttons
Web NMS
2*MPTS out (RJ45, 100M)
1*MPTS out (RJ45, 100M)
AC 100V-240V
0˚-45˚C
Headend Equipment
Chameleon 1HU Base Unit With
Power Supply Unit And Fan
14MM-GN20B
»» Holds up to 2 Chameleon cards
»» High DVB processing power
»» Also available with dual redundant power
supply unit (14MM-GN20R)
Specifications
Product Code
Dimensions
Power Supply
14MM-GN20B
14MM-GN20R
483 x 235mm
Dual Redundant
Single PSU,
PSU, approx.
approx. 60W
2x60W
3RU Professional Sub-Rack
With Gig-E SW
14MM-GN50
»» Embedded gigabit switch has GigE capacity
with 4 streaming ports and 1 management port
»» Large capacity signal processing
»» Built in power supply and option for redundancy,
double independent, load sharing
power supply units
»» Wall mountable or 19” rack mountable
»» The fan tray is
hot-swappable
from the front
Redundant Power
Supply For GN50
14MM-GN55W-0230
»» Redundant PSU 230V for GN50
»» Hot pluggable
»» Load sharing with redundant PSU
»» Information readable: type, serial number,
hardware ID, software ID, max. output power,
threshold of max. current, voltage and temperature
»» Measure values: output voltage internal, output
voltage external, output current, temperature
Chameleon Chassis 3RU
14MM-GN40
»» Access to management
and streaming RJ45
Ethernet ports
»» Large capacity signal processing
with remote control
»» Built in 1 RU power supply and fan unit
»» Wall mountable or 19” rack mountable
14MM-GN40 Specifications
Module Slots
Power Supplies
Operating Voltage AC
Power Consumption
14MM-GN50 Specifications
Streaming Ports
Control Ports
Category
Multicast
Protocols
Redundancy
Module Slots
RJ45
Power Supplies
Optional Redundant Power
Supply Unit
Operating Voltage AC
Power Consumption
10
1 pcs.
180-265V (47-63Hz)
<245W
-20˚- +50˚C
4 pcs. (1 Gbit/s)
1 pcs. (100 Mbit/s)
Layer 2+
IGMP V2 + V3
RTP, UDP, Multicast/
Unicast
N+1 Module
Redundancy
10 pcs.
5 pcs.
1 pcs.
1 pcs.
180-265V (47-63Hz)
<245W
-20˚- +50˚C
14MM-GN55W-0230 Specifications
Input Voltage
180V 265VAC (47-63Hz)
Operating
-5˚ - +45˚C
Temperature
Headend Equipment
Headend Combiner Amplifier
For Chameleon/Tangram
14MM-GNAMP
»» Allows you to combine and amplify up
to 8 RF inputs
»» Headend combine-amplifier
»» Redundant and hot swappable power supply
»» Management via web interface
»» Monitoring via SNMP
»» Adjustable gain and input attenuator via web GUI
Chameleon Software
Licenses
»» Individual software unlocking facilitates the
application-specific product activation. You only
pay for what you use
»» Firmware version upgrades
for 12 months
»» Quick and easy expansion
by adding additional
units or software options,
extended SLA available
»» Absolute flexibility for
signal processing
14MM-GNAMP Specifications
Frequency Range
47-1006MHz
Analog TV Inputs
Input Nr. 1-4
QAM/FM Inputs
Input Nr. 5-8
Impedance
75Ohm
Gain
8dB (±0.5dB)
Output Level
98dBµV (CENELEC flat)
CSO/CTB
>70dB
>69dB @ Input Level
CNR
90dBµV
Input Attenuator
0-10dB (0.5dB)
Interstage Attenuator
0-5dB (0.5dB)
Interstage Slope
Input Isolation
�25dB (-1 dB/Oct.)
FM Filter Input
Input Nr. 7, 8
(switchable)
FM Filter Interstage
Input Nr. 1-4; 5-8
(switchable)
RF-Test Point
-20dB
Loop Through Input
0dB
Redundancy
Power Supply
Hot Pluggable
Current/Voltage controlled
EMC
EN50083-2
Power Consumption
�11W
Operating
-20˚- +50˚C
Temperature Range
Nominal Temperature
0˚- +40˚C
Range
Input
8 x F-connector
Output
1 x F-connector
Test Point
1 x F-connector
LT-Input (0dB)
1 x F-connector
Management
RJ45
5 x LED (Amp, Temp/Fan,
Indicators
PS1, PS2, Power)
Product Code
14MM-GNC
14MM-GNDC
14MM-GNCI
14MM-GNDCI
14MM-GNCMOD
14MM-GNDCMOD
14MM-GNDASI
14MM-GNDOL
14MM-GNT
14MM-GNDT
14MM-GNTMOD
14MM-GNDTMOD
14MM-GNVMOD
14MM-GNDVMOD
14MM-GNHSDI
14MM-GNMUX
14MM-GNOCTFM
14MM-GNS2
14MM-GNDS2
14MM-GNSCR
14MM-GNSSDI
14MM-GNSTR
14MM-GNSTREC
14MM-GNSYMUX
14MM-GNSYSMG
License For
One DVB-C Tuner
Two DVB-C Tuners
One CI Slot
Two CI Slots
One QAM Output
Two QAM Outputs
Dual ASI In/Out
BNC 1 & 2
Dolby Audio
Decoding
One DVB-T Tuner
Two DVB-T Tuners
One COFDM Output
Two COFDM
Outputs
One VSB Output
Two VSB Outputs
HD SDI Decoder On
BNC1
Multiplexer
8 FM Radio Outputs
One DVB-S/S2
Tuner
Two DVB-S/S2
Tuners
Quad Simulcrypt
Scrambler
SD SDI Decoder
To BNC1
IP Streaming
IP Streaming
With Fec
Umbrella Software
For Interconnected
Multiplexers
System Management
Headend Equipment
Chameleon MPEG4 SD/HD
Encoder Module
14MM-GNHWENCW
»» Chameleon hardware module dedicated encoder
offering both standard definition and high
definition with HDMI input
»» All desired Individual solution functions can simply
be activated and modified by uploading software
»» Absolute flexibility for signal processing
»» Additional modules are linked
via IP interfaces increasing the
processing capacity to match
the computing performance of
bigger multiplexers
»» ASI/SDI/IP output options
HD-SDI Input
Number of Ports
Input Video
Input Audio
Input Format
Input Impedance
HDMI Input
Number of Ports
Input Format HDMI
Compliance HDMI
Video System
Audio System
1 x HDMI
1080i50, 720p50,
576i50
HDMI 1.4a (no
scaling)
Encoding Parameters Video
Picture Size SD
Picture Size HD
Picture Format SD
Picture Format HD
Encoding Parameters Audio
14MM-GNHWENCW Specifications
Analog Video Input
Number of Ports
2 x BNC Ports
CBVS (Composite
FBAS-signal) PAL
Input Format
(B/G, H, I, M, N),
NTSC, SECAM
Input Impedance
75Ohm
Analog Audio Input
Number of Ports
3 x 3.5mm Jack Ports
Left, Right
Input Format
Asymmetrical
600Ohm/15kOhm
Input Impedance
(switchable)
SDI Input
Number of Ports
2 BNC ports
SDI, Audio
Input Video
Embedded
Stereo/Mono/Dual
Input Audio
Sound
1080i50, 1080i60,
Input Format
720p50, 720p60
Input Impedance
75Ohm
1 BNC port, hard
wired to BNC port 1
HD-SDI, Audio
Embedded
Stereo/Mono/Dual
Sound
1080i50, 1080i60,
720p50, 720p60
75Ohm
Number of Audio Channels
ASI TS Output
Number of Ports
Packet Size
ASI Output Capacity
IP TS Output
Output Bitrate
Connector
Output Protocol
IP Output Format
IP Output Capacity
Miscellaneous
GigE/Control/Power
(Backplane)
GigE/Control for GN40
Power Supply
Power Consumption
Dimensions
Weight
Controller Embedded
ISO/IEC 14496-10
(H.264/AVC) High
Profile, Level 4.0
576i50
1080i50, 720p50
4:3
16:9
ISO 11173-3 (MPEG1 L2) Dolby Digital
AC3 MPEG-2 AAC
(LC(HE))
2 per Video Input
1 x F Connector Port
188 Byte
1 TS (MPTS of SPTS)
Max 50Mbit/s
GN40: RJ45 GigE
GN50: SGMII GigE
UDP/RTP Multicast/
Unicast
CBR/VBR (MPTS or
SPTS)
Max 2 TS
Compact PCI Type C
(SGMII)
2 x RJ45 GigE,
1 Streaming, 1
Management
12VDC nom.
(9-14VDC)
Typ. 15W, max. 18W
230 x 105 x 40mm
(excl. connectors)
Approx. 640g
Web Server, SNMP
5˚- +45˚C
Headend Equipment
Chameleon Multi-Purpose
Hardware Module
14MM-GNHWUW
»» Modular headend system with hardware modules
that can change their function as needed for all
current and future applications
»» Modules can be mounted in the standard GN20,
GN40 chassis as well as GN50 chassis with
redundant power supply and
integrated GigE switch
»» Additional modules are linked via IP interfaces
increasing the processing capacity to match the
computing performance of bigger multiplexers
»» Remote diagnosis and SNMP traps for alarm
activation reduce maintenance
14MM-GNHWUW Specifications
DVB-S/S2 Satellite Receivers
Input Frequency
925-2175MHz
-65 to -25dBm, 44 to
Input Level
84dBµV
Spectral Inversion
Yes, Selectable
Auto, Off or 13/18V,
LNB Voltage
Programmable
Auto, On or Off,
22kHz to LNB
Programmable
DVB-T/T2 Receiver
Input Frequency
43-1002MHz
39 to 79dBµV,
Input Level
-60 to -30dBm
Bandwidth (DVB-T)
6/7/8MHz
1.7/5/6/6/8 MHz and ext.
Bandwidth (DVB-T2)
Bandwidth
DVB-C Receiver
Input Frequency
43-1002MHz
49 to 79dBµV,
Input Level
-60 to -30dBm
Bandwidth
8MHz
Symbol Rate
1-7.2 Mbaud
ASI Input/Output
Max Payload Bit Rates
Typical 200Mbit/s
in/out
PCR Restamping
Yes
IPTV Input/Output
Max 110Mbit/s per IPTS,
Input Bit Rate
Max 200Mbit/s total
Max 100Mbit/s per IPTS,
Output Bit Rate
Max 200Mbit/s total
UDP/RTP Multicast/
Input/Output Protocol
Unicast
Input/Output Format/
CBR/VBR, Max 20 IPTS
Capacity
Time Stamp & De-jitter
Yes
CI Multidecryption
Supported Bit Rates
55/62/72 Mbit/s
DVB-CSA Scrambler/Simulcrypt
Interface
IP
Number of Encrypted
64 PIDs per Output
PIDS
Number of SCG
64 SCG per Output
MPEG Decoder - Audio/Video
MPEG-2 MP@HL, MPEG-4
Video Formats
H.264 AVC, HiP, Level 4
Audio Formats
MPEG-1 Layer II, AAC HE
Downscaling
HD to SD for 1 Service
Letterbox, Pan/Scan, or
conversion combined
Aspect Ratio
(14:9) programmable,
WSS
Subtitling Teletext or DVB
Teletext
subtitling
VSB - AM Modulation
PAL B/G, D/K, I, SECAM
Standards
D/K, B/G, L
Mono, NICAM stereo, A2
Sound
or A2 Stereo
Modulation Video
VSB AM, neg. or pos.
Modulation Audio
Audio FM or AM
Output Frequency
45-855MHz
Output Level
>110/107dBµV (1ch/2ch)
Video S/N (Weighted)
>65dB
>70dB (65dB typical at
C/N Broadband
adjacent channel)
SDI Output
Output Video
SDI, audio embedded
Stereo, Mono or Dual
Output Audio
Sound
FM Modulation Radio
Audio Decoder
MPEG-1 Layer I/II
Sound
Mono, stereo, joint stereo
Modulation
FM, ref ITU-R BS.450-3
RDS Insertion
Yes. ref EN50067
(dynamic and static)
87.5-108MHz,
Output Frequency
100MHz step size
Output Level per FM
>93dBµV
Channel
S/N
>60dB (m), >55dB (s)
C/N Broadband
>60dB
DVB-C Modulation
QAM Mode
16, 32, 64, 128 and 256
Symbol Rate
2.4-13.6Mbaud/s
MER (at RF out)
>43sB for 256-QAM
QAM Output Frequency
43-1002MHz
>105/102/99/96dBµV
Output Level
(1ch/2ch/3ch/4ch)
DVB-T Modulation
COFDM Mode/
2k, 8k/QPSK, 16QAM,
Modulation
64QAM
Guard Interval
1/4, 1/8, 1/16, 1/32
FEC
1/2, 2/3, 3/4, 5/6, 7/8
MER
>38dB, typical 40dB
Output Frequency
43-1002MHz
Output Level
>103/11dBµV (1ch/2ch)
Headend Equipment
Headend Kit VHF/UHF For All
Capital Cities
14MM-KIT-420-METRO
»» Comprised of 4 x AT series channel amplifiers
»» Twin programmable 420 series offers
SAW filtering and AGC control
»» Twin channel amplifiers for each module totalling
6 x VHF and 2 x UHF channels
»» Fully digitally compatible headend solution where
regeneration is not required
Headend Kit UHF 8 Channels
14MM-KIT-420-UHF8
»» Comprised of 4 x AT series UHF channel amplifiers
»» Twin channel amplifiers for each module
totalling 8 x UHF channels
»» Very compact and fully digitally compatible
headend solution where regeneration is
not required
»» Mains power supply
Headend Kit UHF 6 Channels
14MM-KIT-420-UHF6
Multi-Channel Headend
Multiband Amplifier
14MM-MA400
»» Comprised of 3 x AT series UHF channel amplifiers
totalling 6 x UHF channels
not required
»» Total flexibility with this multiband
amplifier offering FM, VHF
and UHF amplification
»» High-level output
»» Separate manual gain controls
for each band
»» Switchable attenuation
for each band
»» Loop input and output
with F connection
Headend Kit VHF 6 Channels
14MM-KIT-420-VHF6
»» Comprised of 3 x AT series VHF channel amplifiers
totalling 6 x VHF channels
not required
14MM-MA400 Specifications
Number of Inputs
3
Gain - FM (88-108MHz)
30dB
Gain - VHF B3
30dB
(174-260MHz)
Gain - UHF (470-862MHz)
30dB
Noise Figure
VHF <7dB; UHF <5dB
Maximum Output
VHF 116dBµV; UHF
IMD3=60dB (DIN45004B)
118dBµV
Gain Control Attenuator
0 to -15dB
Gain Control Switch
0/-10dB
Return Loss
>10dB
Power Consumption
12V 480mA
0˚- +50°C
Range
Headend Equipment
Multi-Channel Twin AV
To DVB-T Modulator
14MM-MDX420
»» AT series family DVBT twin modulators
totally agile and independent channels
»» AV composite to DVB-T
COFDM modulator
»» Programmable twin modulators
»» Rack mountable system
»» Loop input/output with F connection
14MM-MDX420 Specifications
Frequency Range
Video Input
Level/Impedance
Frequency Range
Level/Impedance
Audio Input
Level Adjustment
Encoding
Resolution
Processing Video
Frame Rate
Compressed System Bit Rate
Encoding
Sampling Rate
Processing Audio
Bit Rate
Audio Mode
MER
Modulation
Channel Bandwidth
Modulation
Guard Interval
20Hz - 6MHz
1 V ± 0.1 V/75Ohms
20Hz - 15kHz
775mV/10kOhms
6 - -6dB
(2dB step)
ISO/IEC13818-2 MPEG-2 MP@ML
720 x 576 (at 25 fps), 720 x 480 (at 30 fps)
25 max. PAL, SECAM, 30 max. NTSC
2-9 Mbps
ISO /IEC11172-3 (MPEG1 audio) layer 2 compliant
44.1kHz
256Kbps
Stereo
≥35 dB
QPSK, QAM16, QAM64
7/8MHz
1/4, 1/8, 1/16, 1/32
Code Rate
Transmission
Frequency Range
Level/Impedance
Output C/N
1/2, 2/3, 3/4, 5/6, 7/8
2K
110 - 860MHz
85 dBµV/75 Ohm
≥50dB
Output Level Adjustment
0 - -15.5dB by 0.5dB step
RF Output
Combining
DC Pass Through
Terr/SAT
Return Loss
47-2150MHz
0.3 A
1.5/2.5dB
≥10dB
Current Consumption
12 V 0.65 A
0° - +50°C
Headend Equipment
19” System Rack Mountable
Rail For Wall Mounting
14MM-MR19-420
14MM-MR420
»» AT series 19” rack mount solution offers total
»» Multi-channel headend mounting rail only,
flexibility for your headend needs
»» Coated steel to minimise corrosion
»» Recessed for racking system permitting
rack door closure
Twin Modulator 7-8MHz
Selectable Stereo
14MM-MT420C
»» Modulating analogue video/audio
signals into VSB RF channel with
mono or stereo A2 sound
»» LED display and push buttons control
»» RF output level and audio input level loop through
RF combining low level harmonics
and intermodulation products
»» Built-in test pattern generator
14MM-MT420C Specifications
Number of Internal
2
Channel Amplifiers
Video Input
RCA – Composite
Video Level/Impedance
1V ± 0.1V / 75 Ohm
Audio Input
Dual RCA
Audio Level/Impedance
775mV / 10kOhm
Audio Level Adjustment
-6dB – 6dB (2dB steps)
TV Standard
B/G/D/K/Au stereo A2
Output Frequency
110-862MHz
Output Level
90 dBµV
Attenuation Available
0 - 10dB in 1dB steps
47 – 2150MHz
Combining
1.5/2.5dB
Terr/Sat
Return Loss
> 10dB
A/V Ratio
12/16dB
IMD2/IMD3 Spurious Level
< -60dB
Power Consumption
12V 470mA
0˚ - +50°C
used for modular system as wall attachment
Headend Equipment
WISI OH Series Base Unit With
Web Based GUI License
Included (OH51)
Programmer
14MM-OH41
»» Hand held programmer with memory,
backlight and LED torch
»» Cable powered hand controller, no batteries
»» Works with OH family of products
»» Works with some VX amplifiers and optical TX/RX
14MM-OH50A-KIT
»» Integrated FM amplifier, high output power
»» Analog and digital channel processing headends
»» Capacity for 14 modules, 19"- rack-mounting or wall
mounting (14 analog or 28 digital channels)
»» Programmable via USB stick, OH41 hand controller
or WEB interface
»» Full remote access (modem switch not supplied)
»» LAN RJ45 industry standard connector
14MM-OH41 Specifications
Display
RJ11 Connectors
Power Supply
Length of Connection Cable
LCD Dot Matrix
1 pcs.
5V DC
1.2m (max.)
0˚ - +50˚C
Twin OH Modulator For Analogue
14MM-OH38
»» Modulation of 2 AV signals to 2 analog TV
channels multi-standard operation
»» Output frequency range 45-862 MHz
»» Interface for audio/video with BNC/Cinch
»» Independently adjustable in 250 kHz steps
»» Stereo capable vestigial sideband modulator
Video Input Level
Video Input Bandwidth
Audio Input Impedance
Audio Input Level
(for nom. deviation)
Audio Level Range
Audio Input Bandwidth
Output Impedance
Output Frequency Range
Frequency Steps
Stability of Output
Frequency
Output Channel Bandwidth
Output Level
TV Standards
Audio Format
S/N Video (CCIR-rec. 567-1)
S/N Audio
Stability of Output Level
Spurious Inside TV Channel
Spurious Outside TV Channel
Power Consumption
1 V ± 0.4 V
20Hz - 5MHz
600 / 10 k Ohm
- 4dBm / 1 kHz
- 9dB - +5dB
40–15000 Hz
75Ohm
45–862MHz
250kHz
± 30kHz
2 x 7/8 MHz
(1 dB steps) ± 1 dB
B/G, D/K, I, L
Mono, Stereo, Dual
>58dB
>50dB
±1dB
>55dB
>55dB
<8W
-20° - +55 °C
Headend Equipment
TDT Headend Base Unit Plus 8x
OH84 With Power Supply
RF Converter
14MM-OH45
»» Channel processor convertor used for
processing signals, not suitable where channel
conversion requires 34>MER
»» Mount into OH50A with full remote control
via the LAN web interface
»» Data and power connection at rear of board
»» AGC control over a wide signal input range
»» Low profile blade fully shielded
Input Frequency Range
Input Frequency Steps
Input Channel Bandwidth
Input Level Range
AGC Range
Frequency Steps
Output Level
Group Delay (-0.5-4.43 MHz)
S/N Audio
Connectors RF
Current Consumption
Power Consumption
45–862MHz
250kHz
7/8MHz
50–90dBµV
≥ 40dB
45–862MHz
250kHz
7/8MHz
(1dB steps)
95–105dBµV
<80ns
>50dB
± 1dB
>55dB
F-connector
0.5 A/12 V
< 10 W
-20 ° - +55 °C
14MM-OH50A-TDT
»» Power supply for compact headend base unit
»» Base unit offers up to 14 module slots
»» Easy to configure compact headend
»» Includes 8x 4ch DVB S/S2 QAM transmodulator
14MM-OH50A/OH50A-TDT Specifications
Frequency Range TV
47-862MHz
Frequency Range FM
87.5-108MHz
Ouput Impedance
75Ohm
Output Return Loss
>14dB
Ouput Level
110dBµV
Output Attenuator
0-15dB (1dB steps)
Input Level (FM)
70-100dBµV
FM Attenuator
0-30dB (1dB steps)
CTB
>60dB
CSO
>60dB
Test Output
-20dB
180-265VAC
Input Voltage
(47-63Hz)
Configured to 8x4 @
Max. Power Consumption
32 transponders is
90W)
Power Consumption
85-90W
Efficiency
�89%
Output Voltage
12.5V
Output Current
12A
LNB Power
12.5V 1.2A
PFC
EN61000-3-2
FM-Input
1 x F-connector
RF-Output
1 x F-connector
Test1 x F-connector
Output
Handset
Connectors
RJ11
Control
Software
USB-A
Update
Remote
RJ45
-20˚ - +50˚C
Nominal Temperature
+5˚ - +50˚C
Headend Equipment
Twin AV Encoder QAM/COFDM
14MM-OH66
»» Twin digital modulation solution with MPEG2
encoding of analog audio and video signals
»» Output frequency range 45-862 MHz
»» QPSK, COFDM and QAM
modulation is available
»» Use ASI input of output signals
»» SDI & CVBS input selectable
»» Input / output connectors are
BNC and 3.5mm for audio
Module
OH 66 Twin A/V-Encoder
Input Video Analogue
Input Format
Composite FBAS-signal
Input Impedance
75 Ohm
Input Level
1 Vss ± 0.4 V
Frequency Range
20Hz–5MHz
Video Processing
MPEG 2 ISO/IEC 13818-2
Encoding Standard
MP@ML (4:2:2)
1.5–9 Mb/s in 1.5 Mb/s-steps;
Bit Rate
CBR & VBR
720 Pixel horizontal, 576
Picture size
Pixel vertical
Extraction from analogue
Teletext
video signal
Support for 4:3 and 16:9
Picture Format
automatic detection by
WSS
Automatic; Manual
PID Setting
overwriting possible
PSI/SI settings
Automatic creation of PAT
NIT setting with LCN
Optional with CS77
Input Audio
Analogue (left/right) or
Input Format
digital (SDI with embedded
audio)
Frequency Range
40–15000Hz
Audio Processing
Sampling frequency
32/44, 1/48 kHz
MPEG 1 L1/L2 ISO/IEC
Encoding Standard
13818-3
Bit Rate
Up to 192 kbit/s
Stereo, Joint Stereo, Dual,
Format
Mono
Output
QAM or COFDM
Output Frequency
Range
Spurious Outside TV
Channel
QAM-Mode
Modulation Scheme
Output Frequency
Steps
Output Channel
Bandwidth
Output Level
MER
Symbol rate
Bit Stuffing
PCR Correction
COFDM-Mode
Modulation Scheme
Output Frequency
Steps
Output Channel
Bandwidth
Output Level
MER
Modulation of Single
Carriers
FEC
Guard Interval
FFT Mode
General Data
Connectors
Video/Audio-input
RF-Output
Operating
Temperature
Can be selected by the
modulation
47–862 MHz
≥50 dB
16-, 32-, 64-, 128-, 256-QAM
500KHz
8MHz
88–103 dBµV
≥40dB
3.45–6.9 MS/s
Yes
Yes
COFDM
250KHz
7/8MHz
82–97dBµV
≥37dB
QPSK, 16-, 64-QAM
1/2, 2/3, 3/4, 5/6, 7/8
1/4, 1/8, 1/16, 1/32
2k, 8k
Per channel 1 x BNC
1 x stereo jack socket 3.5
mm
F-connector
- 20 ° - +55 °C
Headend Equipment
Transmodulator COFDM To PAL
14MM-OH79D
»» Reception of a DVB-T/C HD/SD signal and
modulation to an analogue TV channel
»» Reception and decryption of MPEG2
and MPEG4 signals
»» Dolby digital decoding
»» CI interface
»» NICAM encoder
»» Easy to configure
compact headend
TDT DVBS/S2 Twin
Transmodulator
14MM-OH85H
»» Transmodulation from 8PSK/QPSK to QAM, with
the inclusion of CI interfaces for descrambling the
unit can deliver services transparently or through
PID filtering selected QAM services
»» Twin DVBS/S2 to QAM 16~256 symbols
»» Integrated Conditional Access interface
for both channels
»» Internal NIT generation available
»» PID filtering available
»» Input range
950~2150MHz
DVBS/S2
14MM-OH85H Specifications
OH85H (SD/HD) Twin
DVB-S/S2 – QAM
transmodulator with CI
950-2150MHz
1MHz
Input Level Range
47-80dBµV
AFC
±10MHz
Modulation Scheme
QPSK, 8PSK
Symbol Rate
1-45 MS/s
LDPC (1/2, 3/5, 2/3,
FEC inner code
3/4, 4/5, 5/6, 8/9,
9/10)
Spectral Inversion
C-Band/KU-Band
45-862MHz
Output Frequency Steps
500kHz
Output Stability
±30kHz
2 x 8 MHz
Output Level
82–103dBµV
±1dB
Spurious Outside TV
>50dB
Channel
SNR
≥45dB
MER
≥40dB
16-, 32-, 64-, 128-, 256Modulation (COFDM)
QAM
Symbol Rate
3.45–6.9 MS/s
FEC Outer Code
RS (204,188,16)
Spectral Inversion
Normal/Inverted
Interleaving
Conv., I=12
Bit Stuffing
Yes
PCR Correction
Yes
Connectors RF
F-connector
Current Consumption
ca. 0.83 A / 12 V
Power Consumption
< 10W
12 V / 0.5 A max.,
LNB Power
DiSEqC 2.0
Operating temperature
- 20 °- + 55 °C
Module
14MM-OH79D Specifications
110-878MHz
0.250MHz
Input Level Range
47-90 dBµV
Output Channel Band Width
7/8 MHz
COFDM-Spectrum DVB-T
2 k/8 k/16 k/32 k FFT
QPSK, 16QAM,
COFDM Modulation Type
64QAM,128QAM,
256QAM
COFDM Guard Interval
1/4, 1/8, 1/16, 1/32
45-862MHz
250kHz
Frequency Stability
±30MHz
7/8 MHz
(coupelt)
90-105dBµV (1dB
Output Level
steps)
Flatness
±1.5 dB
Spurious Suppression
>58
Video-Format
4:3/16:9/4:3 Zoom
F-socket Connectors
2 pcs.
Common Interface
1 pcs.
Connectors
Power Consumption
10W
LNB Supply Voltage
12V
LNB electrical power supply
0.85A
-20˚- +55 °C
Headend Equipment
TDT DVBS/SC To COFDM
With CI Slot
14MM-OH88
»» Transmodulation from DVBS/S2 to DVBT/C, with
the inclusion of CI interfaces for descrambling the
unit can deliver services transparently or through
PID filtering selected digital services
»» Integrated Conditional Access
interface for both channels
Module
Input Level Range
AFC
Modulation Scheme
Symbol Rate
FEC inner code
Spectral Inversion
Output Stability
Output Level
SNR
MER
Modulation (COFDM)
FEC
Guard interval
FFT Mode
Bit Stuffing
PCR Correction
PID Filtering
NIT editing
Connectors RF
Current Consumption
Power Consumption
LNB Power
OH88H (SD/HD) Twin DVB-S/S2 – COFDM transmodulator with CI
950-2150MHz
1MHz
47-80dBµV
±10MHz
QPSK, 8PSK
1-45 MS/s
LDPC (1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10)
C-Band/KU-Band
45-862MHz
250kHz
±30kHz
2 x 7/8 MHz
88–103 dBµV
82–97dBµV
±1dB
>50dB
≥41dB
≥37dB
QPSK, 16-, 64-QAM
1/2, 2/3, 3/4, 5/6, 7/8
1/4, 1/8, 1/16, 1/32
2k, 8k
Yes
Yes
Yes
Yes
Yes
ca. 0.83 A / 12 V
< 10W
12 V / 0.5 A max., DiSEqC 2.0
- 20 °- + 55 °C
Headend Equipment
Transmodulator Twin
DVBT/C To COFDM
14MM-OH89
»» Transmodulation from DVBT/C
to DVBT/C, with the inclusion
of CI interfaces for descrambling
»» Conditional access interface
»» Input range 110-878MHz DVBT/T2
»» Delivers services transparently or through PID
filtering selected digital services
»» Regeneration of the DVBT services to a
DVBT- COFDM signal, transparent or select
services with PID filtering
Input Level Range
Channel Bandwidth
COFDM Spectral
COFDM Modulation Scheme
COFDM Guard Interval
COFDM FEC Inner Code
QAM Modulation Scheme
QAM Symbol Rate
Output Stability
Output Channel Bandwidth (bonded)
Output Level
SNR
MER
Modulation (COFDM)
FEC
Guard Interval
FFT Mode
Bit Stuffing
PCR Correction
PID Filtering
NIT Editing
Connectors RF
Current Consumption
Power Consumption
110–878MHz
250kHz
47–90dBµV
7/8MHz
2 k and 8 k FFT
QPSK, 16-QAM,
64-QAM
1/32, 1/16, 1/8, 1/4
Conv., K=7, G=1/2, 2/3, 3/4, 4/5, 5/6, 7/8
16-, 32-, 64-, 128-, 256-QAM
1–7 MBaud
47–862MHz
250kHz
±30kHz
2 x 7/8 MHz
82–97dBµV
±1dB
>50dB
≥41dB
≥37dB
QPSK, 16-, 64-QAM
1/2, 2/3, 3/4, 5/6, 7/8
1/4, 1/8, 1/16, 1/32
2k, 8k
Yes
Yes
Yes
Yes
F-connector
0.5 A / 12 V
< 10W
- 20 °- + 55 °C
Headend Equipment
Profiler Plus 10 Clusters
14MM-PR05
»» An ultra-reliable power supply (detachable)
easy programming by PC or dedicated control
unit remote configuration possible
»» 10 highly selective filters (LTE proof)
14MM-PR05 Specifications
Inputs
Frequency Range
Number of UHF Cluster Filters
UHF Cluster Filter Bandwidth
Gain
Gain Adjustment
General UHF Level Adjustment
Noise Figure
Maximum Input Level
Selectivity
Return Loss
LNA Remote Voltage: 5/12/24V
LNA Remote Current: 100 mA Total
Outputs
Configuration
Power Supply
Control Unit
14MM-PRA01
»» Designed to control Johansson
products through the coax cable
»» Products like profilers and
active combiners can be
configured with this device
»» OLED display
»» Easy rotary button makes
BI-FM BIII/DAB
AUX
471744768/88240MHz 862MHz
108MHz
35dB
40dB
30dB
20dB
7dB
5dB
15dB
80dBµV
100dBµV
118dBµV
-
UHF1
UHF2
UHF3
UHF4
470-862MHz
10 x Cluster Filter
1-7Ch. (8-56MHz)
60dB
30dB
+10 to -10dB
6dB
105dBµV
122dBµV
30dB/Ch±2
>10dB
-
Yes
-
Yes
2 x TV Output 1 x Test Output: -30dB (12VDC)
PC (UUI Software) or Control Unit (ref. 6565)
230-240V
-5 ° - +50 °C
14MM-PRA01 Specifications
1 x F female (control port)
Connectors
1 x 2.1 mm power jack
Operating voltage
5-24V
Delivered with 5V power
Power supply
adapter (can be powered
through COAX)
160mA (@5VDC) 70mA
Consumption
(@24VDC)
Operating
-5 - +50°C
temperature
configuration simple
Headend Equipment
Ethernet Bridge
14MM-PRA02
»» Allows coaxial devices to be configured
through Ethernet
»» Data is transmitted between the Ethernet
connection and the coaxial network
»» Can be used for configuration only
or permanently installed
IP Streamer Terra AT Headend
with CI DVBT/T2
14MM-STI410C-DVBT/T2
»» Unique communication protocol allowing fully
automatic configuration of IPTV receivers
»» Ability to watch TV on PCs, laptops
»» Low power consumption, power redundancy
»» Configuration with the universal user interface
14MM-PRA02 Specifications
2 x F female (RF
input/RF output)
Connectors
1 x RJ-45 control port
1 x 2.1 mm power jack
Operating
5-24V
voltage
Delivered with 5V power adapter
Power supply
(can be powered through COAX)
Consumption 160mA (@5VDC) | 80mA (@24VDC)
Operating
-5° - +50°C
temperature
14MM-STI410C-DVB/T2 Specifications
Frequency Range
47-862MHz
AGC Range/Impedance
30-80dBµV/75Ohm
Loop Through Gain
0±1dB
QPSK, QAM16,
Modulation
QAM64, QAM256
Bandwidth
7MHz, 8MHz
1/2, 3/5, 2/3, 3/4,
Code Rate
4/5, 5/6
Signal Processing
ETS 302 755
LNB Powering/Control
12V 100mA
IEE802.3 10/100
IP Output Standard
Base T
Bit Rate
Up To 80 Mbps
No. of Simultaneous Streams
Up To 24
Transmission Protocols
UDP/RTP
Multicast, MPTS, SPTS
Yes
Standard IEE802.3
Management Port
10/100 Base T
0˚ - +50˚C
Headend Equipment
DVB-S/S2-DVB-T Transmodulator
14MM-TDX410C
»» Web interface via Ethernet port
»» TS monitoring via Web interface
»» Loop through RF distributing at input and output
»» Robust diecast housing
»» SNMP monitoring
»» Converts satellite signals (Q/8PSK) to DVB-T output
Specifications
Product Code
RF Input
Frequency Range
LNB Powering/Control
Level/Impedance
Loop Through Gain
Standard
Modulation
Bandwidth
Symbol Rate
Code Rate
DVB-T/T2/C-DVB-T
Transmodulator
14MM-TTX410C
»» Web interface via Ethernet port
»» TS monitoring via Web interface
»» Robust diecast housing
»» SNMP monitoring
»» Loop through RF distributing at input/output
»» Regenerates your DVB-T signal to >35dB MER
14MM-TDX410C
14MM-TTX410C
950-2150MHz
0/14/18 V & 300 mA max.
DiSEqC 1.0
45-85dBµV/75 Ohm
-1 ± 1dB
DVB-S
DVB-S2
47-862MHz
QPSK
12 V 100 mA
40-80dBµV/75 Ohm
0 ± 1dB
DVB-T
DVB-T2
QPSK, 8PSK
2 ÷ 45 Ms/s
QPSK 1/2, 3/5,
2/3, 3/4, 4/5,
1/2, 2/3, 3/4,
5/6, 8/9, 9/10
5/6, 7/8
8PSK 3/5, 2/3,
3/4, 5/6, 8/9,
9/10
35%
20%, 25%, 35%
Roll Off
RF Output
Frequency Range
Level/Impedance
Spurious Level
Loop Through
Frequency Rage/Loss
MER
Modulation DVB-T
Channel Bandwidth
Guard Interval
Code Rate
Transmission Mode
Output Level
Adjustment Range
Transport Steam Parameters
Max. Bit Rate
Max. PID filter count*
PCR Restamping
Management Port
Current Consumption**
QPSK, QAM16,
QAM64
QPSK,
QAM16,
QAM64,
QAM256
7MHz/8MHz
7MHz/8MHz
-
DVB-C
QAM16,
QAM32,
QAM64,
QAM128,
QAM256
1 ÷ 7.2 Ms/s
1/2, 2/3, 3/4, 5/6, 7/8
1/2, 3/5, 2/3,
3/4, 4/5, 5/6
-
-
-
15%
170-230/470-860MHz
90 ± 2dBµV/75 Ohm
< -60dB
47-2150MHz/≤2.5dB
≥35dB
QPSK, QAM16, QAM64
7/8MHz
1/4, 1/8, 1/16, 1/32
1/2, 2/3, 3/4, 5/6, 7/8
2K/8K
0 ÷ -15.0dB by 1dB step
12 V 400 mA
31670kbps
31
up to 5 PID's (services)
Standard IEE802.3 10/100 Base T
12 V 450 mA
- 20 °- + 50 °C
*Number of PID that can be blocked or passed, for example: 1000; 1001...1030 PID's are passed
**Without external DC feeding and CAM; with CAM ∼ 0.6A
Headend Equipment
UHF Twin Amplifier
7MHz Channel AGC
DIN Rail Multi-Channel
Power Supply
14MM-AT421
14MM-UP410S
VHF Twin Amplifier
7MHz Channel AGC
14MM-AT422
»» Short circuit and overload protected
»» DIN rail or wall mounting, robust die-cast housing
»» AT series headend modular power
supply with integrated RF combiner
»» Dual input AT series of channel amplifier
which is push button programmable
»» Loop through F connectors for both output
and input allowing cascading to more modules
»» LED display for channel and programming
information and 1RU rack mountable
»» Frequency range 170-230MHz, 470-862MHz
Specifications
Product Code
Number of Internal
Channel Amplifiers
Channel Range
Bandwidth
Selectivity
Loop Through Gain
Return loss
Ouput Level
Attenuation Available
Frequency range of
RF combining
Combining through
loss Terr/Sat
Return Loss
Noise Figure
Flatness of channel
bandwidth
Masthead Amplifier
Supply
Power Consumption
Temperature Range
14MM-AT421 14MM-AT422
2
20-75
6-12
7MHz
-40dB at ±2MHz from edge
of 7MHz filter
0 ± 1.5dB
>12dB
85dBµV
0-10dB in 1 dB steps
47-2150MHz
1.5/2.5dB
>10dB
8dB
14MM-UP410S Specifications
DC Output Voltage
Mains Voltage
+12V 4.5 A, Max
187-250V ~ 50Hz
-20˚C ÷ +50˚C
Power Supply With E6I
Self Monitoring
20MM-UP412
»» Modular reception system power
supply with parallel capability and self
monitoring via LAN
»» Can be used in parallel for redundancy
»» Short circuit protected
»» Din rail mounting
±1.5dB
12V 100mA max
12V 450mA
0-50°C
DIN Rail Power Supply
With Parallel Capability
14MM-UP413
Female To Female Quick
Coaxial Bridge
14MM-CB420
»» Coaxial bridge designed specifically
for the AT series modules
»» Excellent RF shielding
»» Industry standard F connector
»» Rigid solid material
»» Used to daisy chain modules
»» Modular reception system power supply
with parallel capability
»» Short circuit protected, DIN rail mounting
14MM-UP413 Specifications
Input Voltage
Output Voltage
Power Consumption
Power Consumption
187-250V 50/60Hz
12V 4.5 A max.
65 W max.
<245W
0˚- +50˚C
IPTV
Matchmaster has IPTV solutions to
suit any project requirements from
advanced solutions for hotel groups
to simple network integrations for
commercial offices. Our IPTV solution
supports Verimatrix encryption to be
used in systems requiring DRM (Digital
Rights Management) such as Pay TV
providers and VOD services. IPTV can
be delivered via managed STB’s or
direct to Smart TV’s that are compatible
with our Smart App Software.
IPTV
Ultimate In-Room Infotainment
Icon, picture or text based UI representation
HD/SD TV Channels
Interactive Map
Concierge Services
Video On-Demand
Hotel Facilities
Interactive Flight
Information
Room Service
Internet Radio
TV Messaging
Weather Forecast
Express Checkout
World Time And
Alarm Clock
YouTube
Second Screen
And Airplay
Time Shift/Live
TV Recording
IPTV
Graphic User Interface
•
Fully customisable
•
Almost endless variety of design options
•
Intuitive and user friendly
•
Multi-lingual
IPTV
Seamless Integration with Smart TV's
•
Set Top Box free solution that supports Hospitality Smart TV's from selected manufacturers.
•
Easy access to hotel-specific services such as TV, VoD, folio review, room service,
facility guide and other information services
For more information contact your local
Matchmaster branch 1800-AERIAL (1800-237425)
Videos
Videos
01MM-DC21A Instruction Video
https://youtu.be/a7Lf2OLtgBE
For product details see page 8
01MM-MAGNA25
Instruction Video
https://youtu.be/5vITae2YIB4
01MM-V8 Instruction Video
https://youtu.be/uw9j6OrXKzA
01MM-V8 Short Teaser Film
https://youtu.be/ySh4QHGs88Y
03MM-1EFM Instruction Video
https://youtu.be/hgCF0ilaDrA
04MM-HMH01 New Installation
Demo Video
https://youtu.be/rTSzK53XlPw
04MM-HMH01 Renovation
Installation Demo Video
https://youtu.be/tWJ0uowDsPA
05MM-WP05 Information Video
https://youtu.be/wOkVUl48AIk
Videos
07MM-GM02 to GM08 Series
Instruction Video
https://youtu.be/stOadgu2wEo
08MM-EX6XLG
Instruction Video
https://youtu.be/_6yMFlDG6po
08MM-F6M Instruction Video
https://youtu.be/nl7o5xBtgr0
08MM-QM06 Connection
Challenge Video
https://youtu.be/pKZ9SUnnowY
08MM-QM06 Instruction Video
https://youtu.be/eUoVbtLBbTM
08MM-SI6Q Instruction Video
https://youtu.be/iOlFPCR71gA
10MM-J15C-4G Series
Instruction Video
https://youtu.be/QcOL3f1WNis
10MM-J24BF-4G Series
Instruction Video
https://youtu.be/bT2FCILhGEg
Videos
10MM-J25SLN-4G Series
Instruction Video
https://youtu.be/J8PEYSQ5bzk
10MM-J34BF-4G Series
Instruction Video
https://youtu.be/SlNn49zu7q4
10MM-J34C-4G Series
Instruction Video
https://youtu.be/SmKcfL-69G4
17MM-TM12 to TM18B Series
Instruction Video
https://youtu.be/YdabR0oZgb4
For product details see page 63-64
26MM-TRSF-6L
Instruction Video
https://youtu.be/f9GYnszZZvU
How to use the Antenna
Selection Guide
https://youtu.be/X4N9xuSId9I
Matchmaster Australian Made,
Australian Owned
https://youtu.be/4538tlGphDw
Matchmaster CEO Message
https://youtu.be/Qr0u54rC3Wk
Training
Matchmaster’s purpose is to provide
a pathway to a better future for
contractors/installers.
We are passionate about people
learning new skills and improving
their job prospects. Matchmaster has
been delivering industry trusted and
approved training for well over 15 years.
Our program continues to provide
installers with the theoretical and
practical knowledge required to service
the field with confidence.
Training
Why Matchmaster?
Enrol Online
»» Trained over 5000 students
»» Over 15 years training experience
»» RTO Skills Connect Australia accredited
www.matchmaster.com.au/training
(RTO #5311 - ICT30413 Cert III)
»» Industry accredited
»» Australian owned company with over
75 years of industry experience
As customers become more tech-savvy, their service
expectations of technicians also increases. To meet
the rising demand for digital entertainment and
technologies, Matchmaster and its RTO partners,
have developed a series of new accredited TV
Reception Training Courses to help technicians to
gain the knowledge and skills needed.
Certificate III in
Telecommunications Digital
Reception Technology
(TRAIN-CERT3DRT)
Delivery: Face-to-face and correspondence
RTO: #5311
Course Overview
This program is designed to provide participants
with the necessary competencies to install digital
reception equipment for homes and businesses. It
provides participants with fault finding skills on a
range of digital reception equipment for subscription
TV and free-to-air TV reception.
Course Duration
This course consists of four day’s face-to-face
training, correspondence using print-based
learning materials as well as assessments. The
correspondence units are approximately 20 hours.
Award
ICT30413 - Certificate III in Telecommunications
Digital Reception Technology
Eligibility Requirements
»» It is recommended that participants have
substantial vocational experience without
formal qualifications
»» Construction Induction Card.
Course Content
The course is delivered as a combination of theory
and practical subjects covering:
»» Digital Terrestrial Reception Installation including
Our Industry Partners
the selection and installation of terrestrial antennas,
managing and installing coaxial cable and
designing simple domestic distribution systems
»» Satellite Digital Reception Systems providing
an understanding of radio frequencies, locating
satellites, setting up mounts and measuring signals
using the latest test equipment
»» Complex Digital Reception Systems covering
a selection of antennas for large systems, and
providing participants with an understanding of
how to locate and rectify digital reception faults.
Training
Digital Terrestrial Reception
Systems (TRAIN-DTRI)
Satellite Digital Reception
Systems (TRAIN-SDRS)
Embark on your learning path in television reception
systems with our two day course. The program offers
competencies of the Certificate II and III, including
selection and installation of terrestrial antennas,
managing and installing coaxial cable and designing
simple domestic distribution systems. It covers
installation of digital television receiving equipment
such as decoders and PVR’s, and involves practical
exercises to ensure you learn the skills required to
progress through a full domestic installation.
Offering competencies of the Certificate II and III,
this one day program will arm you with knowledge
of the design, installation and commissioning of
new systems; ranging from domestic premises to
5 wire trunk SMATV systems. Exercises will ensure
your understanding of radio frequencies, locating
satellites, setting up mounts and measuring signals
using the latest test equipment. Walk away with the
knowledge of Pay TV installation standards and you
will be in the box seat to profit from market demand.
Competencies and content to be delivered are:
Entry Requirement
Digital Terrestrial Reception Systems Course
»» Install a terrestrial antenna (ICTRFN2164A)
»» Install digital reception equipment (ICTDRE3156A)
»» Conduct radio frequency measurement (ICTRFN4095A)
Course Content
»» Install digital terrestrial antenna and equipment
»» Install and terminate coaxial cable
»» Conduct radio frequency measurements
»» Customer service process
»» Basic recommendations for safety
(OHS offered by RTO)
Competencies to be delivered are:
»» Install a satellite antenna (ICTRFN2163A)
Course Content
»» Understand industry terms
»» Understand television theory for satellite signals
»» Understand test and measure for satellite systems
»» Approach to 5 wire topology for large systems
»» Understand the Australian design symbols
»» Reporting and documentation
»» Digital equipment integration
»» Importance of checking tools and equipment
»» Television theory for digital signals
Complex Digital Reception
Systems (TRAIN-CDRS)
This one day course dives into complex digital
systems, encompassing competencies of the
Certificate II and III in television reception systems.
You learn not only how to select antennas for large
systems, but you will also gain an understanding of
how to locate and rectify digital reception faults.
To keep pace with the demands of consumers and
business today, emphasis in the new digital era is on
the convergence of the Internet, Pay TV, Terrestrial
TV and inhouse video systems, especially for
applications in hotels, apartments and
commercial premises.
Entry Requirement
Completion of Digital Terrestrial Reception Systems
and Satellite Digital Reception Systems
Competencies to be delivered are:
»» Locate & rectify digital reception
equipment faults (ICTDRE3157A)
»» Install a complex digital reception system (ICTDRE3165A)
»» Integrate a customer digital
reception system (ICTDRE4166A)
Course Content
»» Revise television theory for digital signals
»» Selecting antennas and mounts
for commercial applications
»» Revise test and measure
»» Electrical specifications for complex digital
»» Approach to Star topology for large systems
»» Understand the Australian design symbols
»» Understand the commissioning process
»» Reporting and documentation
MatchPlan Pro
Designing 5 wire high rise
project diagram and parts list
have never been so quick and
easy. Let MatchPlan Pro do the
hard work for you.
1. Go to www.matchplanpro.com
2.
Provide company details, preferred
wholesaler and project information to start
customising your 5 wire system drawing
and breakdown of parts required
for your high rise project.
3. Next, populate outlet matrix with
number of FTA, Pay TV/FTA outlets per floor
and run lengths to build your projects 5 wire
system plan. You’re Done!
On submission MatchPlan Pro will email
you a custom build parts list and schematic
drawings for your new commercial project.
MatchPlan Pro is suitable for high rise
commercial and residential building
projects up to 25 floors.
For projects greater than 25 floors
please contact your local Matchmaster
representative on 1800 237425
Technical
Data
Technical Data
Fibre Optic Cable Characteristics
Multi-Mode – OM Optical Multi-Mode
OM means Optical Multi-Mode; classes vary in
relation to Multi-Mode Fibre Optic cable that
is available on the market today.
Reference as follows:
OM1 - 62.5µm optical fibre
OM3 - Laser optimized fibre with refractive index
profile optimized for laser light insertion @ 850nm,
and is targeted at 10Gbps. OM3 optical fibre was the
pinnacle of multi mode fibre design, utilising 10Gbps
Ethernet protocols in an optical fibre system that
requires the use of either a full blown single multi
mode solution or OM3 50/125 multi-mode cable.
The OM3 fibre system allows for VCSEL laser based
hardware as well as LED based hardware to
co-exist over one system providing a simple
migration through from 10Mbps to 10Gbps and
the security knowing the system you are installing
will give you solid secure service for your network
requirements. Transmission speed distance that
OM3 can achieve is 800m at 1Gbps, at 10Gbps
distance is up to 300m.
OM4 – The designation of “new generation OM4”
now standardises this fibre option across all
manufactures so that the customer has a clearer
idea of the product that they are purchasing and
installing. OM4 is completely backwards compatible
with OM3 fibre and shares the same distinctive aqua
colour outer jacket. OM4 was developed specially
for VCSEL laser transmission and allows 10Gbps per
second to link distances of up to 550m, compared to
OM3 which is 300m. The effective modal bandwidth
of OM4 is more than double that of OM3 (4700MHz
for OM4 v/s 2000 Mhz.km for OM3). While OM3 fibre
will still be future proof in most applications, allowing
speeds of 10Gbps up to 100Gbps, OM4 fibre offers
users longer length distances and more wiggle room
in optical budgets. OM4 product range is
available on request.
Single-Mode – OS Optical Single-Mode
OS1/OS2 – These single mode 9/125µm fibre
options have been changing over the past year,
manufacturers are starting the transition of now
manufacturing OS2 as the industry standard.
Transmission Distances
Type
Cable Diameter
100Mbps
1 Gigabit Ethernet
10 Gigabit Ethernet
Multi-Mode
OMI
62.5/125µm
300m (850nm)
100 Base-SX
2km (1310nm)
100 Base –FX
275m (850nm)
1000 Base-SX
550m (1310nm)
1000 Base-LX*
33m (850nm)
10G Base-SR
300m (1300nm)
1000G Base-LX4*
OM3
50/125µm
300m (850nm)
1000 Base-SX
2km (1310nm)
1000 Base-FX
2km (850nm)
1000 Base-SX
550m (1310nm)
1000 Base-LX
300m (850nm)
10G Base-SR
300m (1300nm)
10G Base-LX4
Single-Mode
OSI/OS2
9/125µm
2km (1310nm)
100 Base-FX
10km -20km(1310nm)
1000 Base-LX/LH
20km – 100km (1550nm)
10km (1310nm)
10G Base-LR
10km (1310nm)
10G Base-LX4
Use this table as a guide only as manufacturers’ cable specifications may vary.
*Mode conditioning patch cable required.
Fibre Optic Data Propagation Modes
Fast
Ethernet
100 Base-SX
100 Base-FX
1000 Base-SX
1000 Base-SX
1 Gigabit
1000 Base-LX/LH
1000 Base-LX/LH
10G Base-SR
10 Gigabit
10G Base-LR
10G Base-LX4
100 Mbps 850nm LED Short Wave
100 Mbps 1310nm LED Long Wave
1000 Mbps 850nm LASER Short Wave
1000 Mbps 1310nm LASER Long Wave
1000 Mbps 1310nm LASER Long Wave Length/Long Haul Single Mode
1000 Mbps 1550nm LASER Extra Long Wave Length/Long Haul Single Mode
10Gbps 850nm LASER Short Wave Length
10Gbps 1310nm LASER Long Wave Length
10Gbps 1310nm (MM), 1310 (SM) LASER Long Wave Length
Technical Data
Fibre Modes Explained
Fibre Optic Cable Construction
Core
Cladding
(buffer)
Coating
(PVC Sheath) Strengthening
Fibres
(Kevlar)
Cable Jacket
Single-Mode
Multi-Mode
Single-Mode fibre has a much smaller core approx
9 microns so that the light travels in only one ray
or mode. It is used with laser sources at
1310nm and 1550nm.
Multi-Mode fibre cable has a light travelling in the
core in multiple rays called modes. It has a larger
core (62.5µm/50µm) and is used with LED sources
at wave lengths of 850nm and 1300nm, for lasers at
850nm and 1310nm.
"Single–Mode Fibre"
Single Path Through the Fibre
"Multi–Mode Fibre"
Multiple Path Through the Fibre
Half Duplex
Full Duplex
A signaling system whereby the transmission
can occur in both directions but in only one
direction at a time.
A method where transmission can take place in both
directions at the same time, e.g. a mobile phone
conversion, both parties can talk and listen
at the same time.
Signals go in both directions (full duplex)
Signal goes in one direction only (half duplex)
Technical Data
A stacking distance of 0.5 times the wavelength (~)
will give a nominal gain increase of 2.5dB.
If the boom length of the antenna is greater than 0.5
of the wavelength then a stacking distance equal
to boom length will give a gain of approx. 3dB.
Reducing the stacking distance to 0.75 times the
boom length usually results in a corresponding drop
in gain to approx. 2.75dB.
Video Carrier Wavelength (λ) In Metres
Ch.
λ
Ch.
25
Figure.1
0.5
Wavelength
Stacking for Gain
One method of increasing the gain of an antenna
system is to stack more than one of the same type
of antenna. In marginal areas this strategy can be the
only way to raise the signal to noise ratio to a level
where effective amplification is possible. Antennas
can be stacked in either plane, vertical Fig.1
and horizontal Fig.2.
Figure.2
0.5 Wavelength
λ
Ch.
λ
Ch.
λ
.569
44
.469
57
.411
0
6.49
1
5.234
29
.562
45
.464
58
.407
2
4.67
30
.554
46
.459
59
.403
3
3.48
31
.547
47
.454
60
.399
4
3.15
32
.540
48
.450
61
.396
5
2.17
34
.534
49
.445
62
.392
5A
2.17
34
.527
50
.440
63
.388
6
1.71
35
.521
51
.436
64
385
7
1.65
39
.496
52
.431
65
.382
8
1.59
40
.490
53
.427
66
.378
9
1.53
41
.485
54
.423
67
.374
10
1.43
42
.480
55
.419
68
.368
11
1.39
43
.474
56
.415
69
.368
Stacking for Interference
Horizontal stacking can be an effective means of
reducing adjacent channel interference. For instance,
some Sydney viewers have difficulty receiving
Wollongong channels 53, 56 and 59 in the face of
strong adjacent channel interference from Kings
Cross channels 52, 55 and 58.
It can be shown that for a given angle between the
desired and undesired transmitter site, see Fig.3,
two identical antennas, horizontally stacked at
distance "d", Fig. 4, will have equal signals of
opposite phase across their respective terminals. In
theory the resultant signal strength should be zero,
however in practice you may achieve 20dB or, with
careful adjustment, 35-40dB.
Figure.3
Tx Kings Cross
(interfering signal)
Figure.4
Tx Woollongong
Fringe Signal
d
θ
The formula for calculating the
stacking distance is:
Where:
1
d = ______
2 Sinθ
d = stacking distance (m)
l = wavelength of interference signal (m)
θ = angle (°) between wanted and
unwanted signals.
Technical Data
Reducing MP For Improved Multiplex Flatness
Assuming our original problem, let's suppose we
wish to receive ch. 59 Wollongong with adjacent
channel interference from ch. 58 at Kings Cross and,
we calculate the angle between the two sites to
be 110 degrees. From the above table we find the
wavelength of ch. 58 to be 0.407m.
Lagging Multipaths (Right Side)
Ghost Signal
0.407 = 0.217m or 217mm
Thus d= ______
1.879
The connecting coaxial cables should be of equal
length and coupled together using a HL15 high
isolation outdoor coupler. The stacking distance
becomes impractical at angles smaller than 20 and
greater than 160 degrees. However, as the angle
approaches 180 degrees the method outlined in the
next article is more appropriate.
Main Signal
Tx
Rx
Ghost Signal
Main Signal
Stagger Stacking
Adjacent channel interference caused by signals
from the rear can be minimised by "stagger
stacking", that is, by stacking two identical
antennas horizontally, with one antenna positioned
1/4 wavelength behind the other. Refer Fig. 5.
It can readily be seen that the unwanted signal will
appear across the terminals of both antennas except
that the waveform at A, the leading antenna, will be
lagging by 90° or, 1/4 wavelength behind antenna B.
To complete the excercise the two connecting cables
are identical also, except that cable "L" from antenna
A is 1/4 wavelength longer than cable "l" from
antenna B. This causes a further delay of 90° making
the total phase difference at the junction of the two
cables 180° which, in an ideal world, would mean that
the two signals would cancel each other out. The
reality is that even with the most careful adjustment
of the relative positions of the two antennas and,
proper calculation of the relative lengths of the two
cables the best attenuation possible would be a not
inconsiderable 35-40dB.
λ
Stagger distance x = ___
4
Cable differential L-l = λ x 4
4
Multipath Causes and Cures
The majority of multipathing falls into this category
and is caused by transmissions which are reflected
off large objects such as tall buildings, bridges or
hills, and thus travel further and, arrive later. The time
interval between the primary signal and the ghost(s)
determines how far the secondary pictures are
displaced to the right.
Tx
Rx
If the speed of light is 300Mm per second then it
stands to reason that if a secondary signal arrives at
the antenna lμs later than the original transmission
then it must have travelled an extra 300m. If we
relate this to a 48cm receiver which has a physical
width of 420mm and an electrical width of 57.5μs,
(64μs line length less 10% flyback time), then our
1μs delay corresponds to a ghost image spacing
of 7.3mm. Mismatch between antenna and feeder,
or feeder and receiver, may also be responsible for
lagging ghosts.
Prevention of Multipath
For lagging multipaths the problem can be minimised
by selection of an antenna with higher gain coupled
with a narrower frontal lobe and, perhaps a better
front to back ratio. Alternatively ghosts can be
eliminated by taking advantages of Digital TV.
Figure. 5
x
A
B
HL15
L
l
Where:
x = stagger distance
l = wavelength of interfering signal
L = longer length of cable (antenna A)
l = shorter length of cable (antenna B)
Vf = velocity factor of the coaxial connecting cable
(RG6=82%)
For the offending channel 58 with a wavelength of
0.407m, the stagger distance is 102mm and the L-l
differential is 82mm. Therefore if "L" was
chosen to be 500mm then "l" would be
82mm shorter or, 412mm.
Technical Data
Mastheads Check List
If you're having trouble with a Masthead Amp
system, take note of the following checklist before
you write off the amp as faulty;
1. Check the power supply using your multi-meter
Check voltage out of power supply by placing the
positive probe on the centre conductor and the
negative probe is on the earth.
2. Check the voltage at Masthead
Place positive probe on centre conductor of the
output of the amplifier, and the negative probe on
the earth saddles. This should then read a voltage
similar to output of power supply.
a) If there is voltage present;
i. Check that correct links are cut or intact
ii. Check that correct antennas are connected
to correct inputs. eg; UHF antenna to UHF
input 1 (Johansson amps)
b) If there is no voltage present and there is voltage
out from the power supply, then;
i. Using your multi-meter, check continuity
of cable, eg; if centre conductor is broken,
then by short circuiting cable at one end the
multi-meter will still read as open circuit (eg:
1.0MOhm). Replace cable to rectify fault.
ii. If using a plug pack power supply, then
check that the head of centre screw of male
or female plug is not touching the case of
the plug, or that the centre screw of the plug
is not stripped and making contact with the
centre conductor of cable. By using crimp
type plugs (P1, P2, P3, P4) this
problem is eliminated.
iii. If using outlet plates, remove plate and
check that there are no capacitors, (mains
isolated), blocking voltage to masthead.
iv. Disconnect output of Masthead and using
your multi-meter, check the voltage present.
If voltage is present at cable end, masthead
could be loading down the power supply.
This also confirms that the cable from the
power supply to the masthead is fine and has
no breaks. Finally, replace masthead
to fix problem.
3. Voltage Measurement
A point well worth remembering with volt meters is
that if you set the meter to read AC volts it will also
give a reading if DC voltage is present. However the
reverse situation does not apply i.e. if the meter is set
to read DC and AC is present; the reading
will be ZERO.
4. Splitters
If the voltage is present at the power supply, or
inserter, but not at the amplifier and you believe
the cable to be O.K. then check for the presence of
splitters. Splitters used between the power supply
and the amplifier must have a power pass capability
and, be wired such that power is provided to the
correct port. Matchmaster has a range of 2, 3, 4, 6
and 8 way 'F' type splitters with a power pass facility
on one leg.
a) If you experience a dark horizontal band
across the TV screen it may well be caused by
incompatibility between your power pass splitter,
or tap, and the mast head amplifier. For instance, if
you have a DC splitter and a 22V AC amplifier the
splitter will only allow current to pass on each half
cycle and, if the amplifier's power supply was not
designed for half wave operation the result will be
a 50Hz hum bar. The cure is to ensure you install
an AC-DC power pass device.
5. FM Interference
FM Interference usually manifests itself as patterning
on band 3 channels 6 through to 11. The problem
occurs in weaker signal areas, (30-40dBµV), in the
presence of strong FM signals. The following are two
typical scenarios:
a) A
provincial city receives capital city channels at
an average level of say 38dBµV, a fairly common
situation in Wollongong, Newcastle, Geelong or
the Gold Coast etc. Let's also suppose this city
has powerful FM station operating on 91.2MHz. A
strong signal at 91.2MHz, can generate a second
harmonic product within the pre-amp stage of
a masthead amplifier. The second harmonic,
182.4MHz, happens to coinside with channel 7's
vision spectrum and patterning results.
b) In the second example lets suppose we have two
strong local FM stations operating on 96.1MHz
and 101.5MHz received at a masthead amplifier in
the presence of low level TV Band 3 signals. The
two FM signals can then beat, or mix together, in
the pre-amp stage generating the sum of 96.1 and
101.5 which is 197.6MHz, this time in
channel 9's spectrum.
The best defence against FM interference is to trap
out or, reduce the FM signal level before the preamplifier stages. The Johansson Masthead Amplifier
models J40BF and J40DF have efficient pretuned
FM traps fitted as standard and are thus ideally
suited to those areas prone to this predicament.
Technical Data
Picture Quality
A common method of specifying quality for MATV
systems is The Five Point Scale of Television
Impairment, (CCIR Recommendation 500-1 Kyoto
1978 Vol XI), otherwise known as the Kyoto method:
5- Imperceptible impairments
4- Perceptible (not annoying) impairments
3- Slightly annoying impairments
2- Annoying impairments
1- Very annoying impairments
Although the evaluation is purely subjective; level 5
would equate to a S/N of 46dB and a C/N of 50dB.
It is generally accepted that Signal to Noise will be
4dB worse that Carrier to Noise ratios. Most MATV
specifications insist that a received signal, at any
point in the system, shall be no worse than Grade 4
on the five point scale or, a S/N of approx. 36dB.
Signal to Noise
All devices including amplifiers and resistors will, due
to molecular activity, generate some noise which is
a function of temperature and bandwidth. Thus even
the antenna will generate noise across it's 75 Ohm
source impedance which amounts to 2dBµV for a
5.5MHz bandwidth and, can be considered as the
Thermal Noise Threshold.
Choosing an Amplifier
The following example illustrates the importance
of noise when it comes to designing a system for
marginal signal strength areas. Let's suppose we
have a signal strength reading of 50dBµV and we
want to feed four outlets. There will be distribution
losses of 18dB made up of cables and passives, thus a
30dB amplifier will handle the load adequately giving
72dBµV per customer port.
But what about the picture quality? Should we use a
masthead distribution amplifier as both are available
with 30dB gain. If we assume 10dB of loss will occur
in the down lead it becomes a simple matter to
measure the differential.
It becomes patently obvious that using a mast head
amplifier with it's lower NF and, placing it ahead of
the down lead cable losses will improve that C/N by
15dB. On the five point scale a mast head will deliver
a mid 4/5 quality picture against a distribution
amplifier's 2/3.
Guying distances for Masts
These are suggested guying distances for masts.
4.5m
Amplifier manufacturers specify the Noise Figure,
(NF expressed in dB), generated by their products
as a measure of noise contributed above the thermal
threshold. A good quality masthead amplifier will
have a NF of 2dB & a distribution amplifier 6-7dB.
Distribution Amplifier
Sig. 50dBµV
Cable Loss 10dB
31dB C/N
3m
Amp. NF 7dB
15m
Threshold 2dB
12m
Mast Head Amplifier
9m
Sig. 50dBµV
6m
46dB C/N
Amp. NF 2dB
3m
Threshold 2dB
8m 6m
3m
amplifier with a stated number of channels loaded.
or
b) The European method which states the maximum
output in
dB which can be expected with 2
Amplifier
Specifications
channels and an Inter
Modulation
Distortion
of -60dB
IMR. The
standardrelative
has been
codified as
There
are two common
ways ofRatio
specifying
an amplifier's
performance
to distortion.a)
The
usual
American
method,
which
advises
distortion
in
terms
of
CSO
(Composite
Second Order),
(DIN 45004B).
Technical Data
REF
CTB (Composite Triple Beat) and XM (Cross Modulation) as a -dB figures relative to the output of the
Derating of of
max.
output
level dBlevel dB
Derating
max.
output
Derating of max. output level dB
Amplifier Specifications
The derating figure is again approx. -3dB for each
amplifier with a stated number of channels loaded.
The firstThere
method
straight
forward
providing
ofthe
channels
you intend to use is less than
are is
two
common
ways ofand
specifying
an the number
time
ornumber in the cascade doubles,
the number
in the performance
specification,
then
the
distortion
willmaximum
be within
limits
stated.
However
you
b)
The European
method
which
states the
in dB
which
be expected
withRefer
2wantto
amplifier's
relative
to distortion.
thusoutput
2the
amps.
= -3dB,
4can
amps.
= -6dBifetc.
to load the amplifier
with more,
or less
channels,
the maximum
output
of
the
amplifier
relative
to
channels
and an Inter
Modulation
Distortion
Ratio
of
-60dB
IMR.
The
standard
has
been
codified
as
Graph 2.
a) The usual(DIN
American
method, which advises
45004B).
distortion can be difficult to determine.
distortion in terms of CSO (Composite Second
The derating figure is approx. -3dB each time the
Order), CTB
Triple
Beat)
and XM
of channels
i.e. to
0,less
4 = than
-3dB,
The (Composite
first method is
straight
forward
and providingnumber
the number
of channels
you intend
use= is
The European method is much simpler. Firstly it should be understood
that
as is
andoubled,
amplifier
is2ch
loaded
the number as
in the
specification,
then the
distortion
be within
the limitstostated.
However
youhave
want
(Cross Modulation)
a -dB
figures relative
to the
8 =will
-6dB
etc. However
simplify
mattersif we
with more and more
channels
the output
mustorbeless
derated
if the
themaximum
-60dB IMR
specification
is torelative
be to
load
the amplifier
more,
channels,
output
of the
amplifier
output oftothe
amplifier
with with
a stated
number of
included
a graph.
Refer
to Graph
1.
maintained.
channelsdistortion
loaded. can be difficult to determine.
Graph 1.
The formula
is
d
=
7.5xlog(N-1),
b) The European method which states the maximum
The European method is much simpler. Firstly it should be
understood
that asloading
an amplifier is loaded
Analogue
channel
output inwith
dB more
whichand
canmore
be expected
with
2
1
channels
the
output
must
be
derated
if
the
-60dB
IMR
specification
is divide
to be by 2)
(not for digital channel loading
where d =channels
deratingand
amount
in -dB
an Inter Modulation Distortion Ratio
2
maintained.
N =IMR.
number
of
channels
3
Graph 1.
of -60dBThe
The standard
has been codified as
Graph
1.
formula
is d = 7.5xlog(N-1),
4
(DIN 45004B).
1
1
5
The derating figurewhere
is approx.
-3dB each
d = derating
amount in -dB
2
first method
is straight
and
Nforward
= number
of providing
channels 6
time the The
number
of channels
is doubled,
3
the number of channels you intend to use is less than
7
4
4
i.e. 2ch = 0, 4 = -3dB, 8 = -6dB etc.
in the
specification,
then the
distortion
5
The
derating
figure
is approx.
-3dB
each 8
Howeverthe
tonumber
simplify
matters
we
have
6
9
time
the
number
of channels
is doubled,
be within
the
limits
stated.
However
if you want
included will
a graph
toi.e.
eliminate
number
7
10
2ch
=
0,
4
=
-3dB,
8
=
-6dB
etc.
to load the amplifier with more, or less channels,
8
crunching. Refer Graph
1.
11
However to simplify matters we have
9
the maximum output of the amplifier relative to
12
included a graph to eliminate number
10
distortion can be difficult to determine.
13
crunching. Refer Graph 1.
11
11
0
20
30
40
50
1210
12
The European method is much simpler. Firstly it
13
Number 13
of Distributed
Channels
should be understood that as an amplifier is loaded
10
20
40
50
0
10
20
30
40
50
Number
of
Distributed
Channels
with more and more channels the output must be
Number of Distributed Channels
derated
if the -60dB
IMR
specification
is the distortion figure by 2dB for each 1dB of gain
It is worth
remembering
that
you
can improve
to
be
maintained.
It isamplifier's
worth remembering
thatisyou
can improve
theIMR
distortion
2dB forreducing
each 1dB that
of gain
reduction. Thus if an
distortion
quoted
at 46dB
for a figure
given by
output;
reduction.
Thus
if
an
amplifier's
distortion
is
quoted
at
46dB
IMR
for
a
given
output;
reducing
that
output byThe
7dB
will
improve
the
IMR
to
60dB.
It
is
also
enables
you
to
compare
apples
with
apples.
formula is d = 7.5xlog(N-1),
output by 7dB will improve the IMR to 60dB. It is also enables you to compare apples with apples.
where d = derating amount in -dB
amplifiers
finite
amounts
distortion
it distortion it
N = generate
numberIf of
channels
amplifiers
generateof
finite
amounts of
If
thereforeIt follows
that
the distortion
will
add
as
therefore
follows
distortion
is worth remembering
thatthat
youthe
can
improvewill add as
amplifiersthe
are
cascaded.
amplifiers are cascaded.
distortion figure by 2dB for each 1dB of gain
Thus
it is necessary
to derate
amplifiers in cascade
Thus it isreduction.
necessaryThus
to derate
amplifiers
in cascade
if an amplifier's distortion is quoted
to
the
formula
.d
=
10logN
to the formula
d =for10logN
at 46dB.-IMR
a given output; reducing that output
Derating of max. output level
Derating
max.output
output level
level dB
Derating
ofofmax.
Graph
2.Graph 2.
Graph 2.
0
0
0
1
1
1
2
2
3
3
4
4
5
5
6
by 7dB will where
improve
the
IMR toamount
60dB. It
also
6
d=
derating
in is-dB
7
where denables
= derating
amount
in apples
-dB
7
8
you to
compare
with apples.
N = amplifiers
in cascade
9
8
N = amplifiers in cascade
10
9
If amplifiersThe
generate
finite
amounts
of
distortion
11
derating figure is again approx. -3dB for each
10
10
12
it thereforetime
thein
distortion
add as thus 2 amps.
the that
number
the
cascade
doubles,
11
11
The derating
figure follows
is again
approx.
-3dB
forwill
each
13
amplifiers are
cascaded.
-3dB,
4 amps. doubles,
= -6dB etc.thus
However
once again we 12
12
14
time the number in=the
cascade
2 amps.
15
13
13
have provided a graph to save on brain fatigue,
it is=necessary
derate amplifiers
in we
= -3dB, 4Thus
amps.
-6dB
etc.toHowever
once again
16
14
14
refer Graph
2.
1
2 3 4 5678910 20 304050
cascade
to
the
formula
.d
=
10logN
15
15
have provided a graph to save on brain fatigue,
Number of Cascaded Amplifiers
16
16
where
refer Graph
2. d = derating amount in -dB
1
2 3 45
5678910
304050
1
678910 20
20 304050
N = amplifiers in cascade
Number
of Cascaded
Amplifiers
Number
of Cascaded
Amplifiers
REF.11
REF.11
Technical Data
Taps & Splitters
FIG. 1
DM21 1 WAY TAP
Directional Couplers
Directional Couplers get their name from the fact
that they have a much greater loss between tap to
output than from tap to input. The WISI DM21, Fig.1,
is a good example with tap to in, (side loss), at 8dB
and tap to out, (isolation), being 32dB. The through,
or insertion loss is 2dB. Directional Couplers may
be used as 1 way taps or signal combiners. However
not all 1 way taps make good directional couplers; it
depends on the tap to out loss which should be 20dB
or greater.
IN
FIG. 1
DM21 1 WAY TAP
SIDE OR TAP
LOSS 8dB
IN
THROUGH OR
INSERTION
LOSS 2dB
TAP
THROUGH OR
INSERTION
ISOLATION
OR TAP
LOSS
2dB
TO OUT LOSS 32dB
SIDE OR TAP
LOSS 8dB
OUT
TAP
FIG. 2
ISOLATION OR TAP
TO OUT LOSS 32dB
HEADEND 73dBuV
OUT
RETURN SIGNAL 48dBuV
FIG. 2
HEADEND 73dBuV
When used as a tap, Fig. 2, the high tap to out
isolation ensures that back channel information is
directed to the headend rather that to other users
outlets. Taps also attenuate unwanted signals
injected into a network from VCR's and similar
devices between customer outlet points. Attenuation
occurs equally upstream or downstream of the
injection point and illustrates why taps are
preferred over splitters as the last passive
device before the user port.
TAP OFF 65dBuV
FURTHER DISTRIBUTION 71dBuV
RETURN SIGNAL (50dBuV)
TAP OFF 65dBuV
FIG. 3
ANTENNA INPUT 67dBuV
FURTHER DISTRIBUTION 71dBuV
RETURN SIGNAL (50dBuV)
ISOLATION 32dB
FIG.
3
PAY TV INPUT 73dBuV
ANTENNA INPUT 67dBuV
ISOLATION 32dB
PAY TV INPUT 73dBuV
In combiner mode a Directional Coupler has it's
inputs and outputs reversed to ensure high isolation
between the two signals inputs. The tap or side loss
then becomes the coupling loss and the through loss
remains the same. Fig.3 gives a practical application.
OFF AIR SIGNALS 65dBuV
PAY TV SIGNALS 65dBuV
A AIR SIGNALS 65dBuV
OFF
PAY TV SIGNALS 65dBuV
E
A
E
A
Ab
Diagrammatic Terminology
E
A
E
A
A
E
Through Loss
Insertion Loss between input 'E' and input 'A'. For
Splitters between input 'E' and the outputs 'A'.
A
Ab
Ab
A
E
Tap Loss
Side or tap loss between input 'E' and tap 'Ab'.
A
E
Ab
Ab
Directional Isolation
Isolation between output 'A' and tap 'Ab' also
known as tap to out loss.
Isolation
Isolation between two taps 'Ab' for splitters
between the output 'A'.
Ab
A
A
E
Return Loss
Attenuation of a reflected signal in proportion to the
forward signal. The performance parameters are only
valid when all outputs are terminated. Outputs not
used must always be terminated.
A
E
Ab
E
Ab
A
A
Ab
A
E
E
A
Ab
A
E
V
R
Ab
A
E
V
R
Ab
Technical Data
Terrestial and Special Channels
Digital Channels
Channel Center Frequency Channel
6
7
8
9
9A
10
11
12
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
177.5
184.5
191.5
198.5
205.5
212.5
219.5
226.5
529.5
536.5
543.5
550.5
557.5
564.5
571.5
578.5
585.5
592.5
599.5
606.5
613.5
620.5
627.5
634.5
641.5
648.5
655.5
662.5
669.5
676.5
683.5
690.5
697.5
704.5
711.5
718.5
725.5
732.5
739.5
746.5
753.5
760.5
767.5
774.5
781.5
788.5
795.5
802.5
809.5
816.5
S3
S4
S5
S6
S7
S8
S9
S10
S11
S12
S13
S14
S15
S16
S17
S18
S19
S20
S21
S22
S23
S24
S25
S26
S27
S28
S29
S30
S31
S32
S33
S34
S35
S36
S37
S38
S39
S40
S41
21
22
23
24
25
26
27
Vision Carrier
Frequency
119.25
126.25
133.25
140.25
147.25
154.25
161.25
168.25
189.25
196.25
209.25
216.25
224.25
224.25
527.25
534.25
541.25
548.25
555.25
562.25
569.25
576.25
583.25
590.25
597.25
604.25
611.25
618.25
625.25
632.25
639.25
646.25
653.25
660.25
667.25
674.25
681.25
688.25
695.25
478.25
485.25
492.25
499.25
506.25
513.25
520.25
Channel Plan as at November 2015
Special Channels
Audio Carrier
Channel
Frequency
124.75
1
131.75
2
138.75
3
145.75
4
152.75
5
159.75
6
166.75
7
173.75
8
194.75
9
201.75
10
214.75
11
221.75
12
229.75
13
229.75
14
532.75
15
539.75
16
546.75
17
553.75
18
560.75
19
567.75
20
574.75
21
581.75
22
588.75
23
595.75
24
602.75
25
609.75
26
616.75
27
623.75
28
630.75
29
637.75
30
644.75
31
651.75
32
658.75
665.75
672.75
679.75
686.75
693.75
700.75
483.75
490.75
497.75
504.75
511.75
518.75
525.75
TDT QAM
Frequencies
250
258
266
274
282
290
298
306
314
322
330
338
346
354
362
370
378
386
394
402
410
418
426
434
442
450
458
466
474
482
490
498
Status
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Used
Future
Future
Future
Future
Future
Future
Technical Data
dB Conversion Table
Voltage
10.00
11.22
12.59
14.13
15.85
17.78
19.95
22.39
25.12
28.18
31.62
35.48
39.81
44.67
Microvolts (µV)
dBµV dBmV
20
-40
21
-39
22
-38
23
-37
24
-36
25
-35
26
-34
27
-33
28
-32
29
-31
30
-30
31
-29
32
-28
33
-27
dBm
-89
-88
-87
-86
-85
-84
-83
-82
-81
-80
-79
-78
-77
-76
Voltage
1.0
1.12
1.26
1.41
1.59
1.78
2.00
2.24
2.51
2.82
3.16
3.55
3.98
4.47
dBµV
60
61
62
63
64
65
66
67
68
69
70
71
72
73
dBmV
0
1
2
3
4
5
6
7
8
9
10
11
12
13
Millivolts (mV)
dBm Voltage
-49
112.2
-48
125.9
-47
141.3
-46
158.5
-45
177.9
-44
199.5
-43
223.9
-42
251.2
-41
281.8
-40
316.2
-39
354.8
-38
398.1
-37
446.7
-36
501.2
50.12
34
-26
-75
5.01
74
14
-35
562.3
56.23
63.10
70.79
79.43
89.13
100.00
112.2
125.9
141.3
158.5
177.8
199.5
223.9
251.2
281.8
316.2
354.8
398.1
446.7
501.2
562.3
631.0
707.9
794.3
891.3
1000
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
-25
-24
-23
-22
-21
-20
-19
-18
-17
-16
-15
-14
-13
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
-74
-73
-72
-71
-70
-69
-68
-67
-66
-65
-64
-63
-62
-61
-60
-59
-58
-57
-56
-55
-54
-53
-52
-51
-50
-49
5.62
6.31
7.08
7.94
8.93
10.00
11.22
12.59
14.13
15.85
17.78
19.95
22.39
25.12
28.18
31.62
35.48
39.81
44.67
50.12
56.23
63.1
70.79
79.43
89.13
100
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
-34
-33
-32
-31
-30
-29
-28
-27
-26
-25
-24
-23
-22
-21
-20
-19
-18
-17
-16
-15
-14
-13
-12
-11
-10
-9
631.0
707.9
794.3
891.3
Voltage
1.0
1.12
1.26
1.41
1.59
1.78
2.00
2.24
2.51
2.82
3.16
3.55
3.98
4.47
5.01
5.62
6.31
7.08
7.94
8.91
10.00
dBµV
101
102
103
104
105
106
107
108
109
110
111
112
113
114
dBmV
41
42
43
44
45
46
47
48
49
50
51
52
53
54
dBm
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
115
55
6
116
56
117
57
118
58
119
59
Volts (v)
dBµV
dBmV
120
60
121
61
122
62
123
63
124
64
125
65
126
66
127
67
128
68
129
69
130
70
131
71
132
72
133
73
134
74
135
75
136
76
137
77
138
78
139
79
140
80
7
8
9
10
dBm
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
Technical Data
Digital Radio (DAB) Frequency Blocks
Digital Radio (DAB)
Australian Television
Frequency Block
Channel Number
Identifier
5A
6
5B
6
5C
6
5D
6
6A
7
6B
7
6C
7
6D
7
7A
8
7B
8
7C
8
7D
8
8A
9
8B
9
8C
9
8D
9
9A
9A
9B
9A
9C
9A
9D
9A
10A
10
10B
10
10C
10
10D
10
11A
11
11B
11
11C
11
11D
11
12A
12
12B
12
12C
12
12D
12
Centre
Frequency (MHz)
Frequency
Range (MHz)
174.928
176.640
178.352
180.064
181.936
183.648
185.360
187.072
188.928
190.640
192.352
194.064
195.936
197.648
199.360
201.072
202.928
204.640
206.352
208.064
209.936
211.648
213.360
215.072
216.928
218.640
220.352
222.064
223.936
225.648
227.360
229.072
174.160 - 175.696
175.872 - 177.408
177.584 - 179.120
179.296 - 180.832
181.168 - 182.704
182.880 - 184.416
184.592 - 186.128
186.304 - 187.840
188.160 - 189.696
189.872 - 191.408
191.584 - 193.120
193.296 - 194.832
195.168 - 196.704
196.880 - 198.416
198.592 - 200.128
200.304 - 201.840
202.160 - 203.696
203.872 - 205.408
205.584 - 207.120
207.296 - 208.832
209.168 - 210.704
210.880 - 212.416
212.592 - 214.128
214.304 - 215.840
216.160 - 217.696
217.872 - 219.408
219.584 - 221.120
221.296 - 222.832
223.168 - 224.704
224.880 - 226.416
226.592 - 228.128
228.304 - 229.840
Notes:
1) This table is for information only. For more detail, refer to ETSI TR 101 496-3 V1.1.2 (200105) Digital Audio
Broadcasting (DAB); Guidelines and rules for implementation and operation; Part 3: Broadcast network. 2/
This table excludes DAB frequency blocks 10N, 11N and 12N as these are not applicable to Australia.
Relevant Industry Standards
AS3260Approval and Test Specification - Safety of Information Technology
Equipment including Electrical Business Equipment
AS2053
Non-Metallic Conduits and Fittings for electrical installations
AS3000
Electrical Installations - buildings, structures and premises
AS1367-2006 Multiple Outlet Distribution Systems - sound and vision
AS1417-2015
Digital television: Terrestrial broadcasting Part 1: Characteristics of terrestrial transmissions
AS4053Amendment 1-2000, Limits and methods of Measurement of Immunity
Characteristics for sound, television Broadcast Receivers and Associated equipment.
EN5083
Cable Distribution Systems
IEC-169-2
Coaxial Unmatched Connector
IEC-169-24
RF Coaxial Connectors with Screw Coupling
IEC-728
Measurement Procedures for Cabled Distribution Systems
CCIR
Recommendations 500-1 (KYOTO, 1978 Vol XI). Not relevant to digital.
Technical Data
Glossary of Terms
A
Amps
Advanced Mobile Phone System; American
counterpart to European GSM900; Frequency
824 MHz-894 MHz
Acceptable Angle (Fibre)
Angle over which the core of an optical fibre accepts
incoming light; usually measured from the fibre axis.
Adaptor
A device enabling different sizes or types of
plugs to mate with one another or to fit into a
telecommunications outlet.
Aerial Cable
Cables strung outside and overhead.
Antenna Gain
The antenna gain specifies the radiation intensity an
antenna would have in a specific spatial direction
compared to a reference antenna, if both would be
fed with the same input. The radiation intensity is the
output emitted per dihedral angle element. Generally,
the term antenna gain refers to the max. gain of an
antenna in relationship to an isotope emitter. The
direction with max. gain is also referred to as max.
radiation direction.
Armouring
Protective layer, usually metal, wrapped around a
cable.
Aramid Yarn
A strength element added to cable to provide
strength, support and protection to fibre bundles.
Attenuation
Reduction or loss of signal energy occurring during
transmission over telecommunications lines and
equipment. Normally measured in decibels. With
respect to a LAN, attenuation prevents successful
communication when cable lengths exceed
their maximum allowable distance. Optical fibre
attenuation (“dimming” of the light) is usually
measured in decibels per kilometre.
Attenuator
Optical element that reduces (attenuates) the
intensity of light passing through it.
Axis (Optical Fibre)
Centre of an optical fibre.
B
Backbone Cabling
The portion of a Structured Cabling System that
interconnects the entrance facilities, equipment
rooms and telecommunications rooms.
Backbone Links
These are multi core fibre links between a central
comms rooms to distributed cabinets
Backbone Network
Transmission network carrying high-speed
telecommunications between branching points
of a LAN.
Backscattering
Scattering of light in a direction opposite to the
direction in which the light was originally travelling.
Bend Radius
The smallest bend that may be put into a cable under
a stated pulling force.
Breakout Cable
Optical Fibre cable where each fibre is protected
with an additional plastic coating for protection.
C
Cable
An assembly of one or more conductors (copper or
optical fibre) within a surrounding sheath used for
transmission of information.
Calibration
To ensure proper results, the calibration is a way of
verifying test equipment against a reference.
Campus Environment
A multiple building environment.
Chromatic Dispersion
Dispersion of the receiving light caused by a range of
wavelengths reaching the receiver at various times.
Cladding
Layer of glass (or other transparent material)
surrounding the light-carrying core of an optical
fibre. Has a lower refractive index than the core, thus
confining the light.
Cleaver
A device that cuts an optical fibre in a flat, smooth
and perpendicular manner.
Coaxial Cable
Coaxial cable, in short: coax cable, are two-core
cables with concentric design. They consists of
an inner conductor (also called core), which is
surrounded by the outer conductor at a constant
distance. The space in between is filled with an
insulator or dielectric, which may consists partially
or entirely of air (see air line). The outer conductor
is usually further protected toward the outside by
an insulating, corrosion-proof and watertight jacket.
Common coaxial cables have an outside diameter of
2 to 15 mm, special forms from 1 to 100 mm.
Technical Data
Collapsed Backbones
By using the extended distance and bandwidth
capabilities of fibre optic cabling you can centralise
the distribution of your entire network to a central
point, thus eliminating the intermediate equipment
rooms and creating a single star design. This concept
is called a "collapsed backbone".
Connector (Optical Fibre)
Device mounted on the end of an optical fibre cable,
light source, receiver or housing to mate to a similar
device in order to couple light into and out of optical
fibres. Joins two optical fibre ends or one fibre end
and light source or detector. Converter
An active equipment that changes and regenerates
the signal received from one media type and
transmitted onto a different media type.
Core
Central part of an optical fibre that carries light.
Coupling
The transfer of light into or out of an optical fibre.
Critical Angle
Angle at which light undergoes total internal
reflection.
Cut-Off Wavelength
The shortest wavelength at which a single-mode
fibre carries only one mode.
D
Dark Fibre
Fibre installed but not in use, often to offer
expansion for future growth. May or may not be
terminated.
Decibel (dB)
A standard unit for expressing transmission gain
or loss and relative power levels. Logarithmic
comparison of power levels. One tenth of a Bel.
Demarcation Point
It is a point where the ownership changes. Usually, it
is the point where the service provider service end
and the customer service starts.
Diode
Electronic device allowing current to flow in only one
direction. Includes light emitters (LEDs and lasers)
and detectors (photodiodes).
Dispersion-Shifted
Optical fibre designed to have its nominal zerodispersion point at 1550 nm rather than 1300 nm in
stepindex single-mode optical fibre.
Diversity
Multi-antenna concept where several antennas,
set up at different locations, receive the signal
simultaneously; a downstream analysis logic unit
constantly examines the signal quality of the
individual antennas and selects (not noticeable by
the user) the currently best antenna; this increases
the probability of receiving a better signal with less
interference.
Duplex
Transmission in either direction, at the same time.
Duplex Cord
Two fibre patch lead or cord.
DVB-C
DVB-C is the abbreviation for Digital Video
Broadcasting-Cable and designates a version of
DVB, used for the broadcasting of digital addedvalue services via cable. This is normally the digital
distribution of television signals. The broadcasting
system DVB-C also permits the additional digital
broadcasting of radio programs.
DVB-S
DVB-S (Digital Video Broadcasting - Satellite) is the
DVB version for broadcasting via satellite.
DVB-T
DVB-T is the abbreviation for Digital Video
Broadcasting-Terrestrial and designates the
terrestrial (= earth-bound) broadcasting signal in
the atmosphere. DVB-T is a version of Digital Video
Broadcasting (DVB) used especially in various
European countries and in Australia as standard for
the broadcasting of digital television and radio via
antenna. The North American equivalent to DVB is
called ATSC, the Japanese one ISDB. In Great Britain
the terms "Digital Terrestrial Television (DTT)" and
also, if free of charge ("Pay-TV"), "Freeview" are
used.
E
Echo
The receiver is equipped with the Electronic Channel
Organizer ECHO; we recommend using it since this
will allow you to always receive the most current
programs. More and more radio and television
programs use the digital broadcasting format DVB
exclusively (Digital Video Broadcasting). More than
1,200 television and radio programs can already
be received today via the most important satellite
system Astra 19.2°, Eutelsat Hot Bird 13° East and
Turksat 42°. Modern satellite receivers have all key
programs stored when delivered. But what happens
then? New interesting stations are added each week.
To store these stations in an existing Set-Top box is
not quite that easy for most viewers. In addition, new
Technical Data
programs are usually simply pushed to the "back"
requiring the viewer to reprogram his list with quite
some effort.
ECHO provides the viewer (and also the listener,
because we also had radio in mind) with a
straightforward means to always be up-to-date.
ECHO takes care of programming for you, and all
this at no cost. It allows you to perform certain basic
settings, such as setting a country or a regional
program and to filter out erotic programs and
foreign languages. Each time when you switch on
your receiver, ECHO checks for new programs.
This takes only a few seconds. If new programs are
detected they are automatically stored and displayed
on the screen as new programs. If programs are
removed for good, these program slots are deleted.
The new programs, however, are not simply added
but grouped into logic blocks; some ranges may
therefore remain unassigned. However, with this
procedure the general program list needs to be
overwritten each time, which then deletes all
changes you have made manually in the general
program list. Still, programming you own stations is
not a problem. You can set up your own program
list in parallel as favorites list (favorite lists are not
changed by a new ECHO list) or you can deactivate
ECHO at any time via the "Factory settings". ECHO
gives you the freedom to do either.
EMI (Electromagnetic Interference)
Noise generated when stray electromagnetic fields
induce currents in electrical conductors.
Equipment Cable
Cable that interconnects telecommunications
equipment and distribution or feeder connection
hardware.
Erbium-Doped Fibre Amplifier
Optical fibres doped (treated) with the rare-earth
element erbium, and able to amplify light in the 1550
nm region when pumped by an external light source.
F
Ferrule
Tube with an optical fibre connector with a central
hole that contains and aligns a fibre.
FDDI (Fibre Distributed Data Interface)
A standard for a 100 Mb/s optical fibre Local Area
Network.
Fibre to the Curb
Optical fibre service to a node that is connected by
wires to several nearby homes, typically on a block.
Fibre to the Desk
The final evolution is fibre directly to the desktop,
connecting active network users directly to the
fibre cabling via NIC's or media converters. This
centralised network provides the best scalability and
benefits from easier network management.
Fibre to the Office (FTTO)
Where the collapsed backbone extends into
the office, local conversion from fibre to copper
occurs providing low cost copper ports for user
connectivity. This can be achieved either by using
small workgroup switches and structured cabling, or
by dado / floor mounted switches which users plug
directly into via short copper patch cables.
Frequency
Frequency (Latin: frequentia, incidence), formula
symbol 'f' (technical) or sometimes the Greek letter
v (ny, physics) generally refers to the number of
events within a specific period. These are mostly
regularly repeated events, that is, events with a
fixed interval between them, which is the period or
period of oscillation. Frequency then is the reciprocal
of the period. Its dimension is therefore 1/time.
The unit of frequency, Hertz - abbreviated Hz, is
derived accordingly from the SI base unit second
(s): It is named after the German physicist Heinrich
Rudolf Hertz. Apart from an event frequency per
time interval, frequency can also designate the
event frequency in a specific area, see also spatial
frequency. It is the number of alternations (cycles)
completed by an alternating current in one second.
Full Duplex
Simultaneous sending and receiving of signal in the
same medium.
Fusion Splice
It is a permanent joint created by applying sufficient
heat to fuse or melt the end of two optical fibres
together.
G
Gain
Gain is the counterpart of roll-off. This is then an
enhancement of the amplitude, the stroke or better
excursion of an oscillation. To increase the oscillation,
the system must be supplied with energy, since an
oscillation diminishes if no new energy is supplied to
it. Gain is normally expressed in dB (decibel).
Gigabit Ethernet
Ethernet LAN operating at 1000 Mb/s.
Technical Data
GPS
A Global Positioning System (GPS) is any satellitesupported navigation system. However, the term
GPS is generally used specifically for the NAVSTARGPS of the U.S. Department of Defense for
worldwide positioning. The NAVSTAR-GPS satellite
system replaces the old satellite navigation system
Transit of the United States Navy, analogous to the
Vela satellites for locating nuclear bomb explosions.
GPS was originally intended for the positioning and
navigation in the military (in weapons systems, war
ships, airplanes, etc.). It is now increasingly used in
civilian applications: in maritime shipping, aviation,
navigation systems in cars, orientation in outdoor
areas, surveying, etc. In agriculture it is used with
the so-called precision farming for the positioning of
the machines on the fields. GPS is now also used in
competitive sports. The Assisted GPS (A-GPS) was
developed especially for use in mobile phones.
Graded-Index Fibre
Optical fibre in which the refractive index changes
gradually with distance from the fibre axis.
Ground
An electrical connection or common conductor that,
at some point, connects to the earth.
GSM
General Standard for Mobile Communication or
Global System for Mobile Communication or Groupe
Speciale Mobile; European mobile radio standard;
available since 1987; verticale polarisation
GSM Network (Groupe Speciale Mobile)
See GSM900 or GSM.
H
Half Duplex
A circuit designed for data transmission in both
directions but not at the same time.
HDTV
High Definition Television (HDTV) is a collective
term designating a series of television standards
distinguishing itself against conventional television
(Standard Definition, SDTV) by its enhanced vertical,
horizontal and/or temporal resolution. "HDTV"
should not be confused with 16:9 or digital (DTV,
in Europe in DVB-Standard) or digital terrestrial
television (DTTV, in Europe DVB-T), as is the case
through the concurrent introduction in several
countries. Advertising sometimes highlights EDTV
(Enhanced Definition or Digital Television); although
the respective devices condition the SDTV signals
digitally or accept HDTV signals, they render them at
a lower resolution.
EDTV is also categorized as HDTV, especially in
countries with NTSC television standard outside of
the EU, however, it is only a progressive version of
SDTV. At different periods, due to the state-of-theart, other resolutions were labeled as high-resolution.
Currently, vertical resolutions of 720 (frames) and
1080 lines (half frames) are customary. The previous
television standards PAL and SECAM, by comparison,
provide 576 lines (50 Hz), NTSC 480 lines (60 Hz)
each in interlace scanning.
Hertz
A unit of frequency equals to one cycle per second.
I
Impedance
Impedance (from Latin: imedire - impede/hinder)
in electrical engineering refers to the complex
alternating current resistance C of a linear passive
double-pole (see also complex alternating current
computation), a line, a capacitor, an inductivity
or with electromagnetic (or also acoustic) wave
propagation (see also wave impedance). Because
these are not specific resistances as single objects,
experts in the field prefer using this term to make
a distinction. Impedance is very important for the
matching of high-frequency lines, but also with
wave propagation in free space. For example, if
the input impedance of a device does not match
the impedance of the line, reflections occur which
reduce the power transfer, which, in turn, can lead
to resonance occurrences and thus to a non-linear
frequency response. This does not matter for
transmissions on a line with significantly less than
one wavelength (power supply lines, loudspeaker
lines).
Index-Matching Gel
A gel or fluid with a refractive index close to that of
glass, reducing refractive-index discontinuities that
may cause reflective losses in optical fibre systems.
Insertion Loss Deviation
It is the total power of the reflection of the reflected
signal added to the total mismatch losses of a signal.
This affects the signal at high frequencies
(> 200 MHz).
Insulation
A material that does not conduct electricity and is
suitable for use in coating or surrounding conductors
to prevent the loss of current.
Interconnection
A connection method that directly connects different
cabling without the use of a cross-connection.
Technical Data
Isolation
The principle of coupling in electronics relates to
signal coupling between two points. A distinction is
made here: There is conductive coupling, inductive
coupling and capacitive coupling. A further division
into subcritical coupling and supercritical coupling
is made in the area of coupling processes of highfrequency signals where coupling affects the circuit
quality of participating oscillating circuits. The
strength of a coupling in electronics is expressed by
a coupling factor. Feedback is a typical application of
coupling in electronics (communication technology):
Part of the energy an amplifier emits (e.g. an
operational amplifier) is returned on one of its inputs.
This creates an electronic oscillator.
J
Jacket
The protective and insulating housing of a cable.
K
Kevlar
Strong synthetic material used in cable strength
members. Trademark of the DuPont Company.
L
Laser
Device generating coherent electromagnetic
radiation as ultraviolet, visible or infrared regions of
the spectrum. Laser light is directional, covering a
narrow range of wavelengths and is more coherent
than ordinary light. Semiconductor diode lasers are
the standard. (Light Amplification by Stimulated
Emission of Radiation).
Launch Cable
Optical fibre cable used to condition the launch of
the optical time domain reflect meter test signal so
that the correct results will be obtained.
Light
Strictly speaking, electromagnetic radiation visible
to the human eye at 400 to 700 nm. Commonly,
electromagnetic radiation with properties similar
to visible light, including the invisible near-infrared
radiation in most optical fibre systems.
LED (Light Emitting Diode)
Semiconductor diode used for light emission in
optical fibre systems.
Long, Medium and Short Wave (German: LMK)
The amplitude-modulated frequency ranges long
wave, medium wave and short wave.
Loose Tube
Protective tube loosely surrounding a cabled fibre,
often filled with gel.
Loss
Drop in signal between two points on a network.
Attenuation of the signal normally measured in
decibels.
Loss Budget
An accounting of overall attenuation in an optical
fibre system.
M
Macrobending
Large bends in an optical fibre allowing light to
leak out and leading to large losses. Corrected by
straightening the fibre.
Margin
Allowance for attenuation in addition to that
explicitly accounted for in the system design.
Matching
Matching defines how well the output resistance
of an antenna is matched to the input resistance of
the connected receiver; both resistances must be
identical to provide optimal output transmission; a
mismatch is present if the resistances differ (part of
the signal output received is reflected by the receiver
and deflected again by the antenna); rated in dB; see
return loss.
Material Dispersion
Dispersion in optical fibre transmissions caused
by variation of a material’s refractive index with
wavelength.
Mechanical Splice
Splice where optical fibres are joined mechanically
(glued or crimped in place) but not fused together.
Microbending
Tiny bends or kinks in a fibre allowing light to leak
out and increase losses.
Modal Dispersion
Dispersion of the receiving light caused by the light
taking different paths to reach the receiver.
Mode (Optical Fibre)
The path taken by a light wave as it travels through
multimode optical fibre.
Mode Field Diameter
Diameter of the one mode of light in a single-mode
fibre, typically slightly larger than the core diameter.
Mode Stripper
Device that removes high-order modes in multimode fibre to give standard measurement
conditions. Removes modes that would otherwise
disappear along a longer length of the fibre.
Technical Data
Multimode
Transmits or emits multiple modes of light.
Multiplex
Simultaneous transmission of two or more signals
over a signal channel.
N
Nanometer (nm)
A measure of length equaling 10-9 m. One billionth
of a meter.
Network
System of cables and/or other connections linking
multiple computing devices that can communicate
and share resources with each other.
Noise Factor
The noise number, sometimes also called noise
factor, of an amplifier or another electrical twoport, is the ratio of the signal-noise relationship at
the input port to the signal-noise relationship at
the output port of the two-port. The noise factor
is usually specified in logarithmic format (in dB) as
"noise measure". A distinction is sometimes made
between the non-logarithmic noise factor F and the
logarithmized noise measure NF.
Numerical Aperture
The light gathering ability of an optical fibre. The
maximum angle to the optical fibre axis at which
light will be accepted and propagated through the
fibre.
O
OM1
Classification for standard grade 62.5/125
multimode fibre.
OM2
Classification for standard grade 50/125
multimode fibre.
OM3
Classification for laser optimised 50/125
multimode fibre.
Optical Amplifier
Device amplifying an input optical signal without
converting it into electrical form.
Optical Fibre
Any filament or fibre made of dielectric materials (in
the telecommunications field, often made of glass)
and used to transmit laser- or LED-generated light
signals. Usually consists of a core, which carries the
signal, and cladding, which surrounds the core and
serves to reflect the light back into the core.
Optical Fibre Cable
An assembly consisting of one or more optical fibres
with strengthening material and an outer jacket.
Optical Cross-Connect
A cross-connect system used for circuit
administration. It provides for the connection of any
equipment fibre to any distribution fibre using fibre
patch cords.
Optical Interconnect
An optical administration field that provides for the
direct connection of equipment Fibres to
distribution fibres.
OS1
Classification for standard grade 9/125 Single
Mode fibre.
OTDR (Optical Time Domain Reflectometer)
Instrument measuring transmission characteristics
by sending a short light pulse down a fibre and
observing backscattered light.
P
Patch Cord
A length of stranded copper wire (or optical
fibre) cable with connectors at each end to join
telecommunications circuits at a cross-connect point.
PCN
Personal Communication Network, an outdated term
for the mobile radio standard GSM 1800.
PCN network.
PCS
Personal Communication System, an outdated term
for the mobile radio standard GSM 1900.
Photodiode
Diode that produces an electrical signal proportional
to the amount of light falling on it.
Pigtail
A cable with a connector on one end only. Also
known as Modular Cord single ended.
Polarisation
The physical term polarization is used also in antenna
technology. The direction of the electromagnetic
field component of an electromagnetic wave and
the room position of an antenna determine the
polarization of the reflection. A distinction is made
between the linear and the circular polarization of
an antenna. Linear Polarization [Edit] With linear
polarization the direction of the electromagnetic
field component is constant. Two other main forms
of polarization can be derived from the linear
polarization: The vertical polarization with the
electrical field running perpendicular to the earth's
surface. The horizontal polarization with the electrical
field running parallel to the earth's surface. Of course,
Technical Data
linear polarization can assume any other direction in
space, where only the positions ±45° are designated
in addition to the vertical and horizontal polarization.
Circular Polarization [Edit] With the circular
polarization, the field strength vector rotates righthanded or left-handed vertically to the direction of
propagation Z (right-handed/left-handed circular
polarization). A circular polarization is created by
two plane-polarized antennas shifted by 90° and, at
the same time, offset by 90°. An elliptic polarization
is created if the amplitudes of two such linear
components do not have the same size.
Preform
Cylindrical rod of specially prepared and purified
glass from which an optical fibre is drawn.
Pulling Tension
The force that can be applied to a cable without
affecting the mechanical or transmission
performance of the cable.
Pulse Dispersion
The spreading out of pulses as they travel along an
optical fibre.
R
Radiation Hardened
Specially treated optical fibre made insensitive to the
effects of nuclear radiation, usually for
military applications.
Rays
Straight lines that represent the path taken by light.
Receiver
A device that receives signals.
Reflection
It is when a signal changes direction as it travels from
one material into a dissimilar material.
Refraction
Bending of light as it passes between materials of
different refractive index.
Refractive Index
Ratio of the speed of light in a vacuum to the speed
of light in a material.
Return Loss
The term ‘return loss R' is frequently used especially
with the description of line properties. The return
loss factor designates the ratio of the transmitted
to the reflected output. Because the output is
proportional to the value square of the voltage, the
return loss factor can be expressed by the reflection
factor. It is a ratio of the power of the outgoing
signal to the power of the reflected signal.
Riser Cable
Main distribution cable segments running between
floors or sections of a building. More correctly
known as backbone cable.
RS232
The term EIA-232, formerly RS-232, designates a
standard for a serial interface which was introduced
in the early 1960's by an U.S. standardization
committee (today EIA - Electronic Industries
Alliance).
S
Sheath
Outer protective layer of a cable.
Simplex
Operating a channel in one direction only with no
ability to operate in the other direction.
Simplex Cord
Single fibre patch lead or cord.
Single Mode
An optical fibre that allows transmission of light at
only one wavelength or mode.
Splice
A “permanent” junction between two of the same
type media.
Step-Index
Abrupt change in refractive index between core
and cladding of an optical fibre.
T
Tight Buffer
Material tightly surrounding an optical fibre in a
cable, holding it rigidly in place.
Total Internal Reflection
Total reflection of light back into a material when it
strikes the interface with a material having a lower
refractive index at an angle below a critical value.
U
UMTS
Universal Mobile Telecommunications System,
better known by the abbreviation UMTS, stands for
the mobile radio standard of the third generation
(3G) permitting significantly higher data transfer
rates than possible with the GSM standard. The
fast data transmission and the independence
through mobility are the key elements of the third
generation. The specific advantages lie in the
entirely new application possibilities.
Technical Data
V
VHF
Very High Frequency waves (VHF) designate
electromagnetic waves in a frequency range from
30 MHz to 300 MHz, according to the wavelengths
between 10 and 1 meter. They are thus positioned
between the short waves (longer) and the decimeter
waves (shorter). In German-speaking countries the
term UKW (Ultra-Kurzwelle) is used for very high
frequency waves. Generally, the German term UKW
is used only for UKW (FM) radio in the VHF band II.
However, the very high frequency waves also include
the frequency bands VHF band I and VHF band II
used for television stations as well as the lower and
upper special channels of cable television. The hyper
band (expanded special channel range) and the
frequency bands UHF band IV and UHF band V, on
the contrary, belong to the decimeter waves.
W
Waveguide Dispersion
Part of chromatic dispersion arising from the
different speeds light travelling in the core and the
cladding of a single-mode fibre (from the fibre’s
waveguide structure).
Wavelength
Wavelength, symbol λ designates the smallest
distance between two points of the same phase
of a wave. Two points thereby have the same
phase if they meet in the same manner, i.e. if they
have the same amplitude and the same direction
of movement on the timeline. In the case of water
waves, the wavelength corresponds, for example, to
the distance of two adjacent wave crests or wave
troughs. It is the spatial analog to the period. It is
the distance an electromagnetic wave travels in the
time it takes to oscillate through a complete cycle.
Measured in nanometres or micrometers.
Z
Zero-Dispersion Wavelength
Wavelength at which net chromatic dispersion
of an optical fibre is nominally zeroed. Arises
when wavelength dispersion cancels out material
dispersion.
Zero Water Peak
Optimised Single Mode optical fibre cable with
improved water absorption characteristics and
improved wavelength operation. Standard for
metropolitan networks.
4 Easy Steps,
To Correct TV
Antenna Selection
1. Go to www.matchmaster.tv
2.
Provide an address and select
the correct details required.
3. The Antenna Selection Guide
will now provide you with the most
suitable antenna for your area, an
installation diagram and parts list to
take to your nearest wholesaler.
4. You can email or
print this report.
Product Code
Page
Product Code
Page
Product Code
Page
01MM-CA018
05MM-15478
06MM-E6QM22
01MM-CA028
05MM-AF03P78
06MM-E6QS22
01MM-DC21A8
05MM-AF06P78
06MM-E6QWH22
01MM-DE78
05MM-AF10P78
06MM-E6T22
01MM-DE139
05MM-AF20P78
06MM-E6TF23
01MM-DG279
05MM-DOP2C78
06MM-E6TFM23
01MM-DG499
05MM-DOP2HCSL78
06MM-E6TM23
01MM-LP03F10
05MM-LP0678
06MM-E6TS23
01MM-MAGNA2510
05MM-LP0978
06MM-SDI-100M23
01MM-MD1110
05MM-LP1278
06SF-S6Q23
01MM-SA10011
05MM-LP1578
07MM-GM0260
01MM-SL0111
05MM-MB449A79
07MM-GM0360
01MM-V811
05MM-MB449ASM79
07MM-GM0460
02MM-DG9112
05MM-RE0379
07MM-GM0660
02MM-EE06A12
05MM-RE0479
07MM-GM0860
02MM-EE06A-112
05MM-RE0579
07MM-SP5260
02MM-GX40013
05MM-SW9079
07MM-SP52C61
02MM-GX400P13
05MM-TV4F79
08MM-A126
02MM-GX50013
05MM-WA0179
08MM-A226
02MM-MDU1813
05MM-WA01P79
08MM-A326
02MM-MDU3614
05MM-WA0279
08MM-A426
03MM-1EFM14
05MM-WA0380
08MM-A626
03MM-BIGRAY14
05MM-WA03-5080
08MM-A726
03MM-DC21V15
05MM-WA0480
08MM-A827
03MM-DR300415
05MM-WA0580
08MM-A927
03MM-DR300615
05MM-WA05BP80
08MM-A1027
03MM-DR3006P15
05MM-WA0680
08MM-A10-3G27
03MM-DR301016
05MM-WA06BP80
08MM-A1127
03MM-DR301816
05MM-WA0880
08MM-A1227
03MM-FM316
05MM-WA0980
08MM-A1428
03MM-LITTLERAY17
05MM-WA09B80
08MM-A14-5P28
03MM-LP03VF17
05MM-WP0181
08MM-A1528
03MM-MAGNA25V17
05MM-WP0481
08MM-B128
03MM-V618
05MM-WP0581
08MM-B228
03MM-V818
05MM-WP1181
08MM-B328
04MM-AV0376
05MM-WP5181
08MM-B428
04MM-AV0576
05MM-WP5281
08MM-B529
04MM-HDC0176
05MM-WP5481
08MM-B629
04MM-HDC0576
05MM-WP5681
08MM-B729
04MM-HDC176
05MM-WP5782
08MM-B829
04MM-HDC1.576
05MM-WP6182
08MM-B929
04MM-HDC276
05MM-WP61B82
08MM-B1029
04MM-HDC376
05MM-WP6282
08MM-B1130
04MM-HDC576
06MM-E11Q20
08MM-B1230
04MM-HDC1076
06MM-E11QF20
08MM-CC20630
04MM-HDC1576
06MM-E11QLSZH20
08MM-COMPKIT30
04MM-HDRPT76
06MM-E11QM20
08MM-COMPKIT230
04MM-HMH0177
06MM-E59Q21
08MM-CR220630
04MM-LCDB277
06MM-E6Q21
08MM-CRIMPKIT31
04MM-MMC-0177
06MM-E6Q-30M21
08MM-CT0131
04MM-PME377
06MM-E6Q-50M21
08MM-CT02HD31
04MM-SPK15-1077
06MM-E6Q-100M21
08MM-CT0431
04MM-SPK15-10077
06MM-E6QB21
08MM-CT0531
04MM-TOS0177
06MM-E6QF22
08MM-CT61131
04MM-TOS03 06MM-E6QLSZH22
08MM-CX3FSC32
78
Product Code
Page
Product Code
Page
Product Code
Page
08MM-EX6XLG32
10MM-MD15P45
11MM-REEL0172
08MM-F59M32
10MM-MD24UP46
11MM-RM72
08MM-F59T32
10MM-MD3446
11MM-RM30072
08MM-F6M32
10MM-MDR6-4P46
11MM-RM100072
08MM-F6T32
10MM-MT5746
11MM-SI0172
08MM-FN33
10MM-PDL141846
11MM-SM1-1572
08MM-HD59F33
10MM-PI2447
11MM-SQMB72
08MM-HD59PF33
10MM-PSD1447
11MM-SRD72
08MM-HD59PM33
10MM-PSD14P47
11MM-TB6/473
08MM-HD59R33
10MM-PSM18F47
11MM-TB8/473
08MM-HD6PF33
10MM-SA1847
11MM-TC6-8/10073
08MM-HD6PM34
10MM-UA30PDF47
11MM-TRIPOD-M73
08MM-P234
11MM-6FTS68
11MM-TRIPOD-T73
08MM-P434
11MM-8FTM68
11MM-TRM73
08MM-PHONEKIT34
11MM-10FTM68
11MM-TRM-MD73
08MM-QM0634
11MM-12FTM68
11MM-UB6M/273
08MM-QM1134
11MM-15FTL68
11MM-UB8M/273
08MM-SI-IEC6Q34
11MM-15FTM68
11MM-UM0173
08MM-SI6Q35
11MM-CM0168
11MM-UM0273
08MM-ST0535
11MM-CW18068
11MM-UNV74
08MM-ST1035
11MM-DB107568
11MM-VAF74
08MM-T135
11MM-DFE100B68
11MM-WB17KIT74
09MM-FD0256
11MM-DFE101B68
11MM-WF1274
09MM-FD0356
11MM-DFE102BA68
11MM-WF2774
09MM-FD0456
11MM-DFE103B68
11MM-WF3674
09MM-FD0556
11MM-DWF12AS69
11MM-WF55LW74
09MM-FD0656
11MM-FM30069
11MM-WRG/874
09MM-FD0856
11MM-FM100069
11MM-WTSE5/474
09MM-FD0957
11MM-FTM0169
11MM-WTSE7/474
09MM-FD1257
11MM-GC/469
12MM-DF0284
09MM-FDP0257
11MM-GCA3269
12MM-DF0384
09MM-FMTP57
11MM-GCA3869
12MM-H45-CASE84
09MM-SD0157
11MM-HC0169
12MM-H45-COMPACT85
09MM-SK0257
11MM-HDN69
12MM-H45-H60-PS85
10MM-AS3842
11MM-HS4870
12MM-H6085
10MM-AS3942
11MM-HS6370
12MM-TDM586
10MM-DE34P42
11MM-HS7270
12MM-TLS0186
10MM-DMA4242
11MM-HS10870
13MM-65LNB-KIT98
10MM-HA024R3043
11MM-HSS4FT70
13MM-65LNBM-KIT98
10MM-HSA10043
11MM-HSS6FT70
13MM-65LNBVASTM-KIT98
10MM-J15C-4G44
11MM-HSS8FT70
13MM-80LNB-KIT98
10MM-J15C-4GP44
11MM-IRM70
13MM-80LNBM-KIT98
10MM-J24BF-4G44
11MM-LARM70
13MM-80LNBVASTM-KIT98
10MM-J24BF-4GP44
11MM-MC70
13MM-90CMKIT99
10MM-J25SLN-4G44
11MM-MEK70
13MM-90CMKIT-TIN99
10MM-J25SLN-4GP44
11MM-MFB70
13MM-KF0499
10MM-J34BF-4G44
11MM-MM1271
13MM-KF1099
10MM-J34BF-4GP44
11MM-MT2071
13MM-R120PN99
10MM-J34C-4G44
11MM-MT3071
13MM-R65P99
10MM-J34C-4GP44
11MM-MT5071
13MM-R80P100
10MM-MA20FL44
11MM-NIT71
13MM-R90P100
10MM-MA22FL45
11MM-OVB71
13MM-SBS12100
10MM-MA24RL45
11MM-P-HOOK71
13MM-SBS18100
10MM-MA30PDF45
11MM-PC2572
13MM-SD90100
10MM-MB34P45
11MM-PC3272
13MM-SM04100
Product Code
Page
Product Code
Page
Product Code
Page
13MM-SM05101
14MM-KIT-420-METRO130
17MM-C42662
13MM-SM09101
14MM-KIT-420-UHF6130
17MM-C43262
13MM-SMC65101
14MM-KIT-420-UHF8130
17MM-C82062
13MM-SMC100101
14MM-KIT-420-VHF6130
17MM-C82362
13MM-SMC120101
14MM-MA400130
17MM-C82662
13MM-VAST-MULTICAM124
14MM-MDX420131
17MM-CS0263
13MM-VAST01101
14MM-MR19-420132
17MM-CS0363
14MM-AT421142
14MM-MR420132
17MM-DM1663
14MM-AT422142
14MM-MT420C132
17MM-PI6063
14MM-BA213U48
14MM-OH38133
17MM-TM1263
14MM-CB420142
14MM-OH41133
17MM-TM12B63
14MM-DC28W-3S1T124
14MM-OH45134
17MM-TM1363
14MM-DD2HD-R125
14MM-OH50A-KIT133
17MM-TM13B63
14MM-DD4HD-R125
14MM-OH50A-TDT134
17MM-TM1464
14MM-DM0449
14MM-OH66135
17MM-TM14B64
14MM-DM0549
14MM-OH79D136
17MM-TM1664
14MM-DM17-1001124
14MM-OH85H136
17MM-TM16B64
14MM-GN20B126
14MM-OH88137
17MM-TM18B64
14MM-GN20R126
14MM-OH89138
17MM-TM111
64
14MM-GN40126
14MM-PD02-6548
17MM-TM114
64
14MM-GN50126
14MM-PR02-3048
17MM-TM11764
14MM-GN55W-0230126
14MM-PR05139
17MM-TM12065
14MM-GNAMP127
14MM-PRA01139
17MM-TM12365
14MM-GNC127
14MM-PRA02140
17MM-TM40865
14MM-GNCI127
14MM-STA40A51
17MM-TM41165
14MM-GNCMOD127
14MM-STI410C-DVBT/T2140
17MM-TM41465
14MM-GNDASI127
14MM-TA24252
17MM-TM41765
14MM-GNDC127
14MM-TA540A52
17MM-TM42065
14MM-GNDCI127
14MM-TDX410C141
17MM-TM42365
14MM-GNDCMOD127
14MM-TTX410C141
18MM-CX311Q35
14MM-GNDOL127
14MM-TWA4052
18MM-CX3PF35
14MM-GNDS2127
14MM-UP410S142
18MM-CX3PM35
14MM-GNDT127
14MM-UP413142
18MM-DB136
14MM-GNDTMOD127
14MM-VS9553
18MM-DV2536
14MM-GNDVMOD127
14MM-VX2553
18MM-DV49A36
14MM-GNHSDI127
14MM-VX26H-304154
18MM-F813G36
14MM-GNHWENCW128
14MM-VX8754
18MM-JST50036
14MM-GNHWUW129
14MM-ZG0154
18MM-KSFA36
14MM-GNMUX127
14MM-ZG2854
18MM-KSKSC36
14MM-GNOCTFM127
15MM-BSKL104
18MM-KSKSC-N637
14MM-GNS2127
15MM-CP10104
18MM-KSKSR37
14MM-GNSCR127
15MM-CP30104
18MM-KSNF37
14MM-GNSSDI127
17MM-C20461
18MM-PI500AFM337
14MM-GNSTR127
17MM-C20861
18MM-PI500CH337
14MM-GNSTREC127
17MM-C21161
18MM-PI500SP337
14MM-GNSYMUX127
17MM-C21461
18MM-SCT50038
14MM-GNSYSMG127
17MM-C21761
18MM-T238
14MM-GNT127
17MM-C22061
18MM-T338
14MM-GNTMOD127
17MM-C22661
18MM-T3-N38
14MM-GNVMOD127
17MM-C22961
19MM-IS2G58
14MM-H60-H45-BATTERY86
17MM-C23261
19MM-IS3K58
14MM-HA205R3050
17MM-C40862
19MM-SRG2G75F58
14MM-HA205R6550
17MM-C41162
19MM-SRG3G75F58
14MM-HD205R3050
17MM-C41462
19MM-TDTISOL58
14MM-JA0151
17MM-C42062
20MM-AD-OM3-D-LC111
Product Code
Page
Product Code
Page
Product Code
Page
20MM-AD-OM3-D-SC111
20MM-PM3DLCSC-1109
20MM-AD-OM3-S-SC111
20MM-PM3DLCSC-2109
20MM-PS2DLCA-30108
20MM-AD-OS2-D-SC114
20MM-PM3DLCSC-3109
20MM-PS2DLCSC-1110
20MM-AD-OS2-D-SCA114
20MM-PM3DLCSC-5109
20MM-PS2DLCSC-2110
20MM-AD-OS2-S-LC114
20MM-PM3DLCSC-10109
20MM-PS2DLCSC-3110
20MM-AD-OS2-S-SC114
20MM-PM3DLCSC-15109
20MM-PS2DLCSC-5110
20MM-AD-OS2-S-SCA114
20MM-PM3DLCSC-20109
20MM-PS2DLCSC-10110
20MM-AD-OS2-S-ST114
20MM-PM3DLCSC-25109
20MM-PS2DLCSC-15110
20MM-AIMA-FT3S-08-S107
20MM-PM3DLCSC-30109
20MM-PS2DLCSC-20110
20MM-PM3DLCST-1110
20MM-PS2DLCSC-25110
20MM-PM3DLCST-2110
20MM-PS2DLCSC-30110
20MM-PM3DLCST-3110
20MM-PS2DLCSCA-1110
20MM-PM3DLCST-5110
20MM-PS2DLCSCA-2110
20MM-ATS-SCA-10107
20MM-PM3DLCST-10110
20MM-PS2DLCSCA-3110
20MM-ATS-SCA-15107
20MM-PM3DLCST-15110
20MM-PS2DLCSCA-5110
20MM-ATS-SCA-5107
20MM-PM3DLCST-20110
20MM-PS2DLCSCA-10110
20MM-DWDM-1005-1U106
20MM-PM3DSC-1115
20MM-EDFA-WDM-27106
20MM-PM3DSC-2115
20MM-FT1RU-F3107
20MM-PM3DSC-3115
20MM-PS2DLCST-1111
20MM-FT1RU-S107
20MM-PM3DSC-5115
20MM-PS2DLCST-2111
20MM-HT152DA-10-SNMP106
20MM-PM3DSC-10115
20MM-PS2DLCST-3111
20MM-LR4X2050106
20MM-PM3DSC-15115
20MM-PS2DLCST-5111
20MM-LT1310-02-SC108
20MM-PM3DSC-20115
20MM-PS2DLCST-10111
20MM-LT1310-04-0-SC-0108
20MM-PM3DSC-25115
20MM-PS2DLCST-15111
20MM-LT1310-10-SC108
20MM-PM3DSC-30115
20MM-PS2DLCST-20111
20MM-LT1550-010-1-33-SNMP108
20MM-PM3DSCST-1116
20MM-PS2DSC-1116
20MM-LT1550-10-33-F1-SC-SNMP108
20MM-PM3DSCST-2116
20MM-PS2DSC-2116
20MM-LT1550-20-33-SC-0108
20MM-PM3DSCST-3116
20MM-PS2DSC-3116
20MM-LT1X2050-1550.92108
20MM-PM3DSCST-5116
20MM-PS2DSC-5116
20MM-LT1X2050-1552.52108
20MM-PM3DSCST-10116
20MM-PS2DSC-10116
20MM-LT1X2050-1555.75108
20MM-PM3DSCST-15116
20MM-PS2DSC-15116
20MM-LT1X2050-1557.36108
20MM-PM3DSCST-20116
20MM-PS2DSC-20116
20MM-LT4X2050-KIT106
20MM-PM3DST-1117
20MM-PS2DSC-25116
20MM-MO418L-4D31-1310113
20MM-PM3DST-2117
20MM-PS2DSC-30116
20MM-MO418L-4D55-1550113
20MM-PM3DST-3117
20MM-PS2DSCA-1115
20MM-MO428L-4D31-1310113
20MM-PM3DST-10117
20MM-PS2DSCA-2115
20MM-MO428L-4D55-1550113
20MM-PM3DST-15117
20MM-PS2DSCA-3115
20MM-OD001A112
20MM-PM3DST-20117
20MM-PS2DSCA-5115
20MM-OD004112
20MM-PM520-TV-VO-W-S-S107
20MM-PS2DSCA-10115
20MM-OD100112
20MM-PS2DLC-1109
20MM-PS2DSCA-15115
20MM-OD120112
20MM-PS2DLC-2109
20MM-PS2DSCA-20115
20MM-OSP-1*16-S-SC114
20MM-PS2DLC-3109
20MM-PS2DSCSCA-1116
20MM-OSP-1*20-19-SC114
20MM-PS2DLC-5109
20MM-PS2DSCSCA-2116
20MM-OSP-1*32-S-SC114
20MM-PS2DLC-10109
20MM-PS2DSCSCA-3116
20MM-OSP-1*4-S-SC114
20MM-PS2DLC-15109
20MM-PS2DSCSCA-5116
20MM-OSP-1*6-S-SC114
20MM-PS2DLC-20109
20MM-PS2DSCSCA-10116
20MM-PM3DLC-1109
20MM-PS2DLC-25109
20MM-PM3DLC-2109
20MM-PS2DLC-30109
20MM-PM3DLC-3109
20MM-PS2DLCA-1108
20MM-PS2DSCST-1117
20MM-PM3DLC-5109
20MM-PS2DLCA-2108
20MM-PS2DSCST-2117
20MM-PM3DLC-10109
20MM-PS2DLCA-3108
20MM-PS2DSCST-3117
20MM-PM3DLC-15109
20MM-PS2DLCA-5108
20MM-PS2DSCST-5117
20MM-PM3DLC-20109
20MM-PS2DLCA-10108
20MM-PS2DSCST-10117
20MM-PM3DLC-25109
20MM-PS2DLCA-15108
20MM-PS2DSCST-15117
20MM-PM3DLC-30109
20MM-PS2DLCA-20108
20MM-PS2DSCST-20117
20MM-PS2DLCA-25108
Product Code
Page
Product Code
Page
20MM-PS2DST-1117
26MM-TRSF-6L39
20MM-PS2DST-2117
30MM-DH483120
20MM-PS2DST-3117
30MM-DH610120
20MM-PS2DST-10117
30MM-DP808-CAT6120
20MM-PS2DST-15117
30MM-IR01120
20MM-PS2DST-20117
30MM-IR02120
20MM-PTM3LC-2111
30MM-IR03120
20MM-PTM3LC-2-6111
30MM-IR808121
20MM-PTM3LC-2-12111
30MM-MP01121
20MM-PTM3SC-2111
30MM-PS1825121
20MM-PTM3SC-2-6111
30MM-TM408S121
20MM-PTM3SC-2-12111
33MM-DSD412196
20MM-PTM3ST-2111
33MM-DCR-UEC96
20MM-PTM3ST-2-6111
33MM-STB-UEC96
20MM-PTM3ST-2-12111
DA-A14H239
20MM-PTS2LC-2115
DA-A2239
20MM-PTS2SC-2115
DA-A2H39
20MM-PTS2SC-2-6115
DA-A3239
20MM-PTS2SC-2-12115
DA-A3H39
20MM-PTS2SCA-1-12115
DA-A5FNH39
20MM-PTS2SCA-1-6115
DA-AP0639
20MM-PTS2ST-2115
DA-F59TH240
20MM-PTS2ST-2-6115
DA-F6MH40
20MM-PTS2ST-2-12115
DA-F6TH40
20MM-SMCDTSC-120111
DA-F6TH240
20MM-SMCGSC-80111
DA-F813G240
20MM-SMCTUSC-U60111
DA-FLY2M82
20MM-SO414112
DA-FLY5M82
20MM-SO418112
DA-FLY10M82
20MM-SO424112
DA-L735F3G82
20MM-T-85001MZ107
DA-P2H40
20MM-UP412142
114,
DA-P4H40
20MM-WO410114
21MM-MR50888
21MM-MR51288
21MM-MR51688
21MM-MR52488
21MM-MR53288
21MM-MV50889
21MM-MV51289
21MM-MV51689
21MM-MV52489
21MM-MV53289
21MM-SA5190
21MM-SA51D90
21MM-SD50491
21MM-SD51091
21MM-SD51591
21MM-SD52091
21MM-SDQ50892
21MM-SMS3492
21MM-SMS3892
22MM-TERRA-IP-STB96
26MM-DRS-11L38
26MM-EX1138
Matchmaster Catalogue
2016-2017
www.matchmaster.com.au
1800-AERIAL (1800-237425)

Catalogue 2016-2017

Transcription

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