Présentation Telerad - Online Exhibitor Manuals

Company Presentation
1
Complete Telecommunication Systems
(from take-off to landing)serving CNS ATM
NDB GBAS/VDB GBAS Direction Finder
Extended Range “En route” Communications
Take-off
From Take off…..
2
ACC “En route control “VCSS Back-up
Approach …. To Landing…
Telecommunication Systems for CNS/ATM
3
in Figures
TELERAD S.A.
Private Company established in 1950
Registered Capital: 1.5 M€
Number of employees: 86 persons
40 % engineers and technicians
Average turnover of the last 3 years: 9,3 M€
Exportation: 70 %
Military market: 18 % (France and Export)
15 % of the turnover invested in R&D every year
4
Back-ground
1950
Founding of “ Telerad Laboratories” Ltd
1959
Transformation into "Telerad S.A." Ltd
1959
Development of Tx/Rx for Police and Mercantile Marine and NDB’s
1960
Beginning of VHF aeronautical telecommunication developments
1963
1st VHF Contract with French Civil Aviation
1970
Beginning of V/UHF developments for French Air Force
1993
Beginning of DSP/VDL developments 1999 – Turnkey systems proposals including RCMS and RCU
1999
1st Delivery of VDL Multimode radios => Today More than 4000 Tx/Rx are in operation Worldwide
2000
1st Delivery of GBAS/GRAS VDB radios for LAAS applications
2007
Qualification of our VDB radio – DO178-B – CE Mark – FCC-ID => Delivery In USA, Europe, Australia,
China and Korea… and now in Russia & Japan
2011
First delivery of the ‘’software radio’’ 9000-2G series (VHF and UHF VoIP) and License agreement with
General Dynamics to manufacture the 2G radios in the USA
2011
French DGAC contract award to deliver 2.500 radios 9000 2G over 10 years
2012
USA FAA General Dynamics contract award re. 30.000 radios over 10 years under license agreement
2013
Skyguide Switzerland
700 Radios 9000-2G VoIP – Communications Quality
Monitoring System
Today : Telerad is a major supplier of G to A Aeronautical Telecommunication Systems for Civil and Military
areas. Telerad equipment is in operation in more than 70 different Countries
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Core Business
Ground to Air telecommunication systems :
 VHF, UHF and V/UHF Radios (TWR & ACC)
 Mobile and portable equipment
 Remote Extended Range Stations
 Voting, VCSS, Coupling Systems...
 Monitoring Hardware and Software Systems
Navigation Aids equipment :
 NDB Systems
 LAAS / GBAS
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Maritime equipment :
UHF VHF V/UHF
Series 9009 - GBAS VHF Broad Casting
GBAS VDB Transmitter
GNSS Satellites
Constellation
Broadcast
Data DGPS
Monitoring Receiver
Rx
GNSS
Airborne Rx
VDB Ant
Correction DGPS
GBAS ground Station
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Monitoring Tx
Ground Based
Augmentation System
VHF Data Broadcast
GBAS VDB Airborne Equipment
Flight Tests
Airborne VDB Receivers
Global Hawk
Airborne VDB Receivers
9009 VDB radios for GBAS - LAAS
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NavAids Products
NDB’s :
RBT 9000 series
Pw from 50 to 200W
Daisy antenna
Umbrella antenna
T & Hellideck antennas
Monitoring Rx’s
R.C.M.S.
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NDB Products – Portable NDB
Power supply voltage: 24 V.d.c. (typical)
Frequency range: 200-535 kHz - 100 Hz step
Output power: Adjustable up to 50W (200W peak) on 50ohms load.
Consumption for 50W carrier: < 3.5 A (carrier non keyed)
Modulation mode: NON/A1A - NON/A2A
Modulation frequency in NON/A2A: 1020Hz + 50Hz, 400Hz + 25Hz
40 NM coverage for low altitude helicopter flight
Distortion: < 5% at 95% of modulation
Harmonic frequency: < -45 dBc at the Tx output< -65 dBc after
antenna
Spurious frequency: < -45 dB compared with the carrier
Code signal programming: Up to 3 letters
Keying cycle: 20s in NON/A1A and 10s in NON/A2A
Signaling: Battery operation
Operating temperature: -20°C to +55°C
Storage temperature: -40°C to +70°
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Road Map ‘’ Software’’ Radio
TRG4000
9000 series
VDL
TRN4000
9000-2G Series
V/UHF - VoIP
CM-300V2
VDL
V/UHF
PERIPHERALS
CM-300
GBAS
UDL
900 Series
Analog
GBAS
1990
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ETSI
WG47
WG28
WG67
VOTE
2012
More capability, more flexiility
Radio roadmap in line with SESAR
Serie 9000-3G
Software Defined Radio
SESAR FCS
Series 9000 - 2G
V/UHF
Smart Radios
VoIP
Série 9000
Série 900
Multimode Radios
Analog Radios
1990
12
2000
2010
2020
DSNA DFS Fieldtrial Setup
September 2009
Proposal cross-Border Test
Voice over IP – connenction for air traffic services
- Overview Radio
TOULOUSE
Tx / Rx
Fixed frequency
IP
Tx / Rx
Fixed frequency
analogue
Radio
IP
analogue
Gateway
LANGEN
LAN
analogue
IP – WAN
LAN
Gateway
Gateway
Vcs A
Interface
IP
analogue
analogue
Gateway
Gateway
analogue
Vcs B
VCS A
Gateway
VCS B
Hansjörg Seipp
25.11.2008
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Plug Tests VoIP Roadmap
2008
March April 2009
20 May 2009
September 2009
May 2011
June 2011
September 2012
ED137b
2014
14
Preliminary ETSI Test
Etsi Plugtest (2nd)
FAA Demo (Arizona)
DSNA/DFS Tests
ETSI Plugtest (3rd)
ETSI Plugtest (3rd)
ETSi Plugtest (4th)
Dynamics Compensation of time
delays (Climax )
The Series 9000-2G
Software defined radios
Civil and Milirary Bands – VHF
Military Band – UHF
Native IP Technology - Voice & Data
In phase with« SESAR Roadmap »
Lanch
Maastricht
ATC GLOBAL
2007
Contract
DGAC/DSNA
Renouvellement
parc radio « 5000
radios »
2011
300 radios
delivered to AENA
For Barcelona
Contract FAA USA
General Dynamics
« 40 000 radios »
2012
Contract SkyGuide
Switzerland
« 750 radios »
2013
Contract
Incheon Airport
South Korea
2014
Already won more than 50% of the international Market !
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WG 67 Voice Over IP for CNS/ATM
9000-2G
9000-1G
VoIP-ATM
Remote Control
Interfaces
Remote Management
SNMP
VOiP ATM
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9000’series Multimode VDL radio
700
600
500
400
300
200
100
0
•
•
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In production since 1999
More than 4000 Tx/Rx in operation worldwide
Tx
Rx
Acars and VDL References
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•
AIRBUS Aeronautical Network Tool Project
– Testing of ACARS and VDL 2 airborne equipment and
ATSU sub-network for AOA and ATN
•
EUROCONTROL VDL2 Program
– Physical layer and AVLC: lab and flight testing
– VDL Mode 2 Reference Station
– VDL 2 Monitoring system
•
ICAO VDL4 SARPS Validation
•
STNA (French CAA)
– VDL Mode 2 /ATN ICAO framework validation
– VDL Mode 4 interference to VOR, ILS,
– Laas/GBAS
New Generation 9000-2G
VoIP Multimode Software Defined Radios (VHF)
Main Features :
•
Frequency range: 118-144 MHz (Opt. 108 MHz)
•
AM-DSB voice 25 kHz and 8.33 kHz (Climax)
•
Transmitter output power: 5-50W (0.5 dB steps)
•
Option: 100 W AM with CPE 9000
•
ICAO SARPS: AM and VDL Modes
•
Maintenance Terminal: RS232
•
ETSI - EN 300 676: AM 8.33 and 25 kHz channel spacing
•
Remote Management: RS485 JBUS and SNMP
•
ETSI - EN 301 841 Part 1: VDL Mode 2 Ground Standard
•
ETSI - EN 301 842 Part 1: VDL Mode 4 Ground Standard
•
VoIP ATM interface
•
ETSI - EN 301 489 (-1/-22): EMC for AM and D8PSK
•
CE Mark, EN 300676
•
RTCA DO 224 A: VDL2 and VDL3
VDL Modes :
•
Mode A (AM-MSK - Internal modem)
•
Mode 2
•
Provision for Mode 3 (D8PSK, 31.5k)
•
Mode 4 (GFSK, 19.2 k)
VoIP ED-137-b Compliant - ETSI Plug test performed
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New Generation 9010-2G
VoIP Multimode Software Defined Radios (UHF)
Main Features :
•
Frequency range: 225-400MHz (Opt. 406MHz)
•
AM-DSB voice 25 kHz, 12,5 kHz and 8.33 kHz
•
Transmitter output power: 5-50W (0.5 dB steps)
•
Option: 100 W AM with CPE 9010
•
Maintenance Terminal: RS232
•
Remote Management: RS485 JBUS and SNMP
•
VoIP ATM interface: 2 Ethernet ports IPv4, IPv6
•
CE Mark, EN 300676
Standards:
„. ICAO SARPS
„. ETSI EN 302 617: AM
„. ETSI EN 301 489 (-1/-22)
„. EUROCAE ED-137B: VoIP
VoIP ED-137 Compliant - ETSI Plug test performed
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N+M REDUNDANCY SOLUTION
Telerad solution for N+M
redundancy enables to create
flexible architectures to integrate
back-up units alongside
main units.
Cost effective solutions exist both
for receiver and transmitter units
operating on analog interfaces.
They can be used to secure the
transition toward a full-IP
redundancy.
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N+M REDUNDANCY SOLUTION
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•
„ omplete integration with monitoring, „Remote monitoring
C
and maintenance via JBUS and SNMP
•
„Flexible configuration:
-from 1 to 16 main radios
-for 1 or 2 backup radios
•
Full analog solution
to secure transition
toward VoIP
•
Optimized for small
to middle size
systems
•
Outstanding audio
quality ensuring no
degradation at
system level
•
„High MTBF
•
„Easy deployment
USiT Project
Simultaneous Transmissions Detection System
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Context of USiT
USiT : Undetected Simultaneous Transmissions
• Not a new phenomenon, but more and more impacts on ATC :
• Increased ATC traffic → higher probability
• Better frequency precision → phenomenon less noticeable
• BSS systems → hide phenomenon
• Issue addressed by Eurocae ED136 :
• 4 cases defined
requirement for ATC receivers
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USIT Project
Simultaneous Transmissions Detection
System
Provide a technical solution being
able to automatically detect, with a
high probability and in real time, any
simultaneous transmission occurring
on any ATC frequency.
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Principle of USiT detection built-in Telerad RE90x0-2E
garbling
Frequency
analysis
 Principle : detect “garbling” that
can already be heard by
controllers in some conditions.
 Limits : voice and
motors can cause false
alarms
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garbling
voice
Performances of USiT detection built-in RE90x0-2G
Highlights :
• Algorithm built in RE90x0-2G since early
2011 (version 2.00)
• Always improving since !
• Performances:
• 0,5% false alarms
• Detection with power differences up
to 25dB
• 500ms to detect
+
SCT Flag
• Discreet but noticeable audio signaling
(can be switched on/off)
• Several detection profiles handle
different needs (terminal, en-route…)
• Issues with channel testing addressed
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French References
CIVIL ADMINISTRATION
 DGAC-DSNA-DTI ”Direction Technique de
l’innovation” Civil Air Traffic Technical
Department "
 DAM “Direction des affaires Maritimes”
(NDB’s and Radio-Communications)
 ADP ” Paris Airports“
OTHERS (Main Contractors)
 Dassault Aviation,
 Aerospace and Defense, Cap Gemini,
 Airbus, EADS
 ADPi, EGIS Avia, DCNS
 Thales Group, C.S., INEO,
 Thales-Raytheon, Oil Companies,
 Air France,
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DEFENCE






French Air Force
Marine (Aéronavale)
ALAT " Light Aviation”
Trials Centers
DGA EM
DGA EV
DCN
is the French major
supplier for Ground to Air
Aeronautical Radio-Communication
Systems in France
European References
NORWAY
CYPRUS
IRELAND
GREECE
ENGLAND
TURKEY
HOLLAND
BELGIUM
SWISS
LUX.
FRANCE
FINLAND
PORTUGAL
SWEDEN
SPAIN
GERMANY
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in the World
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In more than 70 countries
System Expertise
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Improving Competence at System Level
RCMS
Extended Range Stations and Network
Control Tower Communication Sys,
VCSS
VSAT
High Power Tx
Integrated Stations
ACC-CCR
Remote Control
BSS
Remote Control
1990
System Proposal
R&D
32
2000
2010
2012
System Expertise
On Site Studies :
Site selection
Air coverage survey
Frequency Plan
Co-sitting calculation
Services :
Installation
Putting into operation
On Site Acceptance Tests
Commissioning
Maintenance
Training
Technical assistance – Hotline services
33
ATC Telecommunication System Expertise
Emergency (Back-up ACC) and TWR VCS :
8 F – 8 O.P. Main/Standby
TWR – Main or Back-up
8 Frequencies – 8 Operator positions
Coupling capabilities
ACC – Back-up
32 Frequencies – 32 Operator positions
+ 8 Multichannel Tx/Rx in Time sharing
34
Switching Matrix
ATC System Expertise
TWR VCSS or Back-up System for TWR
Base : 4 Po - 4 Frequencies
Up-gradable up to 8 PO (modulo 4)
4F Listening modules available
Frequency control panel available
Coupling Capabilities
…
Example for one (1) Operator position using 6
frequencies Main-Standby
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Telerad’s System Expertise R.C.M.S
Remote Control and Monitoring Systems
TC 950 is designed for Tx/Rx
extended range using multimedia supports
– 4 or 2 wires lease lines
– Microwave link
– Satellite link (16 kbits/s ch.)
TC 950
DS900 –DS9000 Voting systems
for frequency offset applications
36
Remote Control & Monitoring System
Telerad’s System Expertise R.C.M.S
V/UHF Extended Range
stations NANSC Egypt
37
Installation and Commissioning
Services :
Installation,
Putting into operation,
On Site Acceptance Tests, Commissioning,
Maintenance,
Training,
Technical assistance – Hot line services
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DO137b VoIP references
Aena
Telecommunications Serving
CNS-ATM
Secure your Transition to
Voice Over IP with our
Software Defined Radios
Series 9000-2G
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VoIP G/A Radio
Equipment
ED137b
References
Spain
40
Already 300 radios in operation at Barcelona Gava
Aena
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