MiniDSX Multifunction Panels – 105540AE

Transcription

MiniDSX Multifunction Panels
Table of Contents
Connectivity Overview.............................................................. 1
Introduction............................................................................. 7
Modules.................................................................................. 9
Reference Schematic MDP-CH............................................ 10
Reference Schematic DS-1 MDP-H...................................... 11
Reference Schematic DS-3 MDP-RAHM.............................. 12
Reference Schematic DS-3 MDP-FAM................................. 13
Reference Schematic C5-MDP-RJRJ-16................................ 14
Reference Schematic Fiber Patch Panel................................. 15
Reference Schematic Ordering Guides.................................. 16
Reference Schematic Monitor Modules................................ 17
Reference Schematic Splitter Modules.................................. 18
Reference Schematic WDM Modules................................... 19
Reference Schematic CWDM Modules................................. 20
Accessories
Accessory Kits.................................................................. 21
Bantam Plugs................................................................... 22
Cross-Connect Wire........................................................ 23
DSX-3 Patch Cords.......................................................... 24
Preterminated Equipment Cable..................................... 25
Coaxial Connectors......................................................... 26
Tool Kit............................................................................ 27
Patch Cords..................................................................... 28
TracerLight and Standard Patch Cords............................. 29
62.5/125 Mulitmode....................................................... 30
50/125 Ultra Multimode.................................................. 31
Multifiber Patch Cords..................................................... 32
Fiber Connector/Adapter Cleaning Kit............................ 33
Appendix
Fiber Optic Specifications................................................ 34
Performance Criteria........................................................ 35
Detailed Fiber Installation Practices................................. 36
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The reality of today’s marketplace dictates that service provider networks must change to remain
competitive. New modulation techniques, faster metro optical fiber rings, voice, high-speed data and
multimedia services are deployed closer than ever to the edge of the network. These changes are largely
upgrades and reconfigurations designed to improve reliability, availability, accuracy and breadth of
services. Establishing a solid network foundation rooted in connectivity has already proven successful as
networks transitioned from analog to digital and from copper to fiber, and as service providers joined
networks together through collocation and consolidation.
As service providers approach the convergence of voice, data and video with IP-based services,
a foundation of connectivity remains just as essential.
Moving to more complex network models incorporating a connectivity foundation delivers multiple
proven benefits:
• Minimize operational costs. The capital allocated to purchase new electronics, software and
connectivity pales in comparison to the multi-year, ongoing cost of labor to manage and maintain
the network. With a connectivity foundation, labor costs for everything from initial installation, to
provisioning, to upgrades and reconfigurations, to maintenance is reduced. Minimizing operational
costs contributes to the bottom line just as strongly as new revenue sources.
• Increase network reliability. More and more, 99.999% availability pertains to more than just voice
services. With ILECs, MSOs, wireless service providers and others vying for the same customers,
quality of service measures and service level agreements will soon pertain to voice, data and video
services. Connectivity delivers reliability by providing termination, test access, and cable management
strategies that ensure maximum service availability.
• Maximize revenue. The competition is positioning to earn new revenues from broadband services and
take away annuity business from others in the marketplace. A solid connectivity foundation speeds
service provisioning while, at the same time, lowers the cost of provisioning. With faster turn-up of
services—and associated acceleration of revenue—service providers wield an attractive weapon in
competing for customers.
ADC is the market leader in the deployment of connectivity solutions for copper, fiber and wireless
networks around the world. With hundreds of millions of ports in service worldwide, over 600 patents,
and connectivity solutions that touch the majority of worldwide voice, video, and data communications
traffic, ADC has the products, services, and experience to make the inevitable work of network
transitions cost effective and profitable for service providers.
Flexible High-Speed Wireless Networks
The worldwide mobile phone market is growing steadily and rapidly. In order to support this growth
plan, and to assure that services are delivered at a price consumers are willing to pay, mobile operators
must wisely invest in new technologies – and upgraded networks.
Wireless operators will be able to deliver both mobile voice and mobile broadband services with the
same network investments and spectrum. Subscribers will benefit from 'everywhere coverage' and
higher data speeds.
BSS
GSM
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105540AE MiniDSX Multifunction Panels
Connectivity Overview
BTS
BSS
Wirelineand Wireless
Networks
BSC
BTS
BTS
BTS
MS
RNS
BSC
RNS
Node B
Node B
Node B
RNC
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U-MSC
Central Office
GSM and UMTS
RNC
3G/UMTS
Node B
MSC
MS:
BTS:
BSC:
MSC:
Data Networks
e.g. Internet
Mobilstation
Base Tranceiver Station
Base Station Controller
Mobile Switching Center
Node B:
RNC:
RNS:
UMSC:
+1-952-938-8080
UMTS-Base station
Radio Network Controller
Radio Network Subsystem
UMTS Mobile Switching Center
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Technologies such as High-Speed Downlink Packet Access (HSDPA) mean the evolution of 3G toward
higher bit rates and improved capacity, and these technologies have greatly reduced the cost of
delivering data services.
The demand for broadband services, which has exploded over the last few years, has led to a
significant impetus in growth of UMTS networks. The communication industry is preparing for
a rise in users of services.
“Beyond 3G” mobile-phone networks coming up
Mobile devices are developing into multimedia devices, no longer delivering voice only. The merger of
mobile phone, camera and MP3 is only the first step in a chain of new possibilities. The development
of network technology is not standing still: work is underway to develop mobile multimedia, broadband
and secure communication over a single device – functional anywhere in the world. With this in mind,
developers are working on the improvement of familiar technologies, on higher data-transfer speeds
and higher spectrum efficiency, as well as on completely new ideas for new “beyond 3G” mobile-phone
provisioning. This extremely rapid development towards mobile broadband phone systems with very
high capacity will only be practical, for consumers and carriers alike, if transmission efficiencies
improve proportionately.
Competitive networks require flexibility
The increased complexity of network infrastructure demands a high degree of flexibility for
reconfigurations and upgrades (e.g. new network components, new lines and new or upgraded
software). This requires the ability to make seamless network transitions, including equipment
additions, network configuration changes, line testing and monitoring and rapid re-routing of
disrupted service. In addition, large investments are required to upgrade old networks or to develop
new ones. Greater bandwidths require more cells, each covering smaller areas, to transmit larger data
volumes. Greater bandwidth also requires network operators to migrate from circuit-switched networks
to packet-switched networks, and while leveraging existing copper and using more fiber.
The investment of time and money needed to run the network can have a direct effect on the
profitability of the business. While the initial investment in flexible connectivity is relatively small, if this
flexibility is not in place, it can pose a huge revenue risk and result in dissatisfied subscribers. In today’s
competitive environment, no network operator can afford this risk, much less the cost implications if the
cell site or portion of the network is not functioning.
Proactive network monitoring for fault localization
In traditional copper networks, it was easy to access handoff points for test purposes.
As enhanced data services become more critical to mobile subscribers, loss of signal or extended
downtime in the network is no longer tolerated. Problems must be found and limited before they
threaten network integrity. Both for leased lines and leased bandwidths, as well as for every optical
connection point in the network, network operators must be able to identify and solve problems
right away.
DSX Applications
The management of equipment cables and cross-connect jumpers is a major consideration, ensuring
an organized and expandable network. The DSX system should be placed in a centralized location.
Whether in a MSC, Data Center, remote site, or wireless bay station or hub, DSX delivers a flexible
centralized location to access and monitor network signals non-intrusively.
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Cross-connection encourages seamless expansion, simple rerouting and quick restoration for today's
evolving networks. Reduce costs, increase revenues, and satisfy customers are the tenets of service
providers as they balance today’s tenuous financial climate with the promise of next-generation products
and services. And as networks migrate and expand to include more complex services, reliability and
flexibility become even more vital to their success. That is why digital system cross-connect (DSX)
solutions remain the best option for connecting network elements.
The deployment of DSX platforms eases network expansion; allows circuit access for non-intrusive
testing, monitoring, and patching; and establishes a central termination point for efficient circuit
rearrangements. It allows operators to add a migration of technological platforms and bring advanced
services closer to customers while preserving integrity at the network’s core.
Make the Connection
Telecommunications networks must be designed to seamlessly absorb new growth, accommodate
wiring changes, and restore failed circuits quickly. In its journey from source to destination, a signal
travels through a gamut of telecommunications equipment that transforms, grooms, multiplexes,
switches, demultiplexes, and routes the signal. Operators have three accepted methods of routing this
signal: direct connect, interconnect, and cross-connect via a DSX. Direct connection and interconnection
suffer from significant limitations, but the DSX remains fully capable of providing optimal flexibility,
reliability, and access to the network. DSX, coupled with a robust connectivity infrastructure, enhances
several work operations:
• Faster service provisioning with greater capacity
• Increased service reliability and protection of electronic equipment and network elements
• Fundamental maintenance including physical layer access
• Quicker service recovery
• Simple, uncomplicated rollovers in future network migration planning
• Non-intrusive network element replacement and testing
Connectivity typically accounts for 1% to 10% of the upfront costs of network deployment. A small
investment to simplify procedures, reduce errors, and minimize outages. Many network performance
problems stem from restricted access for maintenance, cable congestion, rerouting or monitoring
capabilities. And each problem is a high-maintenance proposition characterized by longer service
interruptions, operational inefficiency, and frustrated customers that can be easily averted with a DSX
solution.
There is more to connecting a network than simply running cables between network elements. Network
design plays a crucial role in determining whether a network will generate revenue or lose profitability
through excess labor costs and missed service opportunities.
Network design is evaluated against three criteria:
• Flexibility
• Central termination point
• Circuit access
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Flexibility demands DSX
Change is inevitable. In today’s dynamic, evolving networks, it isn’t a matter of if things will change—it’s
a matter of how much. Today’s communications networks demand a migration platform equipped
with the cable management and physical rearrangement flexibility to accommodate new services and
network elements. Today’s networks demand the flexibility of DSX.
Unlike a direct connect solution, where network elements are directly connected to one another in a
dedicated, pre-assigned method, a DSX solution serves as the demarcation point. This limits faults to
individual circuits only, allowing changes to be performed with minimal recabling and labor costs.
Direct connection forces operators to locate cables and then pull them to new locations, resulting in an
extensive, intrusive reengineering process that demands a great deal of time and money recabling each
network element. In contrast, a DSX allows operators to simply remove and replace a small wire on its
crossconnect field to reroute circuits. This quick resolution is critical for maintaining service even during
massive redesigns.
Easier reconfiguration allows operators to manage the subsequent traffic flow when access to the
physical network layer is required. Technicians can simply patch into the corresponding circuits with a
patch cord for reconfiguration or monitoring purposes.
Central termination point
During network element rearrangements, a DSX can manage all rerouting, terminating, and
maintenance functions from a centralized location. Without this centralized termination point, as in
direct connection, cables must be pulled from each network element and subsequently rerouted to new
destinations. This method of hardwiring jeopardizes reliability and often results in interrupted service
because damage isn’t limited to individual circuits but effects can quickly spread to all circuits within a
shared component like a common electronic backplane. For instance, a dropped wrench could knock
out an entire network element, inducing havoc throughout the network.
DSX and cross-connect systems allow operators to do all maintenance and rerouting from one location.
These robust devices protect other, more delicate equipment from inadvertent damage during the circuit
rearrangement process. And with easy circuit identification centralized, wiring on network elements’
backplanes remains undisturbed and unharmed.
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105540AE Circuit access
A network’s success often depends on how quickly it adapts to change and the simplicity of its
maintenance capabilities. Networks require physical access points on every circuit for monitoring,
patching, and testing purposes. The ability to tap into and read the signal on any circuit—and not
interrupt service to customers— is invaluable in today’s market. By incorporating jacks, DSX is the only
solution that can localize a fault by allowing operators complete access to any circuit, anytime.
Passing a signal through a jack creates a “window” into the circuit. Through this window the signal
can be monitored or pulled out, or a new signal can be introduced, by placing a temporary patch cord
into the corresponding ports. By inserting one end of the patch cord into a monitor port on the DSX,
and the other end into a test unit or other device, operators can monitor a signal without interrupting
service.
When intrusive testing is required, operators simply plug the patch cord into the IN/OUT port on the
cross-connect field of the DSX. The signal flow to the cross-connect field is interrupted and a new
connection between the jack and patch can be made. The signal can then be sent to a testing device to
check for transmission errors or to another network element to temporarily reroute the signal.
The integration of a DSX into the network allows operators to patch around faulty circuits quickly and
easily. And operators are given time to restore the primary circuit without fear of service outages for
customers.
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Passing the test of time
Networks evolve over time as technology changes and advanced services are adopted. Equipment
obsolescence and the necessary incorporation of new technologies present carriers with ongoing
challenges. When the customers and the market are ready, the carrier must move quickly or risk missing
revenue opportunity. A DSX crossconnect point allows deferment of property/plant and equipment
expenses and allows upgrades to new technologies with the least disruption to current services. A
physical plant with optimal cable management capabilities encourages quick reconfigurations, upgrades,
and diverse alternate routing. Only through the cross-connection of network elements will service
providers be able to meet the changing needs of their networks.
Value-Added Modules (VAMS) for high flexibility and functionality
VAMs incorporate various fiber optic components, and they perform a range of functions that help
assure network flexibility and reliability by providing convenient points for non-intrusive, proactive
monitoring and testing. This does more than just guarantee customer satisfaction. Above all, it gives
the mobile operator the opportunity to address any problems in the best way and best time, often
before anything as serious as a service outage happens – which, of course, has a direct effect on both
customer satisfaction and revenue.
The vital factor in this process is the quality of the modules employed. Only products that fulfill present
requirements and anticipate future ones can ensure the reliability of the network and minimize the
effect of changes and tests on the network.
VAMs from ADC improve the reliability of a network and ensure profitable
network operation
Value-Added Modules from ADC fulfill precisely these requirements. Available in a wide range of
designs, they can be used as a monitoring module at any optical connection point and can monitor
various interfaces. They can be employed at handoff points or backhaul network access and transition
points, at network operation demarcation points, and for protocol analysis. The decisive factors for the
modules’ configuration and placement are the information requirements of the technical department
in question. This may be signal or protocol monitoring, or temporary connection of test equipment
for fault localization and repair. For this purpose, to avoid damaging the overall performance of
the network, five or ten percent of the actual optical power is used as a test signal to provide early
indication of link degradation. Depending on the purpose of the monitoring on the sub-system, an
independent measuring point, using monitoring equipment from almost all manufacturers, can be
linked to the monitoring module via appropriate fiber optic connectors. Modules are designed to
be installed simply and quickly and can be deployed in existing optical distribution frame, cabinet,
or panel applications.
Here's How CWDMs Work
In simple terms, a passive CWDM implementation
involves placing VAM modules and upgraded
transmitters and receivers at each end of the
network segment. CWDM equipment performs
two functions: 1) segregates the light to ensure
only the desired combination of wavelengths are
used, and 2) multiplexes and demultiplexes the
signal across a single fiber link.
1471 nm
1491 nm
1511 nm
1531 nm
1551 nm
Single Fiber
1571 nm
CWDM
1591 nm
1611 nm
In many applications, a 1310 nm fiber route has already been established to accommodate existing
services. By adding additional wavelengths with CWDM technology, new services can co-exist on the
same, existing fiber.
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This cost-effective technology allows you to meet additional service requirements by increasing the
capacity of your existing fiber by 4 times, 8 times or more. It takes less fiber to generate more revenue.
The Optimized Fiber Network
CWDM technology simply makes sense, particularly with the technological advancements in today’s
fiber and transceiver options. This solution easily delivers the requirements that are crucial to all service
providers in today’s highly competitive industry:
• Transparency
• Scalability
• Low cost
When new applications and increasing demand set the pace for today’s next generation networks, look
to ADC’s CWDM solutions to help you win the race.
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Providers can install a CWDM system at the headend that will drop one 20 nm channel (wavelength) at
each node along a particular configuration. Each CWDM device is packaged into the VAM platform for
seamless integration into fiber panels, distribution frames or cross-connect frame systems, saving floor
space and eliminating extra patch cords.
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Introduction
The use of ADC Connectivity improves the quality of data and voice services and is the right choice
for reliable, functional and commercially viable solutions – assuring a speedy return on investment
and profitable network operation.
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ADC Fiber Optic Monitoring Module
• Real-time monitoring and test access for fiber optic networks
• Permanent QoS checking
• 10% of the transmission signal strength used for early warning of attenuation increase
• Non-intrusive testing
• Automatic detection of “out-of-tolerance” signals
Application
• Collocation back haul hand off points
• Hand-off interface between Carrier and Service Provider
A fiber optic network is, by its very nature, a closed system. Typically, the first sign for an existing
problem is a signal that fails to reach its destination, or arrives corrupted or attenuated. Without test
access points in the network, technicians must undertake time-consuming searches for faults. The
network may be taken out of service to search for the fault. Once the source of the problem is found,
the section of the network in which the trouble has been localized is taken out of service still longer, the
fault corrected, and action taken to prevent future problems. The process can be greatly improved and
simplified through the use of optical monitoring devices such as value-added modules.
MiniDSX Multi Function Product Family
The MiniDSX Multi Function products are used in environments where multiple transmission rates
and media need to be connected. This includes: voice circuits, alarm connections, DSX1, DSX3, Cat 5e,
Cat 6, Cat 6a, and fiber termination with or without splicing.
The flexibility to connect various types of media in one panel simplifies equipment connections
and provides a convenient test access point as well as a convenient location for rearranging and
restoring circuits.
DSX Module
Using DSX-1 and DSX-3 modules to inter-connect or cross-connect various network elements is an
efficient way of organizing the digital telecommunications equipment. There are three basic areas
in a DSX: the wire termination area for terminating the signal (wire) from a network element; the
cross-connect area, used to connect the two DSXs that have terminated the signals from two digital
network elements; and finally, the heart of the DSX, the jack.
Each DSX jack provides an OUT, IN and MONITOR signal access point. The OUT and IN switching
jacks provide direct access to the network element’s input and output signals. These jacks provide
a connection between DSX panels or positions that are cross-connected allow access to the signals
for test and patching operations. A MONITOR jack with high impedance bridge networking is
connected to the OUT jack for non-intrusive access to the output signal of each network element.
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Introduction
DSX Features and Benefits
• OUT/IN jacks – Fast and easy access to circuits for testing, monitoring and patching
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• Bantam die-cast jacks – Guarantees quality and reliability over time
• Non-intrusive –20dB Monitoring – Provides monitoring without interrupting the signal and flow
of communications
• Multiple designs and configurations – Design optimized for each application
• Coax and 100 Ohm connections provide the flexibility to connect 75 Ohm equipment
to 100 Ohm equipment
Fiber Modules
The fiber modules provide a variety of fiber connectivity including termination, termination/splicing and
optic splitting in small compact low-profile modules. These products are designed specifically to act
as part of the fiber distribution system in a small fiber count location or as a demarcation point for the
service at a particular location.
The modules are available in the Front and Rear configuration or in an All Front access configuration.
Lower operations costs, greater reliability and flexibility in service offerings, and quicker deployment
of new and upgraded services—these are the characteristics of a successful service provider in a
competitive global market.
The ADC family of fiber optic panel (FOP) solutions delivers the crucial elements of fiber cable
management: connector and cable accessibility, bend radius protection, cable routing paths and
physical protection. If these elements are executed correctly, the network can deliver its full
competitive advantages.
• Connector and Cable Access: Allowing easy access to installed fibers is critical in maintaining
proper bend radius protection. FOP products ensure that any fiber can be installed or removed
without inducing a macrobend on an adjacent fiber. The accessibility provided by features such
as sliding adapter packs can have a significant impact on network reconfiguration time. Accessibility
is most critical during network reconfiguration operations and directly impacts operation costs and
network reliability.
• Bend Radius Protection: Simply put, optimal signal flow ensures network performance and reliability.
ADC’s FOP products ensure that the proper bend radius is maintained to prevent attenuation and
deliver the highest possible performance as well as long-term reliability. Note: Reduced bend radius
cable solutions, while offering a tighter bend radius, are not a substitute for well-engineered cable
management.
• Cable Routing Paths: Improper technician routing of fibers is one of the major causes of bend radius
violations. FOP products are extremely craft friendly, providing routing paths that are clearly defined
and easy to follow—leaving no room for guesswork and ensuring that technicians can easily trace
and locate fibers.
• Physical Protection: All fibers should be protected throughout the network from accidental damage
by technicians and equipment. Fibers routed between pieces of equipment without proper protection
are susceptible to damage, which can critically impact network reliability. ADC’s robust fiber cable
management technology ensures that every fiber is well protected and designed to withstand daily
wear and tear.
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Modules
Ordering Information
Configuration
Part Number
Empty Chassis
19”x RU (1.75)
Holds 3 modules
DS-1/3 MDP-CH
(Empty chassis)
(Three modules
shown as reference)
DS1 8 Ckt Rear
Front - 3 port
Bantam Jack
Cross-connects
Rearwire wrap
DS-1 MDP-H
DS3 2 Ckt
(Terminations)
Front - 3 port
Mid-size Jack
Cross-connects Rear BNC
DS-3 MDP-RAHM
DS3 1 Ckt
(2 Ckt Interconnect)
Total Front Access
Front - 3 port
Mid-size Jack
Cross-connects - BNC
Equipment - BNC
DS-3 MDP-FAM
16 Ckt Cat 5e RJ to RJ
Front - RJ connectors
Rear - RJ Connectors
C5-MDP-RJRJ-16
16 Ckt Cat 5e RJ to LSA
Front - LSA IDC
Rear - RJ Connectors
C5-MDP-RJIL-16
105540AE 16 Termination
Fiber Patch
Front - Fiber adaptors
Rear - Fiber from
equipment
(See Fiber Module
ordering guide)
•
Optic splitter
Front - Fiber adaptors
Rear - Fiber adaptors
All Front Access
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Module
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Reference Schematic
4"
2"
1.75"
All chassis are equipped with 3 available positions. All empty positions are pre-installed with
blanks. There is mounting. There are universal mounting brackets and hardware
for 19" or 23" mounting.
The chassis will accept any mixed and matched combination of the modules. The following
options are available:
• 8 to 24 DS1 terminations
• 1 to 6 DS3 terminations
• 16 to 48 Cat 5e termination
• 16 to 48 Fiber terminations
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DS-1/3 MDP-CH
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Reference Schematic
MON
Circuit Identification Marking
Out
OUT
Twisted Pair
IN
Rear View Rotated
Twisted Pair
Each DSX jack provides an OUT, IN and MONITOR signal access point. The OUT and IN switching jacks
provide direct access to the network element’s input and output signals. These jacks provide access to
the signals for test and patching operations. A MONITOR jack with high impedance bridge networking
is connected to the OUT jack for non-intrusive access to the output signal of each network element.
The rear equipment connections and cross-connects are wire-wrap.
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DS-1 MDP-H
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Reference Schematic
TX
OUT
NE
DSX
RX
IN
105540AE NE
OUT
IN
BNC
TX
IN
BNC
464
OHM
1/8W
IN
OUT
MON
IN
OUT
MON
IN
OUT
MON
IN
OUT
MON
93.1
OHM
1/8W
75
OHM
IN
OUT
MON
This module is a 2 ckt DSX-3 module with equipment (or cross-connects) on the rear and jack access
ports on the front side.
Each DSX jack provides an OUT, IN and MONITOR signal access point with Midsize (Mini-WECO)
interfaced. The OUT and IN are make-before-break switching jacks and provide direct access to the
network element’s input and output signals. A non-intrusive -20dB MONITOR jack with high impedance
bridge networking is connected to the OUT jack for non-intrusive access to the output signal of each
network element. When accessed in the OUT or IN port, the jack is self-terminating to 75 ohms. The
equipment connections are 75 ohm BNCs.
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RX
OUT
IN
OUT
DS-3MDP-RAHM
DS-3 MDP-RAHM
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Reference Schematic
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DS-3 MDP-FAM
MON
464 ohm
1/8W
93.1 ohm
1/8W
OUIT
BNC (OUT)
75 ohm
IN
BNC (IN)
SCHEMATIC
CKT TYPICAL
SEE SCHEMATIC
DETAIL
MON
OUT
OUT
IN
IN
IN
IN
OUT
MON
OUT
TX
OUT
IN
OUT
NE
RX
IN
DSX
RX
IN
IN
NE
OUT
TX
OUT
This module is an All Front Access Module with equipment and jack access ports on the front side.
Each DSX jack provides an OUT, IN and MONITOR signal access point with Midsize (Mini-WECO)
interfaced. The OUT and IN are make-before-break switching jacks and provide direct access to the
network element’s input and output signals. A non-intrusive -20dB MONITOR jack with high impedance
bridge networking is connected to the OUT jack for non-intrusive access to the output signal of each
network element. When accessed in the OUT or IN port, the jack is self-terminating to 75 ohms.
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Reference Schematic
8
7
6
5
4
3
2
1
FRONT
RJ SHIELD
GND
CHASSIS
GND
8
7
6
5
4
3
2
1
REAR
The RJ modules provide connection for the Ethernet data in accordance with TIA standards and
specifications. The front of the panels enable up to 16 Ethernet connections using an RJ 45 jack
on the front and the option of RJ or LSA-PLUS interconnection displacement connection (IDC) on the
back of the panel.
The RJ modules are available in Cat 5e.
Description
Catalog Number
Module = 16RJ to 16RJ
C5-MDP-RJRJ-16
Module = 16RJ to 16IL
C5-MDP-RJIL-16
5/09
•
C5-MDP-RJRJ-16
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14
Reference Schematic
The fiber modules include a variety of options including termination, termination/splice and splitter
modules for lower profile applications. These products are designed specifically to act as part of the fiber
distribution system in a small fiber count network or as the demarcation point for the service provider at
a particular location.
5/09
•
Fiber Patch Panel
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15
Mini DSX Multifunction Panels
FLD-M Ordering Guide
Catalog Number
0 __ __ __ – __ __
FLD-M __ __
2
3
4
Capacity/Ports Loaded
5 6
Splice/Cable Type
6
6 position
12
12 Position
16
16 Position
32
32 Position (LC only)
Connector Style
Multimode
0
None
1
Bare Fusion
Heat Shrink Fusion
Mechanical/Mass Fusion
9
MMSC
2
6
MMLC
3
Singlemode
Pigtail Fiber Type
A
Adapters only
7
SMSC
P
StrandedSM Pigtails
J
SMASC
R
RibbonSM Pigtails
8
SMLC
B
50/125 multimode
2
ALC
G
50/125 300 meters
Stub Type
Multimode Stub Type
Y
IFC stranded 50/125 riser
C
IFC stranded 62.5/125
Singlemode Stub Type
IFC stranded riser
M
IFC ribbon riser
B
Black
P
Putty
Stub Length (M)*
OR
8
Color
000
No Stub
008
008
016
016
023
023
031
031
039
039
046
046
061
061
077
077
092
092
122
122
153
153
*Standard, riser-rated IFC only.
Other configurations available upon request. Please contact ADC Technical Assistance Center.
5/09
•
1
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16
Monitor Modules
Catalog Number
0 __
0 __
0
M __ __ __ __ __ __ __ __
FLD-V __
2
3
4
5
6
Input connector options
SC Ultra Polish
7A
SC Angle Polish
KU
LC Ultra Polish
KA
LC Angle Polish
8
9 10
Monitor module options*
Singlemode
7U
7
Output connector options
Singlemode
J
Dual monitor cross connect - all
front inputs
D
Dual monitor cross connect front/rear inputs
G
Dual monitor cross connect front/rear inputs
R
Single monitor cross connect
Split ratio
7U
SC Ultra Polish
7A
SC Angle Polish
KU
LC Ultra Polish
KA
LC Angle Polish
A
90/10
Number of circuits per module
1
One circuit
2
Two circuits
3
Three circuits
5/09
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1
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Splitter Modules
Catalog Number
0
S __ __ __ __ __ __ __ __ __ __ __
FLD-V __
2
3
4
5
6
7
8
9 10 11
Number of splitters per module
Input/output location options
Singlemode
A
One splitter
2
Input front, output front
B
Two splitters
3
Input front, output rear
C
Three splitters
4
Input rear, output rear
D
Four splitters
5
Input rear, output front
Split Ratio
Input connector options
Singlemode
2000
1 x 2 50/50
2200
1 x 2 60/40
7U
SC Ultra Polish
2400
1 x 2 70/30
7A
SC Angle Polish
2600
1 x 2 80/20
KU
LC Ultra Polish
2800
1 x 2 90/10
KA
LC Angle Polish
3900
1 x 3 33/33/33
4900
1 x 4 25/25/25/25
5300
1 x 5 20/20/20/20/20
6000
1 x 6 16.6/16.6/16.6/16.6/
16.6/16.6
8000
1 x 8 12.5/12.5/12.5/12.5/
12.5/12.5/12.5/12.5
Output connector options
Singlemode
7U
SC Ultra Polish
7A
SC Angle Polish
KU
LC Ultra Polish
KA
LC Angle Polish
5/09
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1
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18
WDM Modules
Catalog Number
0
D __ __ __ __ __ __ __ __ __ __
FLD-V __
2
3
4
5
6
7
8
9 10
2
Common front, l front
3
Common front, l rear
4
Common rear, l rear
5
Common rear, l front
Wavelength scheme
A
1310 (l1) / 1550 (l2)
Isolation
1
Standard (15 dB)
2
High (30 dB)
3
Very high (45 dB)
Common port connector
WDM component types
Singlemode
7U
SC Ultra Polish
A
Unidirectional multiplexer
7A
SC Angle Polish
C
Two (dual circuit)
KU
LC Ultra Polish
KA
LC Angle Polish
Number of circuits per module
l Port connector
A
One (single circuit)
B
Two (dual circuit)
Singlemode
7U
SC Ultra Polish
7A
SC Angle Polish
KU
LC Ultra Polish
KA
LC Angle Polish
5/09
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1
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CWDM Modules
Catalog Number
0
C __ __ __ __ __ __ __ __ __ __ __
FLD-V __
2
3
4
5
6
7
8
9 10 11
Number of Circuits
2
Common front, l front
1
One
3
Common front, l rear
2
Two
4
Common rear, l rear
3
Three
5
Common rear, l front
4
Four
1310 nm upgrade port
Common port connector
Singlemode
7U
SC Ultra Polish
7A
SC Angle Polish
KU
LC Ultra Polish
KA
LC Angle Polish
Y
YES
N
No
MUX or DEMUX
A
MUX (8 channel
or greater)
B
DEMUX (8
channel or
greater)
B
MUX/DEMUX
(less than 8
channel)
l Port connector
Singlemode
7U
SC Ultra Polish
7A
SC Angle Polish
KU
LC Ultra Polish
KA
LC Angle Polish
Number of
wavelengths
per circuit
A
8
B
4
C
10
D
2
E
1
Highest channel wavelength
A
1610 nm
B
1590 nm
C
1570 nm
D
1550 nm
E
1530 nm
F
1510 nm
G
1490 nm
H
1470 nm
5/09
•
1
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Accessories
Accessory Kits
Catalog
Number
Description
Accessory kit 1 includes:
1 600 Ohm terminating plug
10 Single red circuit guard
3 1.2 m (4') single patch cord
3 1.2 m (4') dual patch cord
2 1.8 m (6') conversion patch cord
(PJ743)
(PJ744)
(PJ749)
(PJ925R)
(PJ718)
(PJ768)
(PJ722)
(PJ946)
4 Dual looping plug
10 Dummy plug red
(PJ743)
(PJ744)
(PJ749)
(PJ925R)
(PJ746)
(PJ748R)
(PJ718)
(PJ768)
(PJ722)
(PJ772)
(PJ1208)
(PJ1308)
(PJ948)
6 Dual looping plug
10 Dummy plug red
(PJ743)
(PJ744)
(PJ749)
(PJ925R)
(PJ746)
(PJ748R)
(PJ722)
(PJ772)
(PJ1208)
(PJ1308)
(PJ948)
(PJ1210)
(PJ1310)
ACK-1
Patch Cord Accessory Kits
ACK-2
ACK-3
5/09
•
Bantam accessory kits include bantam patch
cords, plugs and terminating plugs to
simplify ordering.
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Accessories
Bantam Plugs
Catalog Number
Terminating plugs
100 Ohm (actual resistor
PJ800
PJ744
PJ743
PJ749
PJ801
PJ802
PJ804
PJ806
Looping plugs
Two-conductor
Three-conductor
PJ745
PJ746
Hole plugs
Black
Red
PJ729B
PJ729R
Dummy plugs
Two-conductor
Three-conductor
PJ747
PJ748
Conversion plugs — 310 to bantam
Two-conductor
Three-conductor
AP047
AP051
PJ925R
PJ925W
PJ925
PJ926R
PJ926W
PJ926B
PLG-100051
PLG-100050
PLG-100052
value:
value:
value:
value:
100
135
604
909
Ohm,
Ohm,
Ohm,
Ohm,
1%)
1%)
1%)
1%)
Short profile terminating plugs
100 Ohm (actual resistor value:
100
120
120
120
Ohm,
Ohm,
Ohm,
Ohm,
1%)
1%)
1%)
1%)
Orange
Orange
Green
Red
Circuit guard plugs
Single plugs (each)
Red
White
Black
Quad plugs (each)
Red
White
Black
Dual plug (kits of 25)
Red
Black
White
5/09
•
Description
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Accessories
5/09
•
Cross-Connect Wire
Cross-connect wire is used to connect DSX jacks
together by completing a patch between two
cross-connect points. The five-conductor wire is
24 AWG solid tinned copper.
Color-code:
• P air number one is blue paired with a white
band marker
• Pair number two is orange paired with a white
band marker
• F ifth conductor is green and used for LED
tracer identification
Description
Catalog Number
Cross-connect wire (500' roll)
Rack-mounted spool holder for cross-connect wire; supports 500’ or 1000’ roll
DSX-CCW/500
DSX-CCW/1000
DSX-CCW/1500
DSX-CCW/2000
AUX-0X6667
Note: Order by quantity of rolls required, not by length.
Wire-Wrap Tool Kits
Description
Catalog Number
Manual wire-wrap tool kit Includes:
Manual wire-wrap tool
22-24 AWG wire-wrap bit sleeve
22-24 AWG wire-wrap bit
26 AWG wire-wrap bit
Electronic wire-wrap tool Includes:
Electronic wire-wrap tool
22-24 AWG wire-wrap bit
26 AWG wire-wrap bit
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AUX-0X0165
AUX-0X0800
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Accessories
DSX-3 Patch Cords (with RG59 Type Cable)
Used to patch between DSX-3 Jacks
PCH-__ XB-__
Patch Cord Length
Plug Type
Midsize plugs
001-010
Lengths in 0.31 m (1') increments
SS
Standard-size plugs
012-030
BB
BNC connector
035-050
MM
Ordering Example:
Catalog number PCH-MMXB-012: 12' (3.7 m) patch cord with midsize plugs on both ends.
Conversion Patch Cords (with RG59 Type Cable)
Used to patch between different jacks such as DSX-3 jacks to test set jacks
Catalog Number
PCH-__ XB-__
Patch Cord Length
Plug Type
MS
Midsize plug to standard-size plug
001-010
BM
BNC connector to midsize plug
012-030
BS
BNC connector to standard-size plug
035-050
Ordering Example:
Catalog number PCH-MSXB-012: 12' (3.7 m) patch cord with midsize (mini-WECO) plugs on one end and
standard-size plug on the other end.
PCH-MMXB-003
PCH-SSXB-003
PCH-BBXB-003
5/09
•
Catalog Number
PCH-BMXB-003
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24
Accessories
5/09
•
Preterminated Equipment Cable
Preterminated equipment cable is available with connectors on one or
both ends of the cable. Cable types include single RG59, 734 and 735A
coaxial cables. In addition, the miniature 735A-type cable is available
in bundled cable with an outer overall jacket enclosing 2, 3, 6, 9 or 12
individually numbered coaxial conductors.
Catalog Number
PCH-BXXX-025
PCH- ___ ___ X ___ - ___
Connector Interface Type on
First End of Jumper
B
R
Cable Length
BNC connector
Right angle BNC connector
XXX
Coaxial Cable Type
Connector Interface Type on
Second End of Jumper
B
R
X
Length in feet
(25' [7.6 m] increments)
Single RG59
Single 734
Single 735A
Dual 735A (2 coaxial conductors)
3-pack 735A (3 coaxial conductors)
B
E
C
D
R
T
W
X
BNC connector
Right angle BNC connector
No connector (customer provided)
Ordering Example:
Catalog Number PCH-BXXT-150:
150' (45.8 m) 6-pack cable using
735A type coaxial cable with BNC
connectors on one end only.
Bulk Equipment Cable
Catalog Number
Description
Single RG59
Single 734
Single 735A
Dual 735A (2 coaxial conductors)
HDW-100237
DSX-3-CMP
3AC-BB
3AC-2BB
3AC-3BB
3AC-6BB
3AC-9BB
3AC-12BB
Order in one foot (.305 m) increments.
Bulk Cross-Connect Cable
Description
Catalog Number
S3 dual cross-connect
D
cable with tracer lead
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Accessories
Coaxial Connectors
Center
Conductor
Cable
Type
Outer Jack
Diameter
735A
0222
RG59
734
728
0.127"
0.155"
0.241"
0.236"
0.305"
26
24
23
20
20
Right Angle BNC
Connectors
BNC-RA-3
BNC-RA-7
BNC-RA-2
BNC-RA-1
BNC-RA-4
735A
0222
RG59
734
728
0.127"
0.155"
0.241"
0.236"
0.305"
Straight TNC
Connectors
TNC-3
TNC-7
TNC-2
TNC-1
TNC-4
735A
0222
RG59
734
728
0.127"
0.155"
0.241"
0.236"
0.305"
Catalog
Number
Straight BNC
Connectors
BNC-3
BNC-7
BNC-2
BNC-1
BNC-4
Connector Crimp
Sleeve
Center Pin*
gauge
gauge
gauge
gauge
gauge
0.178"
0.197"
0.255"
0.255"
0.324"
0.042"
0.042"
0.042"
0.042"
0.042"
26
24
23
20
20
gauge
gauge
gauge
gauge
gauge
0.178"
0.197"
0.255"
0.255"
0.324"
0.042"
0.042"
0.042"
0.042"
0.042"
26
24
23
20
20
gauge
gauge
gauge
gauge
gauge
0.178"
0.197"
0.255"
0.255"
0.324"
0.042"
0.042"
0.042"
0.042"
0.042"
*In addition to the .042" square pin crimp, all connectors listed above are compatible with a
12 point method of crimping.
Tools for connector termination are available on pages 66 and 67.
Cable Dimensions
5/09
•
BNC-3
BNC-RA-3
TNC-3
Tracer Pins
Description
Catalog Number
Tracer pin and sleeve — 1 each
PGS-110005
Tracer pin and sleeve — 100 piece kit
PGS-110006
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Accessories
Tool Kit
Catalog Number
5/09
•
Description
Connection tool kit
BNC-TOOL-1
Includes:
• Crimp tool (WT-2)
• BNC crimp die set for 735, RG59 and 734 cables (WD-2)
• Stripping tool with cassette for 735/0222 cables (STC-13B)
• Stripping tool with cassette for RG59/734 cables (STC-12B)
• Cable termination tray (LCA-000009)
• Insertion/withdrawal tool for BNC connector (BT2000)
• Carrying case
BNC-TOOL-1
Connection tool kit
• Same as BNC-Tool-1; includes auto stripper
BNC-TK735
Coaxial Tools
LCA-000009
Catalog Number
Description
Adjustable cable termination tray for 19" or 23" chassis
LCA-000009
Insertion/withdrawal tool
BNC connector
TNC connector
BT2000
TT1000
Coaxial Cable Cutter
DSX-3 CCUT
Crimp tool
WT-2
Crimp die set for WT-2 tool
735, RG59 and 734 cables
0222 cable
RG59, 734 and 728 cables
WD-2
WD-3
WD-1
Stripping tool with black cassette for BNC or TNC connector
735A/0222 cables
RG59/734 cables
728 cables
STC-13B
STC-12B
STC-11B
Replacement cassette (black) for BNC or TNC connector
735A/0222/RG59/734/728 cables
CCS-BLK
BNC Connection Tool Kit
Includes tracer lead crimps and 400 BNC connectors
to make up 100 dual cross-connect cords (4 BNCs and
two tracer lead crimps per cord). Order cable separately BT2000
TT1000
DSX-3 CCUT
BNC-3FLDKIT
WT-2
STC-13B
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27
Accessories
Patch Cords
These RJ45 (8P8C) plug to RJ45 plug patch cords
use ADC Category 5e cable and exceed the
requirements for Category 5e.
Before ordering patch cords, check the transmit
and receive orientation of the hub and network
interface card. Some manufacturers require
a crossover of transmit and receive pairs; others
have either the hub port or NIC card reversed
in advance. Some can switch between the two.
Please contact the ADC Technical Assistance
Center with questions.
Description
Cable Color
Catalog Number*
RJ45 plug to RJ45 plug, T568B, wired straight through Quantity: 1
RJ45 plug (T568B)
RJ45 plug (T568B)
White Red Blue Green Yellow Gray TP5ETA-WTXX
TP5ETA-RDXX
TP5ETA-BLXX
TP5ETA-GNXX
TP5ETA-YLXX
TP5ETA-GYXX
RJ45 plug to RJ45 plug, T568A,
wired straight through Quantity: 1
RJ45 plug (T568A)
RJ45 plug (T568A)
White Red Blue Green Yellow Gray TP5ETA0WTXX
TP5ETA0RDXX
TP5ETA0BLXX
TP5ETA0GNXX
TP5ETA0YLXX
TP5ETA0GYXX
RJ45 plug to RJ45 plug,
crossover wired Quantity: 1
RJ45 plug (T568B)
RJ45 plug (T568A)
White Red Blue Green Yellow Gray TP5ETACWTXX
TP5ETACRDXX
TP5ETACBLXX
TP5ETACGNXX
TP5ETACYLXX
TP5ETACGYXX
*Replace XX with:
04 = 4'
07 = 7'
10 = 10'
15 = 15'
25 = 25'
50 = 50'
5/09
•
®
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28
Accessories
5/09
•
ADC offers an expansive line of fiber optic patch cords for use throughout high-speed networks
in cross-connect, test, and equipment areas to link optical equipment. ADC patch cords undergo
an extensive manufacturing and inspection process to meet the performance specifications of your
high-speed network.
TracerLight Patch
Cords
Standard Patch
Cords
SC/UPC to SC/UPC singlemode
in lengths indicated
SC/UPC to SC/UPC 2.0 mm
singlemode in lengths indicated
SC/UPC to LC/UPC 2.0 mm
Catalog Number
FTL-7/7-D001M
FTL-7/7-D003M
FTL-7/7-D007M
FTL-7/7-D007M
FTL-7/7-D010M
FTL-7/7-D012M
FTL-7/7-D015M
FTL-7/7-D020M
Catalog Number
FPCM-SPSC-1M
FPCM-SPSC-3M
FPCM-SPSC-5M
FPCM-SPSC-7M
FPCM-SPSC-10M
FPCM-SPSC-12M
FPCM-SPSC-15M
FPCM-SPSC-20M
Catalog Number
FPCM-SPSC/PLC-1M
FPCM-SPSC/PLC-3M
FPCM-SPSC/PLC-5M
FPCM-SPSC/PLC-7M
FPCM-SPSC/PLC-10M
FPCM-SPSC/PLC-12M
FPCM-SPSC/PLC-15M
FPCM-SPSC/PLC-20M
SC/UPC to LC/UPC singlemode
FC/UPC to FC/UPC 2.0 mm
SC/APC to SC/APC 2.0 mm
Catalog Number
FTL-7/C-D001M
FTL-7/C-D003M
FTL-7/C-D007M
FTL-7/C-D007M
FTL-7/C-D010M
FTL-7/C-D012M
FTL-7/C-D015M
FTL-7/C-D020M
Catalog Number
FPCM-SPFC-1M
FPCM-SPFC-3M
FPCM-SPFC-5M
FPCM-SPFC-7M
FPCM-SPFC-10M
FPCM-SPFC-12M
FPCM-SPFC-15M
FPCM-SPFC-20M
Catalog Number
FPCM-APSC-1M
FPCM-APSC-3M
FPCM-APSC-5M
FPCM-APSC-7M
FPCM-APSC-10M
FPCM-APSC-12M
FPCM-APSC-15M
FPCM-APSC-20M
SC/APC to SC/APC singlemode
LC/UPC to LC/UPC 2.0 mm
Catalog Number
FTL-E/E-D001M
FTL-E/E-D003M
FTL-E/E-D007M
FTL-E/E-D007M
FTL-E/E-D010M
FTL-E/E-D012M
FTL-E/E-D015M
FTL-E/E-D020M
Catalog Number
FPCM-SPLC-1M
FPCM-SPLC-3M
FPCM-SPLC-5M
FPCM-SPLC-7M
FPCM-SPLC-10M
FPCM-SPLC-12M
FPCM-SPLC-15M
FPCM-SPLC-20M
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Accessories
62.5/125 Multimode
__ __ - __ - B - __ M
Cable Option
FPC Connector on both ends (patch cord)
FPT Connector on one end (pigtail)
Length
Cable Type
Leave
3mm single
Blank
M 2mm single
F 1.7mm single
9 900 micron
Z 3mm dual zip
2 2mm dual zip
T 1.7mm dual zip
Connector Type 1
MSC SC ultra polish
MDSC SC duplex 2
MST ST® ultra polish
MLC LC ultra polish
MDLC LC duplex
1
2
X Length in meters
For hybrid patch cords, enter both connector types in this field and separate them with a slash mark (/)
One connector per end; requires dual zip cable
Ordering Example
FPC-MST/MSC-B-7M: Patch cord with ST® ultra polish connector on one end and SC ultra polish connector on the
other end, 62.5/125 fiber size, 7 meters in length.
50/125 Multimode
Catalog Number
__ __ - __ - A - __ M
Cable Option
Length
Cable Type
Leave
3mm single
Blank
OM 2mm single
F 1.7mm single
9 900 micron
Z 3mm dual zip
2 2mm dual zip
T 1.7mm dual zip
Connector Type 1
X Length in meters
MSC
MDSC
MST
MLC
MDLC
SC ultra polish
SC duplex 2
ST® ultra polish
LC ultra polish
LC duplex
•
Catalog Number
5/09
1
2
Ordering Example
FPC2-MSC/MLC-A-7M: Patch cord with SC ultra polish connector at one end and LC ultra polish on the other
end, 2mm dual zip 50/125 fiber, 7 meters in length.
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30
Accessories
50/125 Ultra Multimode (Laser Optimized to 300m)
Catalog Number
5/09
•
__ __ - __ - A - __ M
Cable Option
Length
Cable Type
A 3mm single
MA 2mm single
FA 1.7mm single
2A 2mm dual zip
TA 1.7mm dual zip
Connector Type 1
1
2
X Length in meters
MSC
MDSC
MST
MLC
MDLC
SC ultra polish
SC duplex 2
ST® ultra polish
LC ultra polish
LC duplex
Ordering Example
FPCTA-MSC/MLC-A-7M: Patch cord with SC ultra polish connector at one end and LC ultra polish on the other
end, 2mm dual zip 50/125 ultra fiber, 7 meters in length.
Singlemode
Catalog Number
__ __ - __ - __ - __ M
Cable Option
Cable Type
Leave
3mm single
Blank
M 2mm single
F 1.7mm single
9 900 micron
Z 3mm dual zip
2 2mm dual zip
T 1.7mm dual zip
Length
X Length in meters
Cable Type
Blank 2mm
S
900 micron, 1.7mm, 3mm
Connector Type 1
SPSC SC ultra polish
APSC SC angled polish
SDSC SC duplex 2
SPFC FC ultra polish
APFC FC angled polish
1
For hybrid patch cords, enter both connector types SPST ST® ultra polish
in this field and separate them with a slash mark;
SPLX LX.5® ultra polish 3
remove “S” from the ultra polish connector options SDLC LC ultra polish duplex 2
2
(see second ordering example).
Ordering Example
FPC2-SPFC-10M: Patch cord with ultra polish FC connectors on both ends, 2mm dual zip
cable, 10 meters in length with standard breakout length of 12" on both ends.
FPC-SPST/PSC-S-10M: Patch cord with ST® ultra polish connector on one end and SC ultra
polish connector on the other end, 10 meters in length.
www.adc.com
•
+1-952-938-8080
•
1-800-366-3891
31
Accessories
Multifiber Patch Cords (4 to 32 fibers)
5/09
•
Cable Jacket, PVC
0.89mm thick
Central Strength
Aramid Yarn
Member
PVC Jacket
0.64 mm thick
Cable Jacket, PVC
1.65mm thick
Aramid Yarn
Central Strength
Member
1.7mm
Fiber subunit
Buffered Fiber
900 micron
1.7mm
Fiber subunit
Rip Cord
Rip Cord
Rip Cord
Rip Cord
(12 fiber shown)
Standard wall
(4-fiber shown)
Soft wall
(12-fiber shown)
Thick wall
(4-fiber shown)
Standard wall: Available with 4, 6, 12 or 32 tight buffered 1.7mm fibers enclosed in a standard wall
outer jacket. Each 1.7mm fiber is coded for easy identification of individual fibers. Central strength
member, aramid yarn; PVC jacket thickness 0.89mm.
Soft wall: Available with 6, 8 or 12 tight buffered 900 micron fibers with a thin outer jacket. No central
strength member or aramid yarn; PVC jacket thickness 0.64mm.
Thick wall: Available with 4 or 24 tight buffered 1.7mm fibers. Each 1.7mm fiber is coded for easy
identification of individual fibers. Central strength member, aramid yarn; PVC jacket thickness 1.65mm.
Multimode
Catalog Number
MFPM- __ / __ - __ __ __ __ M- __ __ / __ __
Connector Type
(1st and 2nd end)
0
9
5
A
P
Stub
SC ultra polish
ST® ultra polish
FC ultra polish
LC ultra polish
Breakout Length
Length
X Length in meters
X Length in inches
Leave blank if both ends 12"
Cable Type
WB 4-fiber soft wall, 62.5/125
PB 6-fiber soft wall, 62.5/125
NB 12-fiber soft wall, 62.5/125
Singlemode
Catalog Number
FPM-0 __ / __ - __ __ __ __ M- __ __ / __ __
Connector Type
(1st and 2nd end)
0 Stub
7 SC ultra polish
4 ST® ultra polish
2 FC ultra polish
E SC angled polish
D FC angled polish
K LC ultra polish
www.adc.com
•
Breakout Length
Length
X Length in meters
X Length in inches
Leave blank if both ends 12"
Cable Type
A
D
W
E
P
L
F
M
AD
BD
4-fiber thick wall with 1.7mm subunits
4-fiber standard wall with 1.7mm subunits
4-fiber soft wall
6-fiber soft wall
8-fiber soft wall
12-fiber soft wall
+1-952-938-8080
•
1-800-366-3891
32
Accessories
The fiber connector/adapter cleaning kit contains
all the items required to adequately clean fiber
connectors and adapters. The performance of an
optical fiber system is largely dependent on the
fiber connector cleaning procedures followed prior
to installation. It is suggested that all the connectors
and adapters be cleaned before making any
connections. The kit cleans approximately 500
connectors or adapters.
Catalog Number
Description
Fiber connector/adapter cleaning kit
Includes:
• Instruction sheet
• Lint-free wipes
• Isopropyl alcohol
• Cotton swabs
• Lint-free pipe cleaners
• Oil-free compressed air
FPC-CLNKIT
This kit contains flammable alcohol and compressed air. For this reason, it can be shipped
by surface method only.
5/09
•
Fiber Connector/Adapter Cleaning Kit
www.adc.com
•
+1-952-938-8080
•
1-800-366-3891
33
Appendix
Multimode Ultra
Polish Connectors
Insertion Loss
(850/1310nm)
Return Loss
(850/1310nm)
SC
ST®
FC
LC
0.5dB max.
0.5dB max.
0.5dB max.
0.5dB max.
20dB min.
20dB min.
20dB min.
20dB min.
Singlemode Ultra
Polish Connectors (UPC)
Insertion Loss
(1310 and 1550nm)
Return Loss
(1310 and 1550nm)
Fiber Recess
Apex Offset
Radius of Curvature
Singlemode Angled
Polish Connectors (APC)
Insertion Loss
(1310 and 1550nm)
Return Loss
(1310 and 1550nm)
Polished Endface Radius
Fiber Recess
Apex Offset
Endface Angle
LX.5®
0.4dB max.
0.15dB typical
25dB min.
SC
0.2dB max.
0.09dB typical
57dB min.
ST®
0.2dB max.
0.15dB typical
57dB min.
FC
0.2dB max.
0.09dB typical
57dB min.
LC
0.3dB max.
0.1dB typical
55dB min.
LX.5®
0.2dB max.
0.08dB typical
57dB min.
± 50nm
50 micron max.
10–25mm
± 50nm
50 micron max.
10–25mm
± 50nm
50 micron max.
10–25mm
-100 to +50nm
50 micron max.
10–25mm
± 50nm
50 micron max.
10–25mm
SC
0.5dB max.
0.15dB typical
65dB min.
ST®
0.5dB max.
0.2dB typical 65dB min.
FC
0.5dB max.
0.15dB typical 65dB min.
LX.5®
0.2dB max.
0.08dB typical
65dB min.
5–15mm
-100 to +50nm
50 micron
8˚ ± 0.5
5–15mm
-100 to +50nm 50 micron
8˚ ± 0.5
5–15mm
-100 to +50nm
50 micron
8˚ ± 0.5
5–12mm
± 50nm
65 micron
8˚ ± 0.5
Patch Cords
L
L ength
0 to 15m
+15m
Tolerance
+16cm/-0cm
+1%/-0cm
Length
0 to 15m
+15m
Tolerance
+16cm/-0cm
+1%/-0cm
Multifiber
•
Fiber Optic Specifications
5/09
L
www.adc.com
•
+1-952-938-8080
•
1-800-366-3891
34
Appendix
Performance Criteria
All services will be in compliance with, but not limited to, the following specifications and verified
through Nextel’s internal auditing procedures:
Fiber optic equipment must be installed in compliance with the OEM product installation manual
instructions if they are more stringent than the applicable industry standard.
Overall List of Applicable Fiber Standards
Industry Standard
Description
ANSI/EIA/TIA 568-B.1
Commercial building telecommunications standard
Optical fiber cabling components standard
ANSI/EIA/TIA 756
Customer owned outside plant telecommunications cabling standard
GR-1069
Generic requirements non-metallic reinforced service wire, January 1999
GR-1081
Generic requirements for field-mountable optical fiber connectors, January 1995
GR-1275
GR-1275-CORE Issue 6, November 2004
GR-20
Generic requirements for optical fiber and optical fiber cable, July 1998
GR-2898
Generic requirements for fiber demarcation boxes, December 1999
GR-3108
Generic requirements for network equipment in the outside plant (OSP), July 2004
GR-3120
Generic requirements for hardened fiber optic connectors (HFOC’s), March 2005
GR-326
Generic requirements for singlemode optical connectors and jumper assemblies,
September 1999
GR-
Generic requirements for premises fiber optic cable, June 1994
GR-449
Generic requirements and design considerations for fiber distributing frames,
July 2003
GR-487
Generic requirements for electronic equipment cabinets, March 2000
GR-63NEBS
(™) requirements physical protection, April 2002
GR-765
Generic requirements for single fiber singlemode optical splices and splicing
systems, September 1995
GR-771
Generic requirements for fiber optic splice closures, August 1994
Installation Manual 1.OC
Nextel MSO installation standards
5/09
•
Installation & Material Standards
www.adc.com
•
+1-952-938-8080
•
1-800-366-3891
35
Appendix
Detailed Fiber Installation Practices
5/09
•
Inside Plant Fiber (ISP)
Installation Practices
Description
1.0 Fiber Optic Cabling
1.1 Jumpers - Indoor
1.2 Cables - Plenum - Riser
1.3 Composite
GR-1275
•Commercial building telecommunications
standard
•Optical fiber cabling components standard
• GR-1275-CORE Issue 6, November 2004
2.0 Fiber Cable Management
2.1 Indoor Rack Mounted
2.2 Indoor Wall Mounted
2.3 Slack Management & Storage
GR-1275
3.0 Termination and Routing Equipment GR-1275
3.1 Fiber Pathways
4.0 Fiber Optic Testing
GR-1275
standard
5.0 Fiber Optic Connectors
GR-1081
standard
•Generic requirements for field mountable
optical fiber connectors, January 1995
6.0 Fiber Splicing
GR-2898
•Generic requirements for fiber
demarcation boxes, Dec. 1999
•Generic requirements for single fiber
singlemode optical splices and splicing
GR-765
Outside Plant Fiber (OSP)
7.0 Fiber Cabling
7.1 Outdoor - Aerial
7.2 Outdoor - Installed in Duct
7.3 Outdoor - Direct Burial
7.4 Outdoor - Fiber Cable
ANSI/EIA/TIA 756
Description
• Customer owned outside plant
• Telecommunications cabling standard
8.0 Termination & Routing Equipment GR-487
8.1 Outdoor Pole Mounted
8.2 Outdoor Pedestal Mounted
8.3 Outdoor Ground Mounted
•Generic requirements for electronic
equipment cabinets, March 2000
9.0 Fiber Optic Testing
•Optical fiber cabling
components standard
GR-3120
•Generic requirements for hardened fiber
optic connectors (HFOC’s), Mar 2005
•Generic requirements for singlemode optical connectors and jumper assemblies,
September 1999
GR-326
11.0 Fiber Optic Splicing
www.adc.com
•
GR-765
+1-952-938-8080
•
1-800-366-3891
36
Appendix
Inside Plant Fiber (ISP)
12.0 Fiber Optic Cabling
12.1 Jumpers - Indoor
12.2 Cables - Plenum - Riser
12.3 Composite
Industry Standard
Description
GR-20
• Optical fiber cabling components standard
•Generic requirements for optical fiber and
optical fiber cable, July 1998
•Generic requirements for single mode
optical connectors and jumper assemblies,
September 1999
•Generic requirements for premises fiber
optic cable, June 1994
GR-326
GR-409
13.0 Fiber Cable Management
13.1 Indoor Rack Mounted
13.2 Indoor Wall Mounted
GR-449
•Generic requirements and design
considerations for fiber distributing
frames, July 2003
•(™) requirements physical protection,
April 2002
GR-63NEBS
14.0 Termination and Routing Equipment GR-356
14.1 Fiber Pathways
•Generic requirements for optical cable
innerduct and accessories
•Generic requirements for single mode
optical connectors and jumper assemblies,
September 1999
GR-3120
GR-326
16.0 Fiber Splicing
GR-2898
•Generic requirements for fiber
demarcation boxes, December 1999
•Generic requirements for fiber optic splice
closures, August 1994
GR-765
GR-771
Outside Plant Fiber (OSP)
Material Standards
Industry Standard
17.0 Fiber Cabling
17.1 Outdoor - Aerial
17.2 Outdoor - Installed in Duct
17.3 Outdoor - Direct Burial
17.4 Outdoor - Fiber Cable
ANSI/EIA/TIA 756
• Customer owned outside plant
• Telecommunications cabling standard
18.0 Termination & Routing Equipment
18.1 Outdoor Pole Mounted
18.2 Outdoor Pedestal Mounted
18.3 Outdoor Ground Mounted
GR-2898
•Generic requirements for fiber demarcation
boxes, Dec. 1999
•Generic requirements for network
equipment in the Outside Plant (OSP),
Jul. 2004
•(™) requirements physical protection,
April 2002
Fiber Optic
Connectors
•Generic requirements for singlemode optical connectors and jumper assemblies,
September 1999
20.0 Fiber Optic Splicing
GR-765
•Generic requirements for fiber optic splice
closures, August 1994
GR-3108
GR-63NEBS
5/09
•
Material Standards
GR-771
www.adc.com
•
+1-952-938-8080
•
Description
1-800-366-3891
37
Website: www.adc.com
From North America, Call Toll Free: 1-800-366-3891 • Outside of North America: +1-952-938-8080
Fax: +1-952-917-3237 • For a listing of ADC’s global sales office locations, please refer to our website.
ADC Telecommunications, Inc., P.O. Box 1101, Minneapolis, Minnesota USA 55440-1101
Specifications published here are current as of the date of publication of this document. Because we are continuously
improving our products, ADC reserves the right to change specifications without prior notice. At any time, you may
verify product specifications by contacting our headquarters office in Minneapolis. ADC Telecommunications, Inc.
views its patent portfolio as an important corporate asset and vigorously enforces its patents. Products or features
contained herein may be covered by one or more U.S. or foreign patents. An Equal Opportunity Employer
105540AE 5/09 Revision © 2009 ADC Telecommunications, Inc. All Rights Reserved

MiniDSX Multifunction Panels – 105540AE

Transcription

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