x AlliedTelesyn™ Wiring Solutions: For Optimized xDSL Performance Release 8.0 (and up unless reissued) Issue 1 © 2006 Allied Telesyn Networks. All rights reserved. Information subject to change without notice.
Introduction Congratulations on your purchase of Allied Telesyn™ products! Who Should Read This Guide? This document is intended for sales and network engineers, project managers, and service provider and telco staff who are involved in equipment recommendations, ordering, installation and maintenance of xDSL (ADSL and SHDSL) subscriber service and associated equipment both at the central office and subscriber premises.
Table of Contents 1 Solutions for Optimized ADSL Performance - - - - - - - - - - - -1-1 2 CO-Based Solutions - - - - - - - - - - - - - - - - - - - - - - - - - - - -2-1 2.1 Overview - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-1 2.2 AT-TN-101-A (ADSL8S) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-2 2.
5.3 CAT5 Best Practices - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -5-3 5.4 TN-101-A (ADSL8S) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -5-4 5.5 AT-TN-C000-A - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -5-5 5.6 AT-TN-C001-A - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -5-6 5.
1. Solutions for Optimized ADSL Performance In order to deliver video, data, and voice service with high ADSL data rates, constant bandwidth, and error-free performance, it is important to consider the overall connection from the ADSL system in the provider’s premises to the equipment located at the subscriber’s premises, an end to end solution. Careful consideration must be given to the engineering of this solution because its characteristics can and will affect ADSL performance.
Figure 1-1 illustrates a complete wiring solution from the iMAP with the CO-based solutions through the office to the subscriber premises with Residential solutions. Telesyn iMAP Device POTS 3 1 Splitter 1a 2 4 Distribution Frame Network Isolation Device PC Splitter 5 6 Attenuator iRG Outside Plant Facilities Television Phone FIGURE 1-1 Phone Set Top Box Generic Telesyn ADSL circuit Numbered points on Figure 1-1 are explained below: 1.
2. CO-Based Solutions 2.1 Overview Cabling, wiring, connection and splitter options for each of the ADSL solutions are described in this chapter. Ordering information is provided. Detailed product specifications are provided in the Appendix.
AT-TN-101-A (ADSL8S) xxx value Cable Length xxx value Cable Length 030 30 ft. 090 90 ft. 040 40 ft. ------------- ------------------- 2.2 AT-TN-101-A (ADSL8S) Distribution Frame A ADSL8S NT -101A TN-101-A ADSL 8 PULL FAULT INSERV Equip. Side Subsc.
AT-TN-101-A (ADSL8S) AT-TN-K025-A010 Terminal block with four Cable Assembly - 10 ft. AT-TN-K025-A015 Terminal block with four Cable Assembly - 15 ft. AT-TN-K025-A020 Terminal block with four Cable Assembly - 20 ft. AT-TN-K025-A030 Terminal block with four Cable Assembly - 30 ft. AT-TN-K025-A040 Terminal block with four Cable Assembly - 40 ft. AT-TN-K025-A050 Terminal block with four Cable Assembly - 50 ft. AT-TN-K025-A060 Terminal block with four Cable Assembly - 60 ft.
TN-121-A, TN-124B - Standard Splitter (ADSL24A, ADSL24B) D Order CAT5 Jumper wire to connect components on the Distribution Frame. Refer to the Appendix for wiring practices 5.3. Part Number Description TN-K015-A Kit, Jumper Wire, 1 pair, CAT5, White/Blue, 1K ft. Roll 2.3 TN-121-A, TN-124B - Standard Splitter (ADSL24A, ADSL24B) Distribution Frame ADSL24 Equip. Side Subsc.
TN-121-A, TN-124B - Standard Splitter (ADSL24A, ADSL24B) A Order adapter cables that allow a transition from optimized connections to standard connections. (Optimized end is red.) B Part Number Description AT-TN-C018-A005 Optimized male to Conventional male telco assembly - 5 ft. AT-TN-C018-A010 Optimized male to Conventional male telco assembly - 10 ft. AT-TN-C018-A015 Optimized male to Conventional male telco assembly - 15 ft.
TN-121-A, TN-124B - Standard Splitter (ADSL24A, ADSL24B) C Order one terminal block cable assembly per four splitter cards. The DF block is included and should be mounted on the distribution frame and connected directly to the splitter. Part Number Description AT-TN-K019-A005 Terminal block with four Cable Assembly - 5 ft. AT-TN-K019-A010 Terminal block with four Cable Assembly - 10 ft. AT-TN-K019-A015 Terminal block with four Cable Assembly - 15 ft.
TN-121-A, TN-124B - Standard Splitter (ADSL24A, ADSL24B) Part Number Description TN-K015-A Kit, Jumper Wire, 1 pair, CAT5, White/Blue, 1K ft.
TN-121-A, TN-124B - High Performance Splitter (ADSL24A, ADSL24B) 2.4 TN-121-A, TN-124B - High Performance Splitter (ADSL24A, ADSL24B) Distribution Frame ADSL24 Card B Equip. Side Subsc.
TN-121-A, TN-124B - High Performance Splitter (ADSL24A, B Part Number Description AT-TN-C013-A003 Optimized 25 pair Cable Assembly - 3 ft. AT-TN-C013-A005 Optimized 25 pair Cable Assembly - 5 ft. AT-TN-C013-A007 Optimized 25 pair Cable Assembly - 7 ft. AT-TN-C013-A010 Optimized 25 pair Cable Assembly - 10 ft. AT-TN-C013-A015 Optimized 25 pair Cable Assembly - 15 ft. AT-TN-C013-A020 Optimized 25 pair Cable Assembly - 20 ft. AT-TN-C013-A030 Optimized 25 pair Cable Assembly - 30 ft.
TN-121-A, TN-124B - High Performance Splitter (ADSL24A, ADSL24B) Provides 3 rack units of up to 4 cards for up to 96 ADSL ports C Order one terminal block cable assembly per four ADSL cards. The DF block is included and should be mounted on the distribution frame and connected directly to the splitter. Part Number Description AT-TN-K022-A005 Terminal block with four Cable Assembly - 5 ft. AT-TN-K022-A010 Terminal block with four Cable Assembly - 10 ft.
TN-121-A, TN-124B - High Performance Splitter (ADSL24A, D Order CAT5 Jumper wire to connect components on the Distribution Frame. Use CAT5 wiring practices 5.3. Part Number Description TN-K015-A Kit, Jumper Wire, 1 pair, CAT5, White/Blue, 1K ft.
AT-TN-113-A (POTS24) 2.5 AT-TN-113-A (POTS24) Distribution Frame Subsc. Side To Subscriber P C A To existing frame blocks Frame Jumpers (Alternative option) FIGURE 2-4 POTS24 The POTS24 solution is comprised of the following components: • • • • Note: Telesyn system with POTS24 cards Cabling to the splitter Splitter Cabling from splitter to the POTS24 card This section only addresses the POTS24 functionality. For connections from the splitter to ADSL24 and the splitter to the DF, refer to 2.3.
AT-TN-113-A (POTS24) TN-C008-A-020 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 20FT TN-C008-A-030 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 30FT TN-C008-A-040 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 40FT TN-C008-A-050 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 50FT TN-C008-A-060 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 60FT TN-C008-A-070 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 70FT TN-C008-A-080 CABLE,
AT-TN-123-A (PAC24) 2.6 AT-TN-123-A (PAC24) The PAC24 card provides both the POTS24 and ADSL24A functionality on one card, with internal splitters. As a result, a separate splitter is not used. Distribution Frame PAC24 Card A Equip. Side Subsc. Side To Subscriber (Alternative option) To existing frame blocks FIGURE 2-5 B Frame Jumpers PAC24 A Order one terminal block cable assembly per four ADSL cards.
AT-TN-123-A (PAC24) AT-TN-K022-A050 Terminal block with four Cable Assembly - 50 ft. AT-TN-K022-A060 Terminal block with four Cable Assembly - 60 ft. AT-TN-K022-A070 Terminal block with four Cable Assembly - 70 ft. AT-TN-K022-A080 Terminal block with four Cable Assembly - 80 ft. AT-TN-K022-A090 Terminal block with four Cable Assembly - 90 ft. Alternatively, order one cable assembly per card, wire wrap unterminated end to existing DF blocks and connect directly to the splitter.
AT-TN-129-A - Internal Splitter Annex-A (ADSL24SA) 2.7 AT-TN-129-A - Internal Splitter Annex-A (ADSL24SA) Distribution Frame ADSL24SA Card POTS B A Equip. Side Subsc. Side To Subscriber (Alternative option) To existing frame blocks FIGURE 2-6 C Frame Jumpers ADSL24SA The ADSL24SA provides the ADSL24A functionality on one double-width card, with internal POTS splitters.
AT-TN-129-A - Internal Splitter Annex-A (ADSL24SA) A Order one cable per ADSL24SA card and connect one end directly to the (label PSTN CAT 3) and the other end to a POTS connection. Note: This uses standard RJ21 wiring, so exisitng cable could be used instead of this cable. . Part Number Description TN-C008-A-005 CABLE, CONVENTIONAL RJ21 MALE TO CONVENTIONAL RJ21 MALE, 5FT.
AT-TN-129-A - Internal Splitter Annex-A (ADSL24SA) AT-TN-K022-A030 Terminal block with four Cable Assembly - 30 ft. AT-TN-K022-A040 Terminal block with four Cable Assembly - 40 ft. AT-TN-K022-A050 Terminal block with four Cable Assembly - 50 ft. AT-TN-K022-A060 Terminal block with four Cable Assembly - 60 ft. AT-TN-K022-A070 Terminal block with four Cable Assembly - 70 ft. AT-TN-K022-A080 Terminal block with four Cable Assembly - 80 ft.
AT-TN-71xx-A 2.8 AT-TN-71xx-A In release 6.1, the 7101, 7102, 7103, 7104, and 7105 are no longer available. Instead, the following product is available: • TN-07112-A - Provides ADSL Annex-A service for 48 ports. This product replaces the 7101, 7102, 7103, and 7104. Note: In a future release, the TN-9100-A can be configured to replace the TN-7105-A and provide Annex-B service. The connections for the two ADSL24-A cards are similar to the line interfaces for the TN-121-A, using the TNS101-A splitter.
Cabinet Solutions 2.9 Cabinet Solutions ADSL8S cards TN-101A A TN-101A TN-101A ADSL 8 TN-101-A TN-101-A TN-101-A ADSL 8 POTS ADSL 8 Surge Protector PULL FAULT INSERV To outside plant facilities and subscriber Circuits 0 - 23 FIGURE 2-7 Surge Protector Adapter Assembly A Order one 24 circuit surge protector adapter assembly for every 3 ADSL8S cards (one adapter assembly protects 3 ADSL8S cards). 1. Connect the ground cable from the surge protector adapter assembly to GND. 2.
3. Installation recommendations 3.1 Overview This section illustrates recommended wiring installation procedures for the solutions detailed in the previous sections.
AT-TN-C013-A 3.2 AT-TN-C013-A The following diagram illustrates the wiring required at the distribution frame for the AT-TN-C013-A, ADSL24 card, and High Performance splitter. For each ADSL24 card, the user would: 1. Connect one AT-TN-C013-A of correct length from the ADSL24 card to the High Performance splitter card ADSL connector. 2. Connect one AT-TN-K022-A of correct length from the splitter card LINE connector to the distribution frame. 3.
AT-TN-K019-A 3.3 AT-TN-K019-A The following diagram illustrates the wiring required at the distribution frame for the AT-TN-K019-A and ADSL16 card. For each ADSL16 card, the user would: 1. Connect one AT-TN-C008-A of correct length from the ADSL16 card to the splitter card ADSL connector. 2. Connect a customer-supplied CAT3 cable/wiring of correct length from the splitter card PHONE connector to the Class #5 switch for POTS service. 3.
AT-TN-K022-A 3.4 AT-TN-K022-A 3.4.0.1 ADSL16 High Performance - Optimized The following diagram illustrates the wiring required at the distribution frame for the AT-TN-K022-A and ADSL16 card. For each ADSL16 card, the user would: 1. Connect one AT-TN-K019-A of correct length from the ADSL16 card to the distribution frame. 2. Connect one AT-TN-K022-A of correct length from the splitter card ADSL connector to the distribution frame. 3.
AT-TN-K022-A AT-TN-K022-A from Telesyn splitter card (connects to 4 cards) Subscriber premises CPE 01 Splitter Card 1 Splitter Card 2 Splitter Card 3 Splitter Card 4 25 1 3 5 2 4 6 1 3 2 4 6 1 3 5 7 9 11 14 16 18 20 22 24 26 28 30 32 34 36 39 19 21 23 25 27 29 31 33 35 37 40 18 20 22 24 26 30 32 34 36 19 21 23 25 27 29 31 33 35 37 40 18 22 24 26 30 32 34 36 41 43 45 47 A B TIP RNG C TIP RNG 5 2 4 6 1 3 5 2 4 6 8 7 8 7 8
AT-TN-K022-A AT-TN-K022-A from Telesyn TN-S105-A splitter card (connects to 4 cards) Subscriber premises CPE 01 Splitter Card 1 Splitter Card 2 Splitter Card 3 Splitter Card 4 A TIP RNG B TIP RNG C TIP RNG D 25 1 3 5 2 4 6 1 3 5 2 4 6 1 3 5 2 4 6 1 3 5 2 4 6 7 8 7 8 7 8 7 9 11 10 12 9 11 10 9 10 9 12 11 12 11 14 16 15 17 14 16 15 17 14 16 15 17 14 16 18 20 22 24 26 19 21 23 25 27 29 31 33 35 37 40 18 22 24 26 30 32 34 36 20 3-6
AT-TN-K025-A 3.5 AT-TN-K025-A The following diagram illustrates the wiring required at the distribution frame for the AT-TN-K025-A and ADSL8S card. 1. Connect one AT-TN-K025-A of correct length from the ADSL8S card to the distribution frame. The user should refer to the connector pinouts for the pin connection numbering. This is how a single subscriber line would be wired. 1. Pair 1 is connected to the incoming subscriber line. 2. Pair 2 is connected to the Class 5 switch for POTS service.
AT-TN-K025-A 3-8 Telesyn Wiring Solutions (Installation recommendations)
4. Residential Premises 4.
Customer Premises Equipment A Order one CPE Splitter per subscriber ADSL connection. Should be mounted at the entry to the house and a Home-Run taken directly from the splitter to the ADSL Modem Part Number Description Market Specific Market dependent requirements B Order sufficient attenuators to apply one to each short loop of ADSL service that is deployed. (A short loop is defined as being less than 3500 feet).
5. Appendix 5.1 General Safety Guidelines Note: Only personnel familiar with local telco practices should install, replace, or service this equipment. Note: Before starting equipment installation procedures, the user should read the whole chapter for important information and safety warnings. Before cabling the equipment, the user should be aware of standard safety practices and the hazards involved in working with electricity to avoid accidents.
General Safety Guidelines Setup Precautions and Antistatic Procedures Electrostatic discharge (ESD) can damage equipment when electronic equipment is handled improperly. ESD damage can produce total or partial failures in electronic equipment. Follow these ESD-prevention procedures when handling systems cards and modules: 1. Verify that the frame is electrically connected to earth ground. 2.
ADSL Card Connector cable pinout 5.2 ADSL Card Connector cable pinout The ADSL card connector pin number locations are illustrated in the next figure. Pin50 Pin50 Card Connector Cable Connector Pin26 FIGURE 5-1 Pin26 ADSL card connector cable pinout 5.3 CAT5 Best Practices Follow these recommendations when installing connectorized cables. • Carefully install the connectorized cables to the connector.
TN-101-A (ADSL8S) 5.4 TN-101-A (ADSL8S) The table below illustrates the ADSL8S card RJ-21 connector and pin layouts.
AT-TN-C000-A 5.5 AT-TN-C000-A Used to connect a conventional splitter to the DF using 25 pairs (50 wires) of unterminated wires. Pinouts for RJ21 to unterminated 15m cable assembly.
AT-TN-C001-A 5.6 AT-TN-C001-A RJ-21 to unterminated 25m cable assembly. Note: See AT-TN-C000-A for wiring pinouts 5.7 AT-TN-C002-A RJ-21 to unterminated 35m cable assembly.
AT-TN-C005-A 5.8 AT-TN-C005-A Used to connect the ADSL8S to two different positions on the DF, one for POTS and one for ADSL using 16 pairs (32 wires) of unterminated wires, 4 pair to a bundle. 4 (4-pair) 15m cable assembly (unterminated).
AT-TN-C006-A 5.9 AT-TN-C006-A 4 (4-pair) 25m cable assembly. Note: See AT-TN-C005-A for wiring pinouts 5.10 AT-TN-C007-A 4 (4-pair) 35m cable assembly.
AT-TN-C008-A-xxx 5.
AT-TN-C013-A-xxx 5.12 AT-TN-C013-A-xxx Used to connect ADSL24 cards to a high performance splitter.
AT-TN-C018-A-xxx 5.13 AT-TN-C018-A-xxx Used to adapt or transition from high performance CAT5 cabling to standard telco cabling.
AT-TN-C019-A-xxx 5.14 AT-TN-C019-A-xxx Used to connect the high performance splitter to the DF. Pinouts for Optimized 5-wired RJ-21 to unterminated 15m, 25m, and 35m cable assembly.
AT-TN-K019-A-xxx 5.15 AT-TN-K019-A-xxx Used to terminate ADSL24 or standard splitter at the distribution frame.
AT-TN-K019-A-xxx RJ-21 Male Connector Cable Pair Pin A 1 ADSL-Ring-1 A 26 ADSL-Tip-1 1 A 2 ADSL-Ring-2 A 27 ADSL-Tip-2 2 A 3 ADSL-Ring-3 A 28 ADSL-Tip-3 3 A 4 ADSL-Ring-4 A 29 ADSL-Tip-4 4 A 5 ADSL-Ring-5 A 30 ADSL-Tip-5 5 A 6 ADSL-Ring-6 A 31 ADSL-Tip-6 6 A 7 ADSL-Ring-7 A 32 ADSL-Tip-7 7 A 8 ADSL-Ring-8 A 33 ADSL-Tip-8 8 A 9 ADSL-Ring-9 A 34 ADSL-Tip-9 9 A 10 ADSL-Ring-10 A 10 35 ADSL-Tip-10 A 11 ADSL-Ring-11 A 11 36 ADSL-Tip-11 A 12 ADSL-Ring-12 A 12 37 ADSL-Tip-12 A 13 ADSL-Ring-13 A 13 38 ADSL-Tip-13
AT-TN-K022-A-xxx 5.16 AT-TN-K022-A-xxx Used to terminate high performance splitter cards at the distribution frame. This view illustrates the DF block with flap opened and turned upright.
AT-TN-K022-A-xxx RJ-21 Male Connector Cable Pair Pin A 1 ADSL-Ring-1 A 2 ADSL-Tip-1 1 A 3 ADSL-Ring-2 A 4 ADSL-Tip-2 2 A 5 ADSL-Ring-3 A 6 ADSL-Tip-3 3 A 7 ADSL-Ring-4 A 8 ADSL-Tip-4 4 A 9 ADSL-Ring-5 A 10 ADSL-Tip-5 5 A 11 ADSL-Ring-6 A 12 ADSL-Tip-6 6 A 13 A 14 ADSL-Ring-7 A 15 ADSL-Tip-7 7 A 16 ADSL-Ring-8 A 17 ADSL-Tip-8 8 A 18 ADSL-Ring-9 A 19 ADSL-Tip-9 9 A 20 ADSL-Ring-10 A 21 ADSL-Tip-10 10 A 22 ADSL-Ring-11 A 23 ADSL-Tip-11 11 A 24 ADSL-Ring-12 A 25 ADSL-Tip-12 12 A 26 ADSL-Ring-13 A 27 ADSL-Tip-1
AT-TN-K025-A-xxx 5.17 AT-TN-K025-A-xxx Used to terminate ADSL8S at the distribution frame. This view illustrates the DF block with flap opened and turned upright.
AT-TN-K025-A-xxx Cable A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A RJ-21 Male Connector Pair Pin 1 ADSL-Ring-1 26 ADSL-Tip-1 1A 2 Line-Ring-1 27 Line-Tip-1 1L 3 ADSL-Ring-2 28 ADSL-Tip-2 2A 4 Line-Ring-2 29 Line-Tip-2 2L 5 ADSL-Ring-3 30 ADSL-Tip-3 3A 6 Line-Ring-3 31 Line-Tip-3 3L 7 ADSL-Ring-4 32 ADSL-Tip-4 4A 8 Line-Ring-4 33 Line-Tip-4 4L 9 ADSL-Ring-5 34 ADSL-Tip-5 5A 10 Line-Ring-5 35 Line-Tip-5 5L 11 ADSL-Ring-6 36 ADSL-Tip-6 6A 12 Line-Ring-6
Wiring Installation AT-TN-K026-A 5.18 AT-TN-K026-A PORTS 1-8 8 TS 1POR CONNECTOR AND HOOD UL RECOGNIZED S RT PO 1-8 Used to connect 3 ADSL8S cards into a cabinet. 24 circuit surge protector adapter assembly. CATEGORY 5E, 24 AWG, UL TYPE CMR, 25 PAIR, BLUE JACKET, PREMISE CABLE LENGTH: 8 FEET 6.100 CHASSIS AND BACKPLATE MATERIAL: 16 GUAGE STEEL FINISH: POWDER COATING, TEXTURED FLAT BLACK 24 PAIR PROTECTION PANEL 8 8.500 7.500 16 UNIT DEPTH: 2.
AT-TN-K026-A Wiring Installation 5. Connect the circuit from the surge protector adapter assembly into the cabinet surge protector. 6. Install a protection module on the surge protector adapter assembly for the specified circuit. TABLE 5-3 Pair Wiring Table for Surge Protector Adapter Assembly 5 Pin Conn. 5 Pin Conn. Cable 24 Pair Port. Panel Amp Champ (1-8) Splice 27 AMP Cable Wire Color 1 Tip (EQ.
Wiring Installation TABLE 5-3 Pair AT-TN-K026-A Wiring Table for Surge Protector Adapter Assembly (Continued) 5 Pin Conn. 5 Pin Conn. Cable 24 Pair Port. Panel Splice Amp Champ (1-8) AMP Cable Wire Color 7 Ring (EQ) Voice orange/white 14 brown/black 7 Tip (OSP) Voice/DSL white/blue Tip (OSP) | Tip (EQ) 38 black/green 7 Ring (OSP) Voice/DSL blue/white Ring (OSP) | Ring (EQ) 13 green/black | 8 Tip (EQ.
TN-S004-A (Splitter Chassis) Wiring Installation 5.19 TN-S004-A (Splitter Chassis) Used to separate the incoming ADSL24 line into voice and data. This high performance, high isolation splitter is specially designed to implement the functionality of low pass filtering of POTS over an ADSL application. It supports 96 lines and contains 4 splitter cards with 24 lines per card.
Splitter Conformance FIGURE 5-14 TN-S004-A (Splitter Chassis) High Performance Splitter Chassis - Fully Installed with Four Splitter Cards 5.19.1 Splitter Conformance TO BE SUPPLIED Splitter Safety Warnings • Never work alone when potentially hazardous conditions exist, and never assume that power has been disconnected from a circuit- always check. • Do not perform any action that creates a potential hazard to personnel or causes equipment to be unsafe.
TN-S004-A (Splitter Chassis) TN-S116-A (Splitter Card) - Annex B 5.19.2 TN-S116-A (Splitter Card) - Annex B The TN-S116-A is used to split the customer loop which contains both ADSL Annex B data and POTS voice signals into two separate signal paths - an ADSL data path and a voice band/ISDN path. This high performance, high isolation splitter card is specially designed to implement the low pass filter that removes the ADSL data from the voice band/ISDN signals.
Wiring Installation Overview TN-S004-A (Splitter Chassis) Telesyn 7700 CPE Incoming pair from the subscriber premises Connection to the MAP PHONE LINE ADSL PHONE LINE ADSL PHONE LINE ADSL PHONE LINE ADSL CO Switch Connection to the CO switch FIGURE 5-15 TN-S004-A Chassis Connections J1 FIGURE 5-16 Note: J2 J3 Connector Pinout Numbering Each card includes brackets and screws to facilitate the installation of tie wraps for the 90° RJ21 connectors. (Tie wraps are customer provided).
TN-S004-A (Splitter Chassis) Connector Pinouts - TN-S116-A 5.19.5 Connector Pinouts - TN-S116-A Use Table 5-5, Table 5-6, and Table 5-7 to locate the connectors PHONE (J1), LINE (J2), and ADSL (J3) on the splitter. The following tables provide the pinouts. Note: Refer to 5.19.6 for connector pinouts for the TN-S101-A.
Connector Pinouts - TN-S116-A TABLE 5-6 TN-S004-A (Splitter Chassis) J2 - Combined ADSL + POTS Output (Non-traditional) Pin Function Pin Function 1 Ring 1 26 Ring 13 2 Tip1 27 Tip13 3 Ring 2 28 Ring 14 4 Tip 2 29 Tip 14 5 Ring 3 30 Ring 15 6 Tip 3 31 Tip 15 7 Ring 4 32 Ring 16 8 Tip 4 33 Tip 16 9 Ring 5 34 Ring 17 10 Tip 5 35 Tip 17 11 Ring 6 36 Ring 18 12 Tip 6 37 Tip 18 13 NC 38 NC 14 Ring 7 39 Ring 19 15 Tip 7 40 Tip 19 16 Ring 8 41 R
TN-S004-A (Splitter Chassis) TABLE 5-7 Connector Pinouts - TN-S116-A J3 - ADSL input to splitter from SM (Non-traditional) Pin Function Pin Function 1 Ring 1 26 Ring 13 5-28 2 Tip1 27 Tip13 3 Ring 2 28 Ring 14 4 Tip 2 29 Tip 14 5 Ring 3 30 Ring 15 6 Tip 3 31 Tip 15 7 Ring 4 32 Ring 16 8 Tip 4 33 Tip 16 9 Ring 5 34 Ring 17 10 Tip 5 35 Tip 17 11 Ring 6 36 Ring 18 12 Tip 6 37 Tip 18 13 NC 38 NC 14 Ring 7 39 Ring 19 15 Tip 7 40 Tip 19 16 Ring
Connector Pinouts - TN-S101-A TN-S004-A (Splitter Chassis) 5.19.6 Connector Pinouts - TN-S101-A Use Table 5-8, Table 5-9, and Table 5-10 to locate the connectors PHONE (J1), LINE (J2), and ADSL (J3) on the splitter. The following tables provide the pinouts.
TN-S004-A (Splitter Chassis) TABLE 5-9 Connector Pinouts - TN-S101-A J2 - Combined ADSL + POTS Output (Non-traditional) Pin Function Pin Function 1 Ring 1 26 Ring 13 5-30 2 Tip1 27 Tip13 3 Ring 2 28 Ring 14 4 Tip 2 29 Tip 14 5 Ring 3 30 Ring 15 6 Tip 3 31 Tip 15 7 Ring 4 32 Ring 16 8 Tip 4 33 Tip 16 9 Ring 5 34 Ring 17 10 Tip 5 35 Tip 17 11 Ring 6 36 Ring 18 12 Tip 6 37 Tip 18 13 NC 38 NC 14 Ring 7 39 Ring 19 15 Tip 7 40 Tip 19 16 Ring 8
Connector Pinouts - TN-S101-A TABLE 5-10 TN-S004-A (Splitter Chassis) J3 - ADSL input to splitter from SM (Non-traditional) Pin Function Pin Function 1 Ring 1 26 Ring 13 2 Tip1 27 Tip13 3 Ring 2 28 Ring 14 4 Tip 2 29 Tip 14 5 Ring 3 30 Ring 15 6 Tip 3 31 Tip 15 7 Ring 4 32 Ring 16 8 Tip 4 33 Tip 16 9 Ring 5 34 Ring 17 10 Tip 5 35 Tip 17 11 Ring 6 36 Ring 18 12 Tip 6 37 Tip 18 13 NC 38 NC 14 Ring 7 39 Ring 19 15 Tip 7 40 Tip 19 16 Ring 8 4
TN-S900-A (Attenuator) Overview 5.20 TN-S900-A (Attenuator) 5.20.1 Overview The TN-S900-A loop attenuator is used to artificially increase the distance between the DSLAM (ATU-C) and the Customer Premise Equipment (ATU-R). Each TN-S900-A adds approximately 2000 ft. of “cable” to the customer loop. The attenuator is detailed in Figure 5-17. Increasing distance, or loop length, can result in higher powered ADSL signaling, thereby reducing near end cross talk (NEXT).
Determining if Installation of TN-S900-A is Needed FIGURE 5-18 TN-S900-A (Attenuator) Attenuator Connections 5.20.3 Determining if Installation of TN-S900-A is Needed This subsection provides steps to determine if you should install the TN-S900-A, and an example that illustrates what to look for when performing these steps. 5.20.3.1 Determining if Installation of TN-S900-A is Needed Use these guidelines to determine if installing an attenuator is appropriate.
TN-S900-A (Attenuator) Determining if Installation of TN-S900-A is If the DSLAM power output is between 16.0 and 30.0 dBm (or greater), do NOT install an attenuator; otherwise proceed to Step 3. 3. Determine the existing ADSL line attenuation (shown in 5.20.3.2). If the perceived line attenuation of the CPE is between 25.0 and 50.0 dB (or greater), do NOT install an attenuator; otherwise proceed to Step 4. 4. An attenuator may be installed as shown in subsection 5.20.2. (Figure 5-18). 5.20.3.
Determining if Installation of TN-S900-A is Needed Upstream Rate...................(ATU-R) Max Attainable Rate....(ATU-R) Signal-to-Noise Ratio..(ATU-C) Attenuation............(ATU-C) Output Power...........(ATU-R) Telesyn Wiring Solutions (Appendix) TN-S900-A (Attenuator) 1021.9 kbps 1371.6 kbps 12.5 dB 4.0 dB 6.
TN-S900-A (Attenuator) Specifications 5.20.4 Specifications TABLE 5-11 Attenuator Specifications Parameter Criteria Unit Dimensions Width - 1.6 in (40 mm) Height - 1.0 in (25 mm) Length - 2 in (50 mm) Length of attached RJ45 cable - 4 in (100 mm) Environmental Designed to be used in indoor applications Long time operation temperature - 41°F - 104° F (5° - 40°C) Short time operation temperature - 32°F - 122°F (0° - 50°C) ETS 300 019, class 3.
Conformance TN-S900-A (Attenuator) FCC - This Allied Telesyn product complies with FCC requirements for emissions radiation. Users of this Allied Telesyn product are cautioned that any changes or modifications not expressly approved by the party responsible for FCC compliance could void the user’s authority to operate the product. 1) This equipment complies with Part 68 of the FCC rules and the requirements adopted by ACTA.
TN-S900-A (Attenuator) 5-38 Telesyn Wiring Solutions (Appendix) Conformance
