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Section 61225001L1-5D
Issue 4, October 2002
Express 6530 SHDSL NxNTU
Installation and Maintenance
CONTENTS
1. GENERAL .....................................................................1
2. CONNECTIONS ...........................................................4
3. OPTIONING ..................................................................7
4. SPECIFICATIONS ......................................................18
5. WARRANTY AND CUSTOMER SERVICE ............19
FIGURES
Figure 1. Express 6530
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G.703 Interface Nx64 Interface (Customer-sdie) (Customer-side) SHDSL Interface (Network-side) The Express 6530 can be powered from any AC power source ranging from 90 V to 240 V at frequencies of 50 Hz to 60 Hz, or a nominal -48 VDC E1 Framer power source. The SHDSL NTU will be used to provide access to Time slot customer premises to E1 or Nx64K leased-line Cross connect services, as well as primary-rate ISDN. The SHDSL (Service NTU is required to support leased-line G.703/G.704 Management) an
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The Express 6530 has four front panel pushbuttons. 4. When the G.703 port is selected, the G.703 port The buttons are protected from accidental operation. LED flashes as an indication. The front panel button functions can be disabled via If there is only a single service on the G.703 port the management interface. It is possible to disable the then the Local Loop/Err Inj, Remote Loop and port select SHDSL option to avoid the possibility of BERT buttons initiate/terminate tests and the looping t
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2. CONNECTIONS The 120 ohm balanced G.703 port uses a RJ-45 connector with the pinouts defined in Table 4. The Back Panel Features G.703 port supports a 2048 Kbps port using a 120 The back panel of the Express 6530 SHDSL NxNTU ohm balanced interface that conforms to ITU-T G.703 is illustrated in Figure 3. Section 9. The SHDSL port uses a RJ-45 connector with the interchange circuits and pinouts listed in Table 3. Nx64K NETWORK CUSTOMER CONTROL 90-265VAC 48-65Hz SHDSL G.703 X.21 V.35 / V.36 V.2
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The local management port is a DB-9 female See EIA-574, Sec 2.2 and Figure 2.7, with Receive connector and is labeled V.28. The interchange Data, Transmit Data and Signal Ground only. The circuits and pinouts are listed in Table 5. The local other pins are internally connected to ensure correct management baud rate will auto-detect between 2400 handshaking interoperability. These internal baud and 57600 baud. connections shall be made via resistor traces to facilitate with future build options
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Table 7 defines the V.35 port pin connections. Table 8 defines the V.36 port pin connections. Table 7. V.35 Pin Connections Ce ircuit NumberCE ircuit Nam T) o/From DC Pinout (A/B 1d 02SB ignal Groun 1a 02-3TO ransmit Dat TS P/ 1a 04RM eceive Dat FT RO R/ 1d 05RO equest to Sen TC 1d 06CM lear to Sen FD RO 1y 07DM ata Set Read FE RO 1y 08/2DO ata Terminal Read TH 1t 09RM eceived Line Signal DetecFF RO 1g 13TO ransmit Signal Element TiminTW U/ 1g 14TM ransmit Signal Element TiminFA RO Y/A 1g 15RX
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3. OPTIONING Hardware Optioning The strap map for the Express 6530 SHDSL NxNTU is illustrated in Figure 4. STRAP MAP GRN/YEL* Y OR ACT (F TS AUL DEF SHOWN) 3-WIRE AC/DC POWER * 2-WIRE EGND P6 P7 NC E +—LN RX SHIELD 1 23 (SGND) (EGND) (IEC 320) P1 G.703 3 6 TX SHIELD 1 23 (SGND) (EGND) (RJ-45) P4 .35 V TER FIL B A (Winchester 34) SHIELD 1 23 (SGND) (EGND) X.21 P5 8, 15 (DB-15) 1 TER FIL * ARNING: W Risk of Electric Shock. When Using a 2-Wire AC Power Connection, (NOT LOADED) the ellow Green/Y Ear
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Software Optioning The menu tree in Figure 5 illustrates the path to every provisioning, performance monitoring, and test access point in the Express 6530 menu system. 8 61225001L1-5D 1. NT 1. Unit Mode LTU 2. LT 1. Unit Information Main Menu NTU 2. Cross-Connect Map 1. Internal 1. Aggregate Rate (Kbps)* 3. LT Mode Clock Source 2. Nx64K ETC 2. SNR Margin 0. Disabled 3. G.703 RX Clock 4. Circuit ID 1. Unit Options Alarm Threshold (dB) 2. Provisioning 1. -15. Threshold in dB 5. Date and Time
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1. - 31. G.703 Service Cross-Connect Map The selected time slot will carry G.703 service (Refer The purpose of the cross-connect map is to allocate to the Full G.703 Services subsection for more the time slots (TS0s) from the SHDSL loop to user information). ports (E1, V.35/X.21) and configure framing. The cross-connect maps can be accessed via the VT100 32. G.704 Framing terminal screens. Select “1,” Provisioning, from the This option enables three different framing Main Menu. Choose to pro
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TS31 TS35 TS30 TS34 TS29 TS33 TS28 TS32 TS27 TS31 TS26 TS30 TS25 TS29 TS24 TS28 TS23 TS27 TS22 TS26 TS21 TS25 TS20 TS24 TS19 TS23 TS18 TS22 TS17 TS21 TS16 TS20 TS15 TS19 TS14 TS18 TS13 TS13 TS17 TS12 TS12 TS16 TS11 TS11 TS15 TS10 TS10 TS14 TS9 TS9 TS13 TS8 TS8 TS12 TS7 TS7 TS11 TS6 TS6 TS10 TS5 TS5 TS9 TS4 TS4 TS8 TS3 TS3 TS7 TS2 TS2 TS6 TS1 TS1 TS5 TS0 TS0 TS4 TS3 TS2 TS1 TS0 G. Full G.703 Service All unused time slots contain a configurable bit If this quick key command is selected, the cross
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Unframed Full E1 Service is set up using the quick Typical Applications key “G,” entering “1” in both the SHDSL TS0 slot Framed Full E1 Service is set up using the quick key and the G.703 TS0 slot, and then selecting “A” to save “G,” and then selecting “A” to save the changes. The the changes. The screen in Figure 9 illustrates a screen in Figure 8 illustrates a cross-connect map cross-connect map configured for Unframed Full E1 configured for Framed Full E1 Service. Service. Circuit ID:
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Full Nx64K 2 Mbps Service is set up using the quick 1. One NTU must be configured as the NT (STU-R) key “N,” and then selecting “A” to save the changes. 2. The other NTU must be configured as the LT The screen in Figure 10 illustrates a cross-connect (STU-C) map configured for Full Nx64K 2 Mbps Service. The STU-C and STU-R modes are selected via the In addition, when setting up Full Nx64K 2 Mbps local management port only. The default mode for the Service, the type of line interface must be spe
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Bit Error Rate Test Total Elapsed Time – Total time that has elapsed The SHDSL NTU contains a built-in Bit Error Rate since the test began (Days: Hours: Minutes: Seconds). Test (BERT). The BERT involves injecting and A BERT status field supplies the following detecting a Pseudorandom Binary Sequence (PRBS) information: toward the network on the selected payload (i.e. On – The BERT has started and has pattern sync. G.703, Nx64, or entire SHDSL payload). The PRBS used in the SHDSL NTU is PRS15 a
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Local Customer Transparent Loopback – Provides Local Network Transparent Loopback – Provides a a loopback at the NTU in the customer direction loopback at the NTU in the network direction (Figure (Figure 14). Data is passed transparently to the 18). Data is passed transparently to the customer side. network side. NTU U NTU U Tx Data Tx Data Figure 14. Local Customer Transparent Figure 18. Local Network Transparent Loopback Loopback Remote Network Transparent Loopback – Initiated Remote Custo
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Loopbacks may be initiated via the VT100 test ports and port services by all initiating sources. See screens, front panel pushbuttons, Nx64K port control Table 9 for an overview. A key to the symbols leads, or by receiving V.54 or PN127 in-band looping displayed in the Table 9 is available below the Table. signals. Not all loopback types are available for all Table 9. Loopback Overview Ports Customer, away Services Network, toward SHDSL from SHDSL Port (left) Port (right) Initiating Source
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TS35 TS34 TS33 TS32 TS31 TS31 TS30 TS30 TS29 TS29 TS28 TS28 TS27 TS27 TS26 TS26 TS25 TS25 TS24 TS24 TS23 TS23 TS22 TS22 TS21 TS21 TS20 TS20 TS19 TS19 TS18 TS18 TS17 TS17 TS16 TS16 TS15 TS15 TS14 TS14 TS13 TS13 TS12 TS12 TS11 TS11 TS10 TS10 TS9 TS9 TS8 TS8 TS7 TS7 TS6 TS6 TS5 TS5 TS4 TS4 TS3 TS3 TS2 TS2 TS1 TS1 TS0 TS0 Multiple Services When less than 32 time slots are configured on the The NTU supports the configuration of multiple G.703 port, the NTU bases the CRC-4 detection/ services. These
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The NTU provides framing on the E1 port as When the NTU is configured for an unframed service described in G.704 (sections 2.3 and 5) and G.706 the only alarm available is LOS. Consequential (section 4) and G.736. In this mode, the data arriving actions can only be undertaken if G.704 framing is at the SHDSL interface need not contain any G.704 either delivered by the remote unit or is being framing and the NTU generates the framing. One or generated on the NTU. If framing is being generated
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4. SPECIFICATIONS Table 10 lists the specifications for the Express 6530 SHDSL NxNTU. Table 10. Express 6530 SHDSL NxNTU Specifications Network Interface Line Rate:. ............................................................ SHDSL per ITU G.991.2 Line Code: ............................................................ TC PAM Connector: ............................................................ RJ-45 DSL Timing: ........................................................ Network, Internal, and D
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5. WARRANTY AND CUSTOMER SERVICE Asia Pacific - Melbourne, Australia 613 9658 0500 voice ADTRAN will replace or repair this product within 613 9658 0599 fax five (5) years from the date of shipment if it does not sales.australia@adtran.com meet its published specifications or fails while in service. Refer to ADTRAN International Equipment Asia Pacific - Beijing, China Warranty, Document: 60000003#I-3. 8610 8857 6415 voice 8610 8857 6417 fax Contact Customer and Product Service (CAPS) prior sale
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20 61225001L1-5D
