ADTRAN SHDSL E1 User Manual

T200 SHDSL T1/E1 Network Terminating Unit

Installation and Maintenance Practice

CONTENTS

1. General ................................................................... 1

2. Description ............................................................. 1

3. Installation.............................................................. 2

4. Provisioning ........................................................... 4

5. Operation................................................................ 5

6. Maintenance ........................................................... 9

7. Specifications ......................................................... 9

8. Warranty and Customer Service ............................ 9

FIGURES

Figure 1. SHDSL T1/E1 NTU Front Panel ................ 1

Figure 2. Typical System Application ....................... 2

Figure 3. SHDSL T1/E1 NTU Menu Tree................. 6

TABLES

Table 1. Compliance Codes ...................................... 2

Table 2. DB-9 Connector Pin Descriptions .............. 3

Table 3. Front Panel LEDs ....................................... 4

Table 4. Configuration Options List ......................... 7

Table 5. E1 Port Statistics Definitions...................... 8

Table 6. T1 Port Statistics Definitions...................... 9

Table 7. SHDSL T1/E1 NTU Specifications............ 9

Section 61225236L1-5A

Issue 1, August 2003

SHDSL

NTU

1225236L1

PWR

SHDSL

T1/E1

TEST

ALM

1. GENERAL

This document is an installation and maintenance practice for the ADTRAN Total Access® SHDSL T1/ E1 Network Terminating Unit (NTU). Figure 1 illustrates the SHDSL T1/E1 NTU front panel, P/N 1225236L1.The SHDSL T1/E1 NTU is a network terminating module using Single-Pair High Speed Digital Subscriber Line (SHDSL) technology to transport data over a single copper loop.

Revision History

This is the initial issue of this practice. Future changes to this documentation will be explained in this subsection.

2. DESCRIPTION

The SHDSL T1/E1 NTU was designed for use as a remote unit to the Total Access 3000. The Total Access SHDSL T1/E1 NTU provides an interface between the SHDSL network and the customer’s Data Terminal Equipment (DTE) for applications such as LAN to LAN bridging, Frame Relay circuit, and PABX termination.

V. 2 4

Figure 1. SHDSL T1/E1 NTU Front Panel

The SHDSL T1/E1 NTU is span powered with local DC power auto-switchover. No adjustments, strapping, or configuration changes are necessary to power the module. The SHDSL T1/E1 NTU configuration, testing, and performance monitoring is managed by the VT100 local management screen menus, remotely by an EOC terminal session, or also remotely by EOC message protocol initiated by the Total Access SHDSL T1/E1 LTU.

61225236L1-5A 1

Trademarks: Any brand names and product names included in this document are

trademarks, registered tra demarks, or trade names of their respective holders.

Features

The features of the SHDSL T1/E1 NTU, P/N 1225236L1, include the following:

• Responds to an Embedded Operations Channel (EOC) inventory response message

• Timing source is derived from the received SHDSL network signal

• Local management access via VT100 menus

• Remote management access via EOC message

• Operates in T1 mode with a data rate of 200 kbps to 1.544 Mbps and E1 mode with a data rate of 192 kbps to 2.048 Mbps

• Non-volatile memory configuration

• Factory default restoration via VT100 menu screens or EOC messages

• Firmware upgrade using local management port or remotely via EOC messages

• Password protection for local management access and firmware upgrade

See Figure 2 for a typical configuration setup.

2. This device must accept any interference received, including interference that may cause undesired operation.

Changes or modifications not expressly approved by ADTRAN could void the user’s authority to operate this equipment.

Table 1. Compliance Codes

Code Input Output

Power Code (PC) F C

Telecommunication Code (TC) – X

Installation Code (IC) A –

3. INSTALLATION

C A U T I O N !

SUBJECT TO ELECTROSTATIC DAMAGE

OR DECREASE IN RELIABILITY.

HANDLING PRECAUTIONS REQUIRED.

Compliance

Tab l e 1 shows the compliance codes for the SHDSL T1/

E1 NTU. The SHDSL T1/E1 NTU is NRTL listed to the applicable UL standards. The SHDSL T1/E1 NTU is to be installed in a restricted access location and in a Type “B” or “E” enclosure only.

This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions:

1. This device may not cause harmful interference.

Management

Network

SCU

LTU

1181018L1

1181308L1

PWR

1

P

2

O

R

3

T

MODE

4

SELECT

OPT

FSE

HST

ALM

ACO

C R A F T

1BASCU 2 34 56 78 910 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Total Access 3000

System

VT100

LTU

1181308L1

PWR

1

2

3

4

OPT

P

2

O

R

3

T

4

OPT

1181308L1

PWR

1

2

3

4

OPT

P

2

O

R

3

T

4

OPT

After unpacking the SHDSL T1/E1 NTU, inspect it for damage. If damage has occurred, file a claim with the carrier, then contact ADTRAN Customer Service. Refer to the Warranty and Customer Service section for further information. If possible, keep the original shipping container for returning the SHDSL T1/E1 NTU for repair or for verification of shipping damage.

VT100

SHDSL

NTU

T1/E1

NTU

1225236L1

PWR

SHDSL

T1/E1

TEST

ALM

Customer T1 or E1

Equipment

(e.g., PABX)

LTU

1181308L1

2-Wire Twisted Pair

PWR

1

P

2

O R

3

T

4

OPT

SHDSL T1/E1 LTU

SHDSL

Figure 2. Typical System Application

2 Issue 1, August 2003 61225236L1-5A

Shipping Contents

The contents include the following items:

• SHDSL T1/E1 NTU

• SHDSL T1/E1 NTU Installation and Maintenance Practice

CAUTION

Electronic modules can be damaged by ESD. When handling modules, wear an antistatic discharge wrist strap to prevent damage to electronic components. Place modules in antistatic packing material when transporting or storing. When working on modules, always place them on an approved antistatic mat that is electrically grounded.

Instructions for Installing the Module

All connections of the SHDSL T1/E1 NTU are made through card edge connectors. The module operates in a standalone chassis, or the ADTRAN HR12 HDSL chassis.

When the module is installed in any of the NTU enclosures, all connections are made through the enclosure backplanes. Ensure chassis ground is properly connected for either standalone or chassis-mounted applications.

The SHDSL T1/E1 NTU is designed for a T200 or T400 type form factor housing and inserts into the customer T1 or E1 T200 type equipment. Follow local practice for installation of the SHDSL T1/E1 NTU.

The front panel provides LED status indicators for data port, test, and alarm conditions.

The local management port is a DB-9 female connector and is labeled V.24, with pinout and interchange circuits per ITU-T V.24 standards. Tab le 2 illustrates the local management port DB-9 pinouts.

LED Indicators

The front panel of the SHDSL T1/E1 NTU has five LED status indicators. Tabl e 3 lists the LED descriptions.

Table 2. DB-9 Connector Pin Descriptions

Interchange Circuit

No. Name Function

1 109 RLSD Received Line Signal Detect - Internally connected to DTR and DSR

2 104 RD Receive Data from DCE

3 103 TD Transmit Data to DCE

4 108/2 DTR Data Terminal Ready - Internally connected to RLSD and DSR

5 102 SGND Signal Ground

6 107 DSR Data Set Ready - Internally connected to RLSD and DTR

7 105 RTS Ready to Send - Internally connected to CTS

8 106 CTS Clear to Send - Internally connected to RTS

9 --- NC Not Connected

61225236L1-5A Issue 1, August 2003 3

Table 3. Front Panel LEDs

LED Indication Description

PWR Off

Green

SHDSL Green

Ye ll ow

T1/E1 Off

Green

TEST Off

Green

Ye ll ow

ALM Off

Ye ll ow

The module is powered off The module is In Service

SHDSL loop is trained with good signal quality SHDSL loop is trained with poor signal quality

Red

SHDSL loop is not trained

Port is active with alarms Port is active with no alarms

Module is not in loopback or BERT Local loopback is active or BERT is running with no errors BERT is running with bit errors BERT is running with no pattern sync

Red

No alarm condition detected Alarm condition detected remotely

Red

Alarm condition detected locally

4. PROVISIONING

The SHDSL T1/E1 NTU menus are accessed via the DB-9 front panel female connector which supports VT100 emulation by PC based application programs or by a virtual terminal session over the EOC.

The parameters of the VT100 terminal should be set as follows:

• 9600 Baud

• No parity

• 8 Data bits

• 1 Stop bits

• No Flow Control

Once these steps have been completed, the following options will appear in the SHDSL T1/E1 NTU Main Menu:

1. Unit Information

2. Provisioning

3. Status

4. Test

5. Performance History

Windows HyperTerminal

Windows HyperTerminal can be used as a VT100 terminal emulation program. Open HyperTerminal by selecting to the

Help

Programs/Accessories/HyperTerminal

section of HyperTerminal for additional

. Refer

information.

NOTE

To ensure proper display background, select VT100 terminal emulation under

Settings

.

The menu tree in Figure 3 illustrates the path to every provisioning, performance, and test access point in the SHDSL T1/E1 menu system.

Tab l e 4 lists the complete set of configurable options

with settings and factory default values.

NOTE

When the NTU is in T1 mode, all related E1 options will be non-applicable. A non-applicable option setting is still changeable, but will not take affect until the option become applicable.

4 Issue 1, August 2003 61225236L1-5A

5. OPERATION

Test Capabilities

The SHDSL T1/E1 NTU has the following test capabilities:

• Self diagnostics

• Local loopbacks

• EOC initiated remote loopbacks

• Inband remote loopback detection (E1 mode only)

• Internal bit error rate tester (BERT)

Self Diagnostics

The SHDSL T1/E1 NTU performs self diagnostic tests of its Read Only Memory (ROM), Random Access Memory (RAM), LEDs, and non-volatile configuration setting upon power-up.

Customer Port

The SHDSL T1/E1 NTU operates in either E1 mode or T1 mode.

E1 Mode

In E1 mode the port features are as follows:

• Carries information at the rate of 2.048 Mbps

• Uses CCS framed format with or without CRC-4

• Operates in either Alternate Mark Inversion (AMI) or High-Density Bipolar 3 (HDB3) line code

• Provides programmable timeslot idle pattern

• Supports ISDN-PRA V3 service

• Displays additional status information via a local VT100 management screen

See Tab le 5 for E1 port statistics definitions.

Local and Remote Loopbacks

For troubleshooting purposes, the SHDSL T1/E1 NTU provides three types of loopback tests.

1. Dual sided

2. Network

3. Customer

Inband Loopback Detection

Inband remote loopback response is supported on the E1 port. The SHDSL T1/E1 NTU supports V.54 and PN127 inband signalling protocols.

BERT

The SHDSL T1/E1 NTU contains a built-in Bit Error Rate Test (BERT). The BERT involves injecting and detecting a Pseudorandom Binary Sequence (PRBS) toward the network on the selected payload (i.e. G.703 or entire SHDSL payload). The PRBS used in the SHDSL T1/E1 NTU is PRS15 as defined in ITU-T

0.150 and 0.151. It is also known as

2e15 – 1

pattern.

T1 Mode

In T1 mode the port features are as follows:

• Carries information at the rate of 1.544 Mbps

• Uses Superframe Format (SF) or Extended Superframe Format (ESF)

• Operates in either Alternate Mark Inversion (AMI) or Bipolar w/8-Zero Substitution (B8ZS) line code

• Provides programmable timeslot idle pattern

• Monitors the Facility Data Link (FDL) for loopback commands

• Displays additional status information via a local VT100 management screen

See Tab le 6 for T1 port statistics definitions.

61225236L1-5A Issue 1, August 2003 5

6 PRELIMINARY Issue 1, August 2003 61225236L1-5A

Main

Menu

1. Unit Information

1. Unit Options

2. Provisioning

2. SHDSL Options

3.

4. Test Options

3. Status

4. Test

5. Performance History

6. Terminal Mode

1. SHDSL = ALARMS

2. E1 = ALARMS

1. Local Loopback

2. Remote Loopback

3. BERT

1. LTU

2. NTU

1. E1 Options

2. T1 Options

1. Data Mode = T1/E1, Timeslots

2. Local Management = Enabled

3. Restore Factory Defaults

4. Upgrade Firmware

5. Change Password

1. SES Count Threshold = 50 CVCs

2. SNR Margin Alarm Threshold = Disabled

3. Loop Attenuation Alarm Threshold = Disabled

4. ES 15 Minute Alarm Threshold = Disabled

5. SES 15 Minute Alarm Threshold = Disabled

6. UAS 15 Minute Alarm Threshold = Disabled

7. CVC 15 Minute Alarm Threshold = Disabled

8. LOSWS 15 Minute Alarm Threshold = Disabled

1. DS1 Tx Level

2. Line Coding*

3. Framing Mode*

4. Idle Pattern*

5. FDL Monitoring*

1. Loopback Time Out = Disabled

2. BERT Pattern = 2e15-1

3. BERT Pattern Polarity = Normal

1. SHDSL

2. E1

1.0db

2. -7.5 db

3. -15 db

1. AMI

2. B8ZS

1. Disabled

2. Enabled

1. Dual Sided

2. Customer

3. Network

4. Off

* Option must be changed by the LTU

1.-255. CVCs to cause a SES

1. Unframed

2. SF

3. ESF

1. Normal

2. Inverted

1. Disabled

2. Enabled

0. Disabled 1-15. Threshold in dB

0. Disabled 1-127. Threshold in dB

0. Disabled 1-65535. Errors

0. Disabled 1-999. Timeout in Minutes

1. ALT

2. 2047

3. 2e15-1

4. QRSS

1. Data Type = E1

2. Data Rate = 3

3. Apply Settings

0. Disabled 1-900. Seconds

1. Line Coding = HDB3*

2. Framing Mode = CCS*

3. ISDN-PRA V3 = Disabled*

4. Idle Pattern = FFh*

SHDSL Version Vendor List Number Vendor Issue Number Vendor Software Version Unit Identification Code (CLEI) Vendor ID Vendor Model Number Vendor Serial Number Other Vendor Information

SHDSL Version Vendor List Number Vendor Issue Number Vendor Software Version Unit Identification Code (CLEI) Vendor ID Vendor Model Number Vendor Serial Number Manufacture Date PROM Check Sum

1. AMI

2. HDB3

1. Disabled

2. Enabled

General Status Aggregate Rate (kbps) SNR Margin (dB) (Cur/Min/Max) Loop Attenuation (dB) (Cur/Min/Max) Errored Seconds (ES) Severely Errored Seconds (SES) Unavailable Seconds (UAS) Code Violations Count (CVC) LOSW Seconds (LOSWS) Loopback Status BERT Status

General Status Data Rate Framing Mode Errored Seconds (ES) Severely Errored Seconds (SES) Unavailable Seconds (UAS) Code Violations Count (CVC) Transmit Network Alarm Indication Signal (Tx Net AIS) Transmit Customer Alarm Indication Signal (Tx Cust AIS) Network Source Address Bits (Net SAS-Bits) Customer Source Address Bits (Cust SA -Bits) Network Address Bit (Cust A-Bit)

1. Unframed

2. CCS

3. CCS w/CRCA

Figure 3. SHDSL T1/E1 NTU Menu Tree

Table 4. Configuration Options List

Category Option Setting Default

Unit Options Data Mode For Data Type = T1, Data Rate can

be from 3 to 24 time slots (i.e. 200 kbps to 1.544 Mbps)

For Data Type = E1, Data Rate can be from 3 to 32 time slots (i.e., 192 kbps to 2.048 Mbps)

Local Management 1 = Disabled

2 = Enabled

Restore Factory Defaults

Firmware Upgrade

Change Password

SHDSL Options SES CVC Threshold 0 to 255 CVC’s 50

SNR Margin Alarm Threshold

Loop Attenuation Alarm Threshold

ES 15 Minute Alarm Threshold

SES 15 Minute Alarm Threshold

0 = Disabled 1 to 15db = Alarm Threshold

0 = Disabled 1 to 127db = Alarm Threshold

0 = Disabled 1 to 900 Seconds = Alarm Threshold

Data Type = T1

Data Rate = 24

Enabled

Disabled

UAS 15 Minute Alarm Threshold

CVC 15 Minute Alarm Threshold

LOSWS 15 Minute Alarm Threshold

T1 Options (T1 Mode Only) Line Coding 1 = AMI

Framing Mode 1 = Unframed

Idle Pattern 00h to FFh 7Fh

FDL Monitoring (ESF Mode Only)

0 = Disabled 1 to 900 Seconds = Alarm Threshold

0 = Disabled 1 to 65535 Errors = Alarm threshold

0 = Disabled 1 to 900 Seconds = Alarm Threshold

2 = B8ZS

2 = SF 3 = ESF

1 = Disabled 2 = Enabled

Disabled

B8ZS

ESF

Disabled

61225236L1-5A Issue 1, August 2003 7

Table 4. Configuration Options List (Continued)

Category Option Setting Default

E1 Options (E1 Mode Only) Line Coding 1 = AMI

2 = HDB3

Framing Mode 1 = Unframed

2 = CCS 3 = CCS w/CRC-4

Idle Pattern 00h to FFh FFh

ISDN - PRA V3 (CCS or CCS w/CRC-4 Mode Only)

Test options Loopback Timeout 0 = Disabled

BERT Pattern 1 = ALT

BERT Pattern Polarity 1 = Normal

Inband Loopback Protocol 1 = PN127

Inband Loopback Detection 1 = Disabled

1 = Disabled 2 = Enabled

1 to 999 Minutes = Timeout

2 + 2047 3 = 2e15 – 1 4 = QRSS

2 = Inverted

2 = V.54

HDB3

CCS

Disabled

2e15 – 1

Normal

PN127

Disabled

2 = Enabled

Table 5. E1 Port Statistics Definitions

Statistic Framing Mode Definition

Errored Seconds (ES) Unframed LOS condition or BPV’s > 0

CCS LOS or LOF condition, or if BPV’s > or FE’s > 0

CCS w/CRC-4 LOS, LOF, or LOMFA condition, or if FE’s > 0 or CRC-4

errors > 0

Severely Errored Seconds (SES) Unframed LOS condition

CCS LOS or LOF condition or if FE’s > 4

CCS w/CRC-4 LOS, LOF, or LOMFA condition, or if FE’s > 4 or CRC-4

errors ≥

Unavailable Seconds (UAS) N/A If 10 continuous SES’s, then UAS

If 10 continuous seconds with no SES’s, then no UAS

Code Violations Count (CVC) Unframed If BPV’s > 0

CCS If BPV’s > 0, or FE’s > 0

300

CCS w/CRC-4 If FE’s > 0 or CRC-4 errors > 0

8 Issue 1, August 2003 61225236L1-5A

Table 6. T1 Port Statistics Definitions

Statistic Framing Mode Definition

Errored Seconds (ES) Unframed LOS condition or BPV’s > 0

SF LOS or LOF condition, or if BPV’s > 0 or FE’s > 0

ESF LOS or LOF condition, or if BPV’s > 0 or FE’s > 0

Severely Errored Seconds (SES) Unframed LOS condition or BPV’s > 1544

SF LOS or LOF condition, or if BPV’s > 1544 or if FE’s > 8

ESF LOS or LOF condition, or if BPV’s > 1544 or if FE’s > 8

Unavailable Seconds (UAS) N/A If 10 continuous SES’s, then UAS

If 10 continuous seconds with no SES’s, then no UAS

Code Violations Count (CVC) Unframed If BPV’s > 0

SF If BPV’s > 0 or FE’s > 0

ESF If BPV’s > 0 or FE’s > 0

Table 7. SHDSL T1/E1 NTU Specifications

6. MAINTENANCE

The SHDSL T1/E1 NTU requires no routine maintenance for normal operation.

ADTRAN does not recommend that repairs be attempted in the field. Repair services may be obtained by returning the defective unit to ADTRAN. Refer to the Warranty and Customer Service section for further information.

Operating Temperature:

Storage Temperature:

Relative Humidity:

Environmental

–0°C to 55°C

–40°C to 85°C

90 percent maximum @ 50°C, noncondensing

7. SPECIFICATIONS

Specifications for the SHDSL T1/E1 NTU are detailed in Tab le 7 .

8. WARRANTY AND CUSTOMER SERVICE

ADTRAN will replace or repair this product within the warranty period if it does not meet its published specifications or fails while in service. Warranty information can be found at www.adtran.com/warranty

.

Maximum Current Draw:

Maximum Heat

Dissipation:

Physical

Dimensions:

Weight:

Part Number

SHDSL T1/E1 NTU

Module:

0.074 A maximum @ Ð48 VDC

3.55 watts

5.625 in. H x .625 in. W x

6.0 in. D

< 1 lb.

1225236L1

61225236L1-5A Issue 1, August 2003 9

10 Issue 1, August 2003 61225236L1-5A

ADTRAN SHDSL E1 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1. GENERAL

Revision History

2. DESCRIPTION

Features

3. INSTALLATION

Compliance

Shipping Contents

Instructions for Installing the Module

LED Indicators

4. PROVISIONING

Windows HyperTerminal

5. OPERATION

Test Capabilities

Self Diagnostics

Customer Port

E1 Mode

Local and Remote Loopbacks

Inband Loopback Detection

BERT

T1 Mode

6. MAINTENANCE

7. SPECIFICATIONS

8. WARRANTY AND CUSTOMER SERVICE