Paradyne 24-Port SHDSL Mini DSLAM SMD2000-24T User manual

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SMD2000-24T 24-Port SHDSL Mini DSLAM
Installation Instructions
Document Number SMD2-A2-GN11-00
July 2005
Contents
Software and Firmware License Agreement ................................................. 2
Product Documentation Online ..................................................................... 3
Unpacking and Inspecting the Equipment .................................................... 4
Site Selection Criteria ................................................................................... 4
Installing Uplink Interface Modules (Optional) .............................................. 5
Tabletop Installation ...................................................................................... 7
Rack Installation ............................................................................................ 8
Powering Up the SMD2000-24T ................................................................... 9
Connecting the SHDSL RJ21 Cable ............................................................. 11
Connecting to the Remote SHDSL Modems ................................................ 12
Verifying the Connection(s) ........................................................................... 13
Connecting the Uplink Lines ......................................................................... 14
Default Settings ............................................................................................. 15
Data Storage ................................................................................................. 17
Reset Button ................................................................................................. 19
LED Indicators .............................................................................................. 20
Pin Assignments ........................................................................................... 23
Technical Specifications ................................................................................ 26
EMI Notices .................................................................................................. 27
ACTA Customer Information ......................................................................... 27
CE Marking ................................................................................................... 28
Japan Notice ................................................................................................. 29
Important Safety Instructions ........................................................................ 30
Warranty, Sales, Service, and Training Information ...................................... 31

2
Software and Firmware License Agreement
The terms and conditions of this License Agreement (the “Agreement”) will apply to the
software and/or firmware (individually or collectively the “Software”) incorporated into
the Paradyne product (the “Product”) purchased by you and any derivatives obtained
from the Software, including any copy of either. If you have executed a separate written
agreement covering the Software supplied to you under this purchase, such separate
written agreement shall govern.
Paradyne Corporation (“Paradyne”) grants to you, and you (“Licensee”) agree to accept
a personal, non-transferable, non-exclusive, right (without the right to sublicense) to use
the Software, solely as it is intended and solely as incorporated in the Product
purchased from Paradyne or its authorized distributor or reseller under the following
terms and conditions:
1. Ownership: The Software is the sole property of Paradyne and/or its licensors. The
Licensee acquires no title, right or interest in the Software other than the license
granted under this Agreement.
2. Licensee shall not use the Software in any country other than the country in which
the Product was rightfully purchased except upon prior written notice to Paradyne
and an agreement in writing to additional terms.
3. The Licensee shall not reverse engineer, decompile or disassemble the Software in
whole or in part.
4. The Licensee shall not copy the Software except for a single archival copy.
5. Except for the Product warranty contained in the manual, the Software is provided
“AS IS” and in its present state and condition and Paradyne makes no other
warranty whatsoever with respect to the Product purchased by you. THIS
AGREEMENT EXPRESSLY EXCLUDES ALL OTHER WARRANTIES, WHETHER
EXPRESS OR IMPLIED, OR ORAL OR WRITTEN, INCLUDING WITHOUT
LIMITATION:
a. Any warranty that the Software is error-free, will operate uninterrupted in your
operating environment, or is compatible with any equipment or software
configurations; and
ONCE YOU HAVE READ THIS LICENSE AGREEMENT AND AGREE TO ITS
TERMS, YOU MAY USE THE SOFTWARE AND/OR FIRMWARE INCORPORATED
INTO THE PARADYNE PRODUCT. BY USING THE PARADYNE PRODUCT YOU
SHOW YOUR ACCEPTANCE OF THE TERMS OF THIS LICENSE AGREEMENT.
IN THE EVENT THAT YOU DO NOT AGREE WITH ANY OF THE TERMS OF THIS
LICENSE AGREEMENT, PROMPTLY RETURN THE UNUSED PRODUCT IN ITS
ORIGINAL PACKAGING AND YOUR SALES RECEIPT OR INVOICE TO THE
LOCATION WHERE YOU OBTAINED THE PARADYNE PRODUCT OR THE
LOCATION FROM WHICH IT WAS SHIPPED TO YOU, AS APPLICABLE, AND YOU
WILL RECEIVE A REFUND OR CREDIT FOR THE PARADYNE PRODUCT
PURCHASED BY YOU.

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b. ANY AND ALL IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION
IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A
PARTICULAR PURPOSE AND NON-INFRINGEMENT.
Some states or other jurisdictions do not allow the exclusion of implied warranties
on limitations on how long an implied warranty lasts, so the above limitations may
not apply to you. This warranty gives you specific legal rights, and you may also
have other rights which vary from one state or jurisdiction to another.
6. IN NO EVENT WILL PARADYNE BE LIABLE TO LICENSEE FOR ANY
CONSEQUENTIAL, INCIDENTAL, PUNITIVE OR SPECIAL DAMAGES,
INCLUDING ANY LOST PROFITS OR LOST SAVINGS, LOSS OF BUSINESS
INFORMATION OR BUSINESS INTERRUPTION OR OTHER PECUNIARY LOSS
ARISING OUT OF THE USE OR INABILITY TO USE THE SOFTWARE,
WHETHER BASED ON CONTRACT, TORT, WARRANTY OR OTHER LEGAL OR
EQUITABLE GROUNDS, EVEN IF PARADYNE HAS BEEN ADVISED OF THE
POSSIBILITY OF SUCH DAMAGES, OR FOR ANY CLAIM BY ANY THIRD
PARTY.
7. The rights granted under this Agreement may not be assigned, sublicensed or
otherwise transferred by the Licensee to any third party without the prior written
consent of Paradyne.
8. This Agreement and the license granted under this Agreement shall be terminated
in the event of breach by the Licensee of any provisions of this Agreement.
9. Upon such termination, the Licensee shall refrain from any further use of the
Software and destroy the original and all copies of the Software in the possession of
Licensee together with all documentation and related materials.
10. This Agreement shall be governed by the laws of the State of Florida, without
regard to its provisions concerning conflicts of laws.
Product Documentation Online
Complete documentation for Paradyne products is available at www.paradyne.com.
Select Support →Technical Manuals. Select:
Command Line Interface for 4000E and 12000E BACs, Micro DSLAMs, and
Network Extenders User's Guide (Document Number CLI-A2-GB20)
Network Management System User's Guide (Document Number NMS-A2-GB20)
SNMP for 12000/4000 BLCs and Micro DSLAMs User's Guide (Document Number
SNMP-A2-GB20)
To order a paper copy of a Paradyne document, or to speak with a sales representative,
please call 1-727-530-2000.

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Unpacking and Inspecting the Equipment
HANDLING PRECAUTIONS FOR STATIC-SENSITIVE DEVICES
This product is designed to protect sensitive components from
damage due to electrostatic discharge (ESD) during normal
operation. When performing installation procedures,
however, take proper static control precautions to
prevent damage to equipment. If you are not sure
of the proper static control precautions, contact
your nearest sales or service representative.
The following components should be included in your package:
1 – SMD2000-24T
4 – Rubber Pads
2 – Rack Mount Brackets
10 – #6 Phillips Bracket Screws
4 – #10 Phillips Rack Screws
4 – #12 Phillips Rack Screws
1 – DB9 Socket to RJ45 Plug Adapter
If there is visible damage, do not attempt to connect the device. Contact your sales
representative.
Site Selection Criteria
In choosing a location for the installation of this product:
Select a restricted access area where admittance is limited to trained and
authorized service personnel.
Ensure that the internal temperature of a rack containing this equipment will not
exceed the maximum recommended ambient temperature of 149° F (65° C).
Place the chassis such that connecting cables will not become a tripping hazard or
pull loose from the chassis.
Do not block power supply vents or otherwise restrict airflow when installing this
equipment.
Ensure that installation of this equipment in a rack will not cause the rack to become
top-heavy or unstable.
Do not overload the electrical branch circuit of the power source for this equipment.
For tabletop use, attach the enclosed rubber feet to the bottom of the chassis.
For rack installation, attach the enclosed rack mount brackets to the sides of the
chassis with the screws provided.
!

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Installing Uplink Interface Modules (Optional)
An SMD2000-24T does not require installation of an Uplink Interface Module (UIM) for
operational purposes. A UIM offers additional upstream network ports to supplement the
two T1 uplink ports already provided. You may wish to install a UIM if your network
requires an Ethernet uplink connection or if you require an additional E1 or T1 backhaul.
The SMD2000-24T supports the following 1-port UIMs only:
UIM-E1
UIM-T1
UIM-10/100
CAUTION:
Disconnect all power sources from the SMD2000 before installing a UIM.
Procedure
To install a UIM:
1. Remove the Chassis Cover. Using a Phillips Screwdriver, remove the eight
flathead screws securing the SMD2000-24T chassis cover and set them aside.
Carefully lift off the chassis cover and set it aside.
Side
Side
Top
Rear
Bottom

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2. Mount the UIM on the SMD2000-24T Printed Circuit Board (PCB). A
UIM may be installed in either Port 1 or Port 2, or both for redundancy purposes.
Using a Phillips screwdriver, remove the flathead screws from both sides of the
chosen port on the chassis faceplate. Remove the slot cover.
CAUTION:
If a slot cover is removed from Port 1 or Port 2, it must be replaced with a UIM.
Do not operate the SMD2000-24T with an open UIM port.
3. Carefully slide the faceplate of the UIM under the lip of the SMD2000-24T faceplate
at the selected port opening such that the UIM PCB is face down and the UIM label
shows through the port opening with the UIM model name along the right edge.
4. Align and secure the PCBs. Ensure that the connector key pins and the four
mounting holes on the UIM PCB are lined up with the board-to-board connector and
the four corresponding standoffs on the SMD2000-24T PCB. Gently press down
with even pressure on all four corners of the UIM until the board-to-board connector
is fully seated. Using a Phillips screwdriver, secure the UIM PCB to the
SMD2000-24T PCB at the standoffs with the four provided pan-head screws.
Standoffs
UIM Side View

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5. Secure the faceplate. Using a Phillips screwdriver, secure the UIM faceplate to
the SMD2000-24T faceplate with the two flathead screws included in your UIM
packaging.
6. Replace the chassis cover. Replace the chassis cover and secure with the
original eight flathead screws as depicted in Step 1 on page 5.
Tabletop Installation
Procedure
To install the SMD2000-24T on a table, desk, shelf, or remote cabinet:
1. Affix the four provided rubber pads to the bottom of the chassis for surface grip.
2. Place the SMD2000-24T such that the cables will not become a tripping hazard or
pull loose from the chassis. Ensure that the air supply vents on the sides of the
chassis are not blocked.
Bottom of Chassis

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Rack Installation
Procedure
To install the SMD2000-24T in a rack:
1. Using a Phillips screwdriver, attach the two provided rack mount brackets to the
sides of the SMD2000-24T with the ten provided bracket screws.
2. Mount the chassis onto the rack and secure the rack mount brackets to the sides of
the rack using one of the two provided sets of four rack mount screws (whichever
size fits the rack being used).
3. Check the rack for stability, ensuring that installation of the SMD2000-24T has not
caused the rack to become top-heavy. Ensure that all cables are secured such that
they will not become a tripping hazard or pull loose from the chassis.

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Powering Up the SMD2000-24T
CAUTION:
Turn your DC power source off until you have completed connection of the
SMD2000-24T as described below.
Do not operate your SMD2000-24T without a ground connection.
Procedure
To connect the SMD2000-24T to power:
1. Connect a ground wire to the SMD2000-24T. Line up the 2-hole terminal lug of
your ground wire with the two holes on the small, unpainted section on the left side
of the back of the chassis. Secure the terminal lug to the chassis with two #10-32
screws.
2. Connect the other end of the ground wire to a frame ground. This can vary
from location to location, but typically all equipment in a Central Office is grounded
to a common copper bus.
3. Select a terminal block. Either terminal block on the back of the SMD2000-24T
may be used to power the chassis. Both terminals may be connected if redundancy
(backup) is desired.

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The two terminal blocks on the SMD2000-24T are independent feeds. Chassis
power is supplied by only one terminal block at a time; the second supply is merely
backup. Likewise, the two terminal blocks do not load-share. Each terminal block
must be supplied with the adequate amperage to run the chassis.
4. Using a Phillips screwdriver, remove the left screw from the chosen terminal block
(labeled "+" on the chassis). Slide the ring terminal of your positive power lead onto
the shaft of the screw and re-insert the screw into the terminal block (same "+"
terminal from which it was removed).
5. Remove the right-hand screw (labeled "–") from the same terminal block, slide the
ring terminal of your negative lead onto the shaft of the screw and re-insert the
screw into the terminal block (same "–" terminal from which it was removed).
CAUTION:
Be sure to attach the positive lead to the positive terminal and the nagative
lead to the negative terminal as indicated on your SMD2000-24T terminal
block labels.
6. Attach the other ends of the power leads to a fuse panel. The negative (–) lead
connects to a "Batt" (Battery) terminal and the positive (+) lead connects to a
"Return" terminal on your DC power supply.
Positive (Return) Lead
Negative (Batt) Lead

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7. Verify the connection. Turn your power source ON. The PWR (power) LED on
your SMD2000-24T faceplate will illuminate solid green to indicate that the chassis
is receiving power.
Connecting the SHDSL RJ21 Cable
Procedure
To connect the SHDSL cable to the SMD2000-24T RJ21 connector:
1. Configure the SHDSL lines.
No configuration is necessary for the SMD2000-24T to operate at default settings.
However, if you wish to run subscriber lines at settings other than the
SMD2000-24T defaults, configure the subscriber lines prior to connection.
Parameter settings may be changed using the Command Line Interface (CLI),
Simple Network Management Protocol (SNMP), or the web-based management
system. SHDSL Parameter Defaults on page 15 lists the device defaults. Product
Documentation Online on page 3 lists the user interface manuals.
2. Detach the hook-and-loop fastener strap from the RJ21 socket on the front of the
chassis and pull it upward, leaving it looped under the connector frame at the top.

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3. Slide the RJ21 plug connector of your SHDSL cable underneath the hook-and-loop
fastener from the right and press it firmly into the RJ21 socket on the chassis.
4. Pull the hook-and-loop fastener strap upward, making sure that it is snug against
the RJ21 connector, and then pull the strap back down over itself such that the
hook-and-loop fastener layers stick to one another.
5. Screw the left side of the RJ21 plug connector into the jack screw on the left side of
the RJ21 socket on the chassis. If you are using a 120 or 180 degree cable, both the
left and right sides of the RJ21 plug connector should be secured to the socket.
Connecting to the Remote SHDSL Modems
A primary feature of the SMD2000-24T is its capability to support multiple loop bonded
SHDSL connections. However, it is equally capable of supporting up to 24 single line
connections, as well as combinations of both single and loop bonded connections.
Loop Bonded SHDSL Connection
Multiple SHDSL ports (consecutive or not) may be connected with a single remote
SHDSL modem as long as the remote modem is also loop bonding capable. Refer to
Product to Product SDSL Loop Bonding Compatibility, (Document Number
COMP-A2-GK42), for a complete list of SDSL loop bonding capable products.

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The speed and data passing capability of multiple SHDSL lines, as used for one network
connection, is cumulative. For example, loop bonding three SHDSL lines for one
network connection nets three times the speed and data passing capability of a
single-line SHDSL connection. Additionally, use of multiple SHDSL lines for one
connection provides automatic backup should one or more lines in the bonded group
experience problems or become disabled.
NOTE:
Upon connection, all ports in a bonded group will automatically default to the
configurations of the lowest numbered port of the group. Hence, the lowest
numbered port of the group should be configured prior to connection if you intend to
run the group with parameter settings other than the defaults.
Single Line SHDSL Connection
A single line SHDSL subscriber connection may be established with any standard
SHDSL subscriber equipment.
Verifying the Connection(s)
The LK (link) LED for each port connected with a remote modem will flash green to
indicate a connection has been established. An ACT LED flashing amber indicates
SHDSL activity. Link establishment time between the SMD2000-24T and remote SHDSL
modems can vary from one to five minutes depending on the quality, gauge, and length
of the copper cable pairs being used.
Note:
If any of the cable distances are greater than the configured bandwidth will support,
the units may not link up or, if they do achieve link, traffic quality may be affected (for
example, packets may be dropped).

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Connecting the Uplink Lines
To connect the SMD2000-24T to T1 service:
1. Configure the T1 uplinks.
No configuration is necessary for the SMD2000-24T to operate at default settings.
However, if you wish to run uplinks at settings other than the SMD2000-24T
defaults, configure the uplinks prior to connection. Parameter settings may be
changed using the Command Line Interface (CLI), Simple Network Management
Protocol (SNMP), or the web-based management system. T1 Uplink Parameter
Defaults on page 15 lists the device defaults for the T1 uplinks. Product
Documentation Online on page 3 lists the user interface manuals.
2. Plug your T1 cable into an RJ48C T1 uplink port on the SMD2000-24T faceplate.
For most applications, a straight-through T1 cable is required. A connection to Port
2 is shown.
3. Connect to the remote T1 equipment. The SMD2000-24T requires only one uplink
connection for operational purposes, although a second T1 uplink connection may
be desired for redundancy. Additionally, the two T1 uplink ports may be bonded
together for a single connection as long as the remote T1 equipment is loop
bonding capable. Refer to Product to Product T1 Loop Bonding Compatibility,
(Document Number COMP-A2-GK44) for a list of loop bonding capable products.
Using two T1 lines for one uplink connection nets twice the speed and data passing
capability of a single-line T1 connection. Additionally, use of a second T1 line
provides automatic backup should one of the lines experience problems or become
disabled.
A single line T1 uplink connection may be established between T1 Port 1 or T1
Port 2 and any standard T1 provider equipment.
4. Verify Your Connections. The Port 1 Link (LK) LED flashing or pulsing green
indicates that a T1 Port 1 uplink connection has been established. The Port 2 Link
(LK) LED flashing or pulsing green indicates that a T1 Port 2 uplink connection has
been established.

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Default Settings
SHDSL Parameter Defaults
T1 Uplink Parameter Defaults
Table 1. SHDSL Defaults
Parameter Default
Backbone-VLAN 0 (off)
Circuit Identification n/a (no default)
Flood Uplink
IP Range 1 0.0.0.0 – 255.255.255.255
IP Range 2 0.0.0.0 – 0.0.0.0
Protocol All
Speed 272 kbps
VLAN Priority 0 (none)
VLAN Range 0 - 0 (off)
Table 2. T1 Defaults
Parameter Default
Frame Type Extended Super Frame (ESF)
Line Attenuation 0 dB
Line Code Bipolar with 8 Zero Substitution (B8ZS)
Speed* n/a (T1 uplink speed is determined via communication with the
remote T1 provider equipment to which the SMD2000-24T is
connected)
Timing*
* Speed and timing are non-configurable parameters for the SMD2000-24T T1
uplink ports.
Loop

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System and Management Defaults
No configuration is necessary for an SMD2000-24T to operate at default settings.
User Access Defaults
Table 3. System and Management Defaults
Parameter Default
IP Address 192.168.254.252
Subnet Mask 255.255.255.0
Gateway 0.0.0.0
Inband Management disabled
Inband Management VLAN ID 0 (off)
TFTP (Trivial File Transfer Protocol) on
Management IP Address Filter Range 0.0.0.0 – 255.255.255.255 (all)
Uplink DSLAM Interconnection 1 (neither/off)
Table 4. Username and Password Defaults
Username/Passwords
Access Username*
*Usernames and passwords are case sensitive.
Password*
read/write superuser Password
read only general Password
Table 5. SNMP Access Defaults
Community String
Access Community String*
* Community strings are case sensitive.
read/write Password
read only Password

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Data Storage
Configuration backup is inherent in the SMD2000-24T. Default parameters remain in
place unless changed using the CLI, web management system, or SNMP.
Memory
Parameter configurations are automatically recorded in both Random Access Memory
(RAM) and Non-Volatile Random Access Memory (NVRAM).
Data stored only in RAM, such as traffic statistics and link up/down time, will be erased if
the SMD2000-24T loses power.
Data stored in NVRAM, such as management and port parameter configurations, will
remain intact (even if the SMD2000-24T loses power) unless deliberately cleared or
reconfigured.
Saving to Local Files
SMD2000-24T management and port configurations can be uploaded to a local file on
your PC or local network via the Trivial File Transfer Protocol (TFTP) GET command.
Configuration files can also be downloaded from a local file to an SMD2000-24T with a
TFTP PUT command. Refer to your TFTP program’s help for further instructions.
SMD2000-24T Backup
An SMD2000-24T backup file records all management and port configurations.
Table 6. Backup Criteria
Item Data Needed for Backup Example
Host Name DSLAM_IP Address (xxx.xxx.xxx.xxx) 193.166.254.98
Remote
Filename
NVR_BACKUP.BIN.[superuser password] nvr_backup.bin.Password
Local
Filename
user preference smd4_backup.bin

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SMD2000-24T Template
An SMD2000-24T template file records all management and port configurations except
IP Address.
SHDSL Port Template
A SHDSL port configuration file records all of one port's configurations except Circuit ID.
A previously saved port configuration file can be downloaded to multiple ports on your
SMD2000-24T simultaneously by entering the port value [port] as:
A comma separated list:
nvr_portcfg.bin.Password.[1][4,6,8]
A dash indicated range:
nvr_portcfg.bin.Password.[1][6-12]
Or using the keyword "all"
nvr_portcfg.bin.Password.[1][all]
Table 7. Template Criteria
Item Data Needed for Backup Example
Host Name DSLAM_IP Address
(xxx.xxx.xxx.xxx)
193.166.254.98
Remote
Filename
NVR_CFG.BIN.[superuser
password]
nvr_cfg.bin.Password
Local
Filename
user preference smd2000_template.bin
Table 8. Template Criteria
Item Data Needed for Backup Example
Host Name DSLAM_IP Address
(xxx.xxx.xxx.xxx)
193.166.254.98
Remote
Filename
NVR_PORTCFG.BIN.[superus
er password].[1][port]
nvr_portcfg.bin.Password.[1][4]
Local
Filename
user preference shdsl_servicelevel4_template.bin

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Reset Button
The reset button is a small, unmarked button just to the right of the T1 uplink LEDs on
the chassis faceplate. The button is recessed and you need a paper clip, mechanical
pencil, or similar tool to press it.
System Reset
A system reset will clear all statistical data (stored in RAM) and restart the
SMD2000-24T. It will not clear NVRAM; management settings and port configurations
will remain unchanged.
To perform a system reset, press the Reset Button for one second. The reset takes
approximately one minute to complete.
System Clear
A system clear will erase both RAM and NVRAM and restart the SMD2000-24T,
restoring all management and port configurations to their original default settings. To
clear the system, press the Reset Button for one second, release, and, within five [5]
seconds, press the Reset Button again for one second.
After the first pressing of the Reset Button, the passage of five seconds is indicated by
the successive flashing of the SHDSL Link (LK) LEDs for Ports 1-5; if you do not press
the Reset Button a second time within the allotted five seconds, the SMD2000-24T will
perform a system reset (see System Reset, above), rather than a system clear. The
clear takes approximately one minute to complete.
CAUTION:
Clearing NVRAM to restore original default settings includes restoring the default IP
Address, Subnet Mask and Gateway. Additionally, Inband Management will revert to
its original default setting (OFF) and you will be required to establish a direct PC to
SMD2000-24T connection for any subsequent configurations. Refer to the
Reset Button

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Command Line Interface for 4000E and 12000E BACs, Micro DSLAMs, and
Network Extenders User's Guide (Document Number CLI-A2-GB20) or the Network
Management System User's Guide (Document Number NMS-A2-GB20) for further
information.
LED Indicators
For purposes of the following descriptions, a pulsing LED blinks steadily at a rate of
once per second. A flashing LED blinks at a more rapid, less constant rate.
Table 9. LEDs (1 of 3)
State Indication Additional Information
PWR
(power)
Solid green SMD2000-24T is receiving
power
Both power terminals are
connected.
Solid
amber
SMD2000-24T is receiving
power
One of the two power
terminals is connected.
No
illumination
No power If the SMD2000-24T is not
receiving power, none of the
LEDs will be illuminated.
FAN Solid green All four fans are fully
functional
Solid
amber
Fan failure At least one of the four
chassis fans is not
functioning properly.
No
illumination
Total fan failure None of the four chassis
fans is functioning properly.