Paradyne Firmware/Software/Hardware Release Notes
PARADYNE - PROPRIETARY
THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION OF PARADYNE CORPORATION AND IS NOT TO BE DISCLOSED OR USED EXCEPT IN ACCORDANCE WITH APPLICABLE AGREEMENTS.
Unpublished and Not for Publication
Release Number: 02.02.08 |
Date: |
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Release Type: Major |
Country Type: N/A |
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Release History |
Affected Product Models: See Below |
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Release |
Type |
Date |
Model |
Description |
02.02.08 02.02.06 |
Major Initial |
10/03/2005 9/14/2005 |
ADSL2+
Annex A 2621-A3-423, ADSL2+
Annex B SHDSL 2671-A2-424, 2671-A2-425, 4279-A2-520 MLPPP-ADSL2+ 2624-A1-422, 4224-A1-520, 4224-A1-522, 4224-A1-530, 4224-A1-532, 4234-A1-522, 4234-A1-532 2674-A1-422, 4274-A1-520, 4274-A1-522 REACH DSL 2611-A2-4XX 4219-A2-5XX MLPPP-REACH
2614-A1-420, 2614-A1-422, 4214-A1-520, 4214-A1-530, 4214-A1-522, 4214-A1-531, 4214-A1-532 |
Major Initial Release |
02.02.08 02.02.06 02.01.16 |
Major Minor |
9/14/2005 5/25/2005 4/8/2005 |
ADSL2+
Annex A 2621-A2-423, 2621-A1-424, 2621-A1-434, 2671-A1-424, 2671-A1-425, 4279-A1-520 REACH DSL 2611-A1-4XX 4219-A1-5XX MLPPP-ADSL2+ 2624-A1-430, 4224-A1-522, 4234-A1-522, 4234-A1-532 2674-A1-422, 4274-A1-520, 4274-A1-522 MLPPP-REACH
4214-A1-520, 4214-A1-530, 4214-A1-522, 4214-A1-531, 4214-A1-532, 2614-A1-420, 2614-A1-430, 2614-A1-422, 2614-A1-435 |
Major Release Minor Release |
02.00.15 |
Minor |
4/8/2005 |
ADSL2+
Annex A 2621-A2-423, 2621-A1-424, 2621-A1-434, 4279-A1-520 |
Minor Release |
02.00.08 |
Major |
8/23/2004 |
2621-A2-420, |
Major Release |
02.00.03 |
Initial |
6/30/2004 |
2671-A1-420, |
Initial Release |
1. Feature Enhancements / Functional Changes
Adds new management features in firmware 02.02.06:
1. Management Access Lists.
2. ARP Table Enhancements including adding and deleting ARP table entires.
3. Management Entities - Enable or disable SNMP, Web, or Telnet to the box and enable
the access list based on a service.
4.Periodic ARP to refresh RedBack ARP Table for Management.
Notes: DSLAMs
running firmware versions prior to 2.1.0 will need to be upgraded with
file BS2600_REVA_020208.bin first before upgrading to later builds.
Otherwise the Download will fail.
DSLAMs with firmware 2.1.0 or later use file
BS2600_ALL_020208.bin
This build may upgrade the unit's bootrom. Customers should not power cycle
the unit while a firmware switch is in progress. The bootrom update may take
5-10 minutes.
This build does not support 4821 Express!
2. Resolved Customer
Issues
|
3.
HardWare Co-Requirements
Model Number |
CCA Part Number |
Description |
MAUI (Management Uplinks and Aggregation Interface Cards) |
868-6421-5170 |
Hardware with new Memory Configuration. |
MAUI (Management Uplinks and |
868-7451-8000 |
MAUI GigE with Wintegra Rev B chipset. |
2621-A1-420, |
868-6516-8001 |
BS2600 ADSL2 Annex A Main
Card |
4229-A1-520, |
868-6303-8001 |
4200IP ADSL2 Annex A Main
Card |
2621-A2-420, |
868-6781-8000 |
BS2600 ADSL2+ Annex A Main Card |
4229-A2-520, |
868-6779-8000 |
4200IP ADSL2+ Annex A Main
Card |
2631-A2-425, |
868-7121-8000 |
BS2600 ADSL2+ Annex B Main
Card |
4239-A2-520 |
868-7119-8000 |
4200IP ADSL2+ Annex B Main
Card |
2671-A1-420 |
868-6782-8000 |
BS2600 SHDSL Main Card |
4279-A1-520 |
868-6780-8000 |
4200IP SHDSL Main Card |
2614-A1-420, 2614-A1-422, 2624-A1-420, 2624-A1-422, 2674-A1-420, 2674-A1-422, 4214-A1-520, 4214-A1-522, 4214-A1-530, 4214-A1-531, 4214-A1-532, 4224-A1-520, 4224-A1-522, 4224-A1-530, 4224-A1-531, 4224-A1-532, 4234-A1-522, 4234-A1-532, 4274-A1-520, 4274-A1-522 |
868-7122-8000 |
T1/E1 MLPPP Uplink |
2611-A1-420, 2611-A1-424, 2611-A1-425, 2611-A1-430, 2611-A1-431, 2611-A1-434, 2611-A1-435, 2611-A1-436, 2611-A2-420, 2611-A2-424, 2611-A2-425, 2611-A2-430, 2611-A2-431, 2611-A2-434, 2611-A2-435, 2611-A2-436, 2614-A1-420, 2614-A1-422 |
868-6515-8000 |
BS2600 ReachDSL Main Card |
4214-A1-520, 4214-A1-522, 4214-A1-530, 4214-A1-531, 4214-A1-532, 4219-A1-520, 4219-A1-530, 4219-A1-531, 4219-A2-520, 4219-A2-530, 4219-A2-531 |
868-6302-8000 |
4200IP ReachDSL Main Card |
4.
Software Co-Requirements
Request Number |
Description |
|
MAUI Boot Code
version 02.00.03 or greater |
T1E1 |
T1/E1 MAUI Boot
Code version 02.01.01 or greater |
Initialization
Configuration Files |
Initialization configuration files |
T1/E1 MLPPP Initialization Configuration Files |
TIE1 MLPPP Unit Initialization configuration files |
5. Compatibility with other Released Models
4200 IP / BS2600
with pre 2.1.XX firmware will need to use the filename BS2600_REVA_020208.bin
4200 IP / BS2600 with firmware that is already at the 2.1.16 will need to use
the filename BS2600_ALL_020208.bin
Upgrading 1.0 f/w and 2.0 f/w to 2.1 The 2600/4200 dslams have been using a Rev A Wintegra part through the 1.0 and 2.0 firmware life cycles. The firmware builds for 1.0 and 2.0 have been anywhere from 3.6MB to 4.6MB in size. Because Wintegra is discontinuing the Rev A part, a Rev B part started being used on the MLPPP MAUI cards and will start being used on the GigE MAUI cards in the near future. The Rev A and Rev B parts cannot run the same driver code so a dual firmware image had to be created to support both versions of the Wintegra part in the 2.1 f/w baseline. These dual image files are 10MB in size. The 1.0 and 2.0 f/w builds do not know how to handle the dual image file so two versions of the 2.1 f/w builds are produced. They are in the form of BS2600_REVA_0201xx.bin and BS2600_ALL_0201xx.bin. Any dslam running either a 1.0 or 2.0 build, must download the BS2600_REVA_0201xx.bin file first. Once this version is loaded on the dslam, then any subsequent BS2600_ALL_0201xx.bin files may be loaded.
CAUTION: A change was made
to the 4200/2600 boot code which is incorporated into build 2.00.13 and later.
When new boot code is involved in the f/w upgrade process, the upgrade takes
considerably longer than it normally does. From the time the switch to the new
f/w is performed, customers should expect at least a 5-10 minute period before
the unit is finished with the upgrade. While the upgrade is taking place, it
appears from the front of the unit that nothing is happening. Due to the longer
upgrade period, it may cause confusion and the unit is power cycled during the
upgrade of the bootrom. If this occurs, the unit will not boot again and would
need to be returned to the factory. There is no way to recover from this in the
field.
This code is being released only for the models listed in the table above
(SHDSL, REACH DSL, ADSL2, ADSL2+ and MLPPP).Proper operation of this code has
not been verified.
This code contains protection to prevent downloading incorrect firmware to the
unit. The SHDSL platform will not allow downloading of any f/w file older than
2.0.0. The ADSL2+ annex A platform will not allow downloading of any f/w file
older than 1.1.0. The ADSL2+ annex B platform will not allow downloading of any
f/w file older than 2.0.0. New build units with the rev B GigE
MAUI card will not allow code older than 2.01.19 to be loaded.
This code will migrate the configuration from the 1.0.X and 1.1.X code sets and
will create a DSL line profile table that may look somewhat different. The
older code platforms did not support line profiles so the migration from
individual DSL port settings to a profile table was accomplished as follows.
After upgrading, the line profile table will contain 24 profiles which
will have the ifIndex numbers (ie 1001001) as the profile names but the config
settings in the profile for each port will be left intact as they were before
the upgrade. Each one of the line profiles will be assigned to the respective
port#. The first time the unit is set to factory defaults, the line profile
table will then have only the one DEFVAL profile, which will be assigned to all
ports.
SHDSL.bis
Configuration Notes: All configurations done
using 4 port boundaries and the boundaries start on ports 1,5,9,13,17, and 21.
In other words, all multiple pair connections must fall within any group of 4.
For instance, you should not assign an 8-wire profile to port 3 and have it
extend across a boundary into the next group of 4. The rate referred to in this
explanation also assumes you are using modems that support extended rates
(.bis). Standard rate 2-wire and 4-wire modems may also be used in the mix but
be careful of the max rate for Globespan based cpe as stated in the preceding
note.
In 4104 Mode: On the first group of four, ports 1-4, you could have;
(four-2 wire modems each supporting a rate up to 4104), (two-4 wire modems each
supporting a rate up to 8208), (one-6 wire modem supporting a rate up to 12312
and one-2 wire modem on port 4), (one-8 wire modem that supports a rate up to
16416). These rules hold true for the remaining groups of 4. In 5704 Mode:
Ports 9-12 and 21-24 are not available and 5704 supports only 2-wire and
4-wire. You could have modems in 2-wire mode on all 16 available ports each
getting a rate up to 5704 or you could have eight-4 wire modems on ports
1,3,5,7,13,15, and 17 supporting a rate up to 11408.
IGMP Change In code sets 1.0 and 2.0, igmp snooping enable/disable was configurable on a port by port basis. In the 2.1 code, igmp snooping is a global setting (all ports enabled or disabled). During migration from 1.0 or 2.0 to 2.1, if any port is set for igmp snooping enabled, then the global setting will be enabled.
6. Supporting Customer Documentation / Significant Changes
The following manuals support the 2600-A2 and 4200IP A2 models:
2600-A2-GN20-30 installation guide
(2600)
2600-A2-GB21-20 command line reference guide (2600/4200)
2600-A2-GB22-20 SNMP reference guide (2600/4200)
4200-A2-GN21-40 installation guide (4200)
7. SNMP MIBs SUPPORTED BY THIS RELEASE
Please refer to 2600-A2 and 4200IP A2 MIBS for MIBS
and associated OIDs supported by this release located at the following URL:
http://www.paradyne.com/tech_support/mibs.html