Real Time Ascend Maling List Archive
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(ASCEND) 7.2 for the Max 1800, 2000 & 6000
>TAOS Release 7.2.0 for MAX family has been given to customer support.
>TAOS 7.2.0 does not include binaries for MAX 4000 series. TAOS 7.0.x
>releases continue support for the MAX 4000 series.
>
>This release contains the following:
>
>NEW FEATURES
>
> FEATURE
>* OSPF supports MD5 authentication
> Enhancement to Telnet Security parameter
>* Ascend-Data-Rate and Ascend-Xmit-Rate added to RADIUS
>Access Request packet
>* TCP-Clear-Quiet value added to Login-Service attribute
> More information for Syslog End-of-Call message
> Log Call Progress parameter
>* Ethernet linkUp and linkDown SNMP traps for MAX 6000
> Configuration Change added to Enable traps menu
>* Restoring a configuration to flash memory
>* Copying binary images between PCMCIA Flash card memory
>and internal Flash memory
> IP multicasting added to Stack options
> Disabling and enabling digital connections
> Support for 64 switched Frame Relay connections
> Modifications to Id Auth parameter
> Show Filters command
> Personal Handy Phone Service (PHS) support (Japan and
>Asia only)
> ISDN NFAS support for Japanese switch types"
> R2 signaling for New Zealand, Thailand, Israel, and
>Kuwait
>* Configuring a unique L2TP system name
>
>
>
>CORRECTIONS
>
>TR Number Description
>--------- --------------
> * 2660 Dial in V.110 client could connect to PPTP server behind a
>MAX
> * 3163 A MAX 2000 did not process a finger request from FreeBSD
>with TCP option selected.
> * 3425 A MAX 1800 showed No Circuit Available; it did not send a
>set up message to switch.
> * 3553 A MAX incorrectly forwarded limited-broadcast packets over
>a WAN link.
> * 3556 Normal Link Down traps were sent from a MAX.
> * 3617 MAX clients were not receiving a phone number. When
>dialing into a MAX using Bandwidth Allocation Control Protocol (BACP),
>the clients attempted to add bandwidth, the Call-Response packet's
>Phone-Delta option did not contain a usable phone number.
> * 3659 A MAX 200Plus did not complete a Zmodem transfer.
> * 3685 In the 50-700 status menu, the MAX showed the Enet I/F:
>AUI when it is plugged into a UTP connection.
> * 3693 A MAX was unable to complete call-by-call terminal server
>calls.
> * 3725 The Ascend Maximum Time attribute did not take affect for
>CBCP sessions.
> * 3757 Incoming calls were not routing properly through PBX-T1
>conversion when pbx type=data and answer service=none.
> * 3766 During a CBCP session, Ascend-Xmit-Rate and
>Ascend-Data-Rate were reported as zero.
> * 3772 A MAX 6000 did not establish more than one nailed
>connection.
> * 3784 A MAX-stacked Ascend unit failed with CLID authenticated
>MP calls.
> * 3845 A MAX did not send a busy signal when a modem dialed a
>busy line.
> * 3848 A MAX 1800 did not drop the second channel when ALU
>dropped below Idle PCT threshold.
> * 3928 During a Telnet session to A MAX, the Edit window
>displayed the Ethernet profile.
> * 3935 A MAX with two PRIs handling analog and IP calls reset
>with FE1.
> * 3940 A MAX incorrectly offered a Telnet connection for a
>broadcast IP address.
> * 3966 A MAX using control port would reset without FE.
> * 3975 A MAX did not send cause code 17 to Net/BRI line.
> * 4001 MAX units reported the wrong Acct-Multi-Session-Id and
>Link-Count values when stacking with MP.
> * 4034 A MAX configured for Pool Summary marked MP/MPP calls as
>non-private.
> * 4040 A MAX reset with FE1 when an encrypted tunnel password was
>sent through RADUIS.
> * 4044 A MAX did not recognize break signals.
> * 4061 A MAX 1800 did not adhere to MP+ thresholds when a call
>failed.
> * 4096 A MAX 6000 had a tload with checksum errors and it failed
>to restart.
> * 4097 When an external flash card was installed, progress
>indicators did not display.
> * 4150 When a customer turned on RADIUS authentication, server,
>accounting, and call logging simultaneously, the server process did not
>start properly.
> * 4169 A MAX reset with FE29.
> * 4191 A MAX 6000 reset without FE during SCM and ftp.
> * 4197 A MAX 2000 system software did not include support for
>OSPF.
> * 4214 K56-16 modem cards were taking too many bad calls before
>resetting the modem slot with a WARNING 195.
> * 4222 Drop and insert was not working on WAN lines 3 and 4.
> * 4261 When no IP address was assigned to a router's Ethernet
>interface, static routes based on information contained in profiles were
>not added to the routing table during initialization.
> * 4303 Direct SecurID authentication was not working.
> * 4311 When Auto Logout was enabled, the MAX was not falling back
>to the default privileges when a device disconnected from the MAX unit's
>Control port or when power was lost.
> * 4323 When using PIAFS with RADIUS CLID authentication, calls
>were not connecting across a LAN.
> * 4325 The were 10- to 14-second delays between modem call
>disconnects and "no carrier" at calling modems.
> * 4390 MAX units failed when dialing out over ISDN lines using
>RADIUS-based permanent Connection profiles.
> * 4417 CHAP authentication failures were resulting in invalid LCP
>responses.
> * 4514 Outgoing analog calls did not work over MPP.
> * 4556 The Novell Client32 IPX client (version 3.1 on Windows 95
>with service pack 1) rebooted when attempting to dial into a MAX with
>IPX header
>compression enabled.
> * 4564 The default value for the parameter CBCP trunk group was
>out of the valid range. The default value has been changed from 0 to 4.
>This correction might cause a previously saved profile to yield a
>different value when this release is loaded.
> * 4657 The end-of-call Syslog message did not support all
>tunneling protocols.
> * 4663 SNMP was not reporting IP addresses correctly for 10Base T
>card ports.
> * 4670 With immediate modem server, in outbound sessions,
>subsequent to the first dialout, the username was not being included in
>RADIUS start records.
> * 4757 Enabling Call Logging without RADIUS accounting and
>authentication was resulting in UDP/IP packets with 0.0.0.0 destination
>address.
> * 250094 The STOP packet logged on The RADIUS server for X.75
>calls did not contain valid entrAcct-Input-Packets, and
>Acct-Output-Packets.
> * 250228 A MAX had only one value for Call Back with v.110
>attribute.
> * 250296 MAX sent SETUP for B-Channel before RELEASE was sent for
>that same B-Channel.
> * 258589 A MAX used incorrect Dialing Number and Dialed Number on
>PPTP.
> * 258656 A MAX 6000 did not respond to Appletalk ARP packets that
>were greater than 28 bytes.
> * 258672 A MAX backup PVC did not come up.
> * 258676 Bad clock source on a MAX caused the continuous modem to
>be retrained using DPNSS/DASS 2 lines.
> * 258791 When using ATMP, a FA/HA in the same unit would not
>fallover to a secondary HA when the home network was unreachable.
> * 258680 FE 1 was sent every hour on a MAX.
> * 258688 E1 channel 16 on a MAX 6000 could not be nailed when
>Signalling was set to None.
> * 258692 A MAX exhibited inconsistent x.75 behavior when v.42bis
>compression was used.
> * 258694 Data sent from a POS terminal was lost when the MAX did
>not buffer the 100 bytes.
> * 258701 ISDN overlap received numbers that were not in DNIS.
> * 258722 The avm command showed modems dropping off.
> * 258725 MP/MPP calls failed authentication in a MAX-stacked
>environment.
> * 258728 A MAX failed after running X.25 PAD for several hours.
> * 258730 A MAX reset with FE1 when two Immediate Telnet sessions
>used DNIS authentication.
> * 258748 Multipath external OSPF routes were not deleted from the
>MAX routing table.
> * 258770 When creating a RADIUS profile with CLID callback and
>associated filters, the filters were not applied for the connection.
> * 258772 The SourceIP Check parameter did not work for spoofed
>packets from the same network.
> * 258776 A MAX was occasionally resetting with an FE 29 when
>using PPTP.
> * 258797 The MAX supported a maximum of 24 simultaneous X.25
>sessions.
> * 259798 The dirdo command failed because the terminal server
>security level was insufficient.
> * 1000032 ATMP automatically set the MRRU to equal The MRU, which,
>for MP/MPP connections, resulted in ATMP dropping many packets.
> * 1000085 MAX modem code would be corrupted, causing calls to
>fail.
> * 1000094 A MAX 6000 as an ATMP HA running IPX did not work.
> * 1000096 R2 signaling did not support a B-5 tone.
> * 1000105 When running IP over ATMP in gateway mode, if the HA's
>network included a NetWare server, the server's IPX/SAP packets were
>passed to the
>HA's ATMP gateway connection to the gateway router.
> * 1000112 MAX 1800 MP connections failed.
> * 1000114 With Net5 and Aus PRAs on a single MAX, disabling one
>line caused D-channel failure in the other line.
> * 1000115 In an MP Connection profile, Base Ch Count was
>incorrectly read as Max Ch Count for received MP calls.
> * 1000120 Once the default values for highest and lowest X.25 PVCs
>or SVCs have been configured in an X.25 profile, the values could not be
>re-configured to the default (zero) through the menus.
> * 1000126 A MAX supporting both SNMP and ATMP generated Warning
>106 messages.
> * 1000137 On E1 R2 lines, a MAX did not time-out seize-request
>(toward switch) if it did not receive a seize-ack.
> * 1000139 A MAX ifAdminStatus object was not recognized.
> * 1000140 The user could not set the called and calling number
>when configuring an active Connection profile to use X.25/PAD
>encapsulation.
> * 1000145 A MAX rebooted with FE17, Warning 179, while running R2
>outdial connections.
> * 1000146 R2 outdial failed.
> * 1000150 Occasionally, a MAX 6000 reset and generated an FE18
>when supporting R2 call traffic
> * 1000165 A MAX occasionally reset with an FE 1 when outbound
>calls were unable to connect to a carrier for reasons such as a busy or
>non-existent
>number.
> * 1000186 Occasionally, E1 lines remained in Red Alarm state
>until they were reset.
> * 1000192 On MAX units supporting Chinese R2 lines, CLID
>authentication did not work correctly.
>
>CONEXANT (FORMERLY ROCKWELL) FIRMWARE VERSIONS
>
>The following Conexant (formerly Rockwell) firmware versions are
>supported in this release:
>
>--Series56 Digital Modem Modules support Conexant V2.098-K56_DLP_CSM
>firmware, which includes support for V.90, K56flex, K56plus, V.34, and
>all slower, standard modem speeds.
>
>The 2.098 Conexant firmware includes a workaround in V.8bis for Lucent
>interoperability, and improved Lucent client V.90 modem connectivity.
>Users still should upgrade Their Lucent client modems with new Lucent
>firmware as available.
>
>V.34 MODEM SLOT CARD SUPPORT DISCONTINUED
>
>Software support for The V.34 modem slot cards has been discontinued in
>this release. TAOS 7.0.x releases provide support for the V.34 modem
>slot cards.
>
>KNOWN ISSUES
>
>Issues you should be aware of before loading release 7.2.0 include the
>following:
>
>1. Change in Call-logging packet format.
>In releases prior to 7.2.0, The format of Call-logging packets are
>identical to RADIUS Accounting packets. With the introduction of 7.2.0,
>Call-logging will no longer be compatible with RADIUS, although Ascend's
>NavisAccess product fully supports Call-logging. The MAX continues to
>support RADIUS accounting, SNMP and SYSLOG functionality.
>
>Because of the proprietary nature of and potential modification to
>call-logging packets, you should not use call-logging packets with any
>application other than Ascend's NavisAccess.
>
>2. Some multimedia features are not supported in this release. Customers
>using the following features should not upgrade to 7.2.0:
>
>--AIM/BONDING
>--Time-of-day calling
>--Backup and overflow
>
>3. The default value for the parameter CBCP trunk group was out of the
>valid range. The default value has been changed from 0 to 4. This
>correction might cause a previously saved profile to yield a different
>value when this release is loaded.
>
>4. In MAX systems, data flows between T1/E1 WAN ports and host devices
>such as modems and HDLC ports using a limited group of internal data
>pathways. The capacity of these pathways is sufficient to accommodate
>the built-in WAN ports of The MAX. When BRI cards are installed in the
>system, pathways normally allocated for built-in T1/E1 ports are used to
>support the BRI WAN ports, and are not available for T1/E1 usage. The
>following table summarizes how the addition of BRI cards affects the
>availability of built-in WAN ports in various MAX models. These limits
>apply regardless of the type of BRI card used (Net, Host, IDSL, etc.).
>
>WAN ports available when BRI cards are in use:
>Model Number of BRI cards WAN ports available
>MAX 6000 0 1, 2, 3, 4
> 1 1, 2, 3
> 2, 3 1, 2
> 4, 5, 6 Unsupported
>
>MAX 2000 0 1, 2
> 1 2
> 2 None
>
>MAX 1800 0 1 - 8
> 1 1 - 8
> 2 Unsupported
>
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