release notes

Document Number: 6CETHSR60-40A
August 2014
release notes
Carrier Ethernet
System Release 6.0
Release Notes
Carrier Ethernet System Release 6.0 Release Notes
Front Matter
Revision History
Revision
Date
Description
A
August 2014
Initial release. This document supports Carrier Ethernet System Release 6.0. All changes for this release are denoted by (6CETHSR60‐40A, August 2014).
Trademarks
Any brand names and product names included in this document are trademarks, registered trademarks, or trade names of their respective holders.
To the Holder of this Document
The contents of this document are current as of the date of publication. ADTRAN® reserves the right to change the contents without prior notice.
In no event will ADTRAN be liable for any special, incidental, or consequential damages or for commercial losses even if ADTRAN has been advised thereof as a result of issue of this document.
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©2014 ADTRAN, Inc.
All Rights Reserved.
ii
6CETHSR60-40A
Hazard Classifications
The following hazard classifications are used in this document:
!
DANGER
DANGER indicates a hazard with a high level of risk which, if not avoided,
will result in death or serious injury.
!
WARNING
WARNING indicates a hazard with a medium level of risk which, if not
avoided, could result in death or serious injury.
!
CAUTION
CAUTION indicates a hazard with a low level of risk which, if not avoided,
could result in minor or moderate injury. CAUTION can also be used to alert
against unsafe practices associated with events that could lead to personal
injury.
NOTICE
Notice call‐outs indicate a potentially hazardous situation not related to
personal injury, such as messages related to property damage only.
NOTE
Notes inform the user of additional, but essential, information or features.
6CETHSR60-40A
iii
Carrier Ethernet System Release 6.0 Release Notes
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iv
6CETHSR60-40A
Contents
Scope of this Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
Related Documentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
E-mail Notifications for Newly Available Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
System Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Overall System Notes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
Total Access 14xxS-CE SHDSL EFM Aggregator/NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
NetVanta 8044 Ethernet over Fiber NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
NetVanta 83x SHDSL EFM NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
For 1172633G4, 1172830G1, 1172839G1, 1200633G6, 1200633G7, and 1200718E1 only . . . .
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
10
10
10
11
NetVanta 83xT SHDSL EFM NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
For 1172834G1 and 1172838G1 only . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
12
12
12
13
NetVanta 850 ADSL EFM NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
NetVanta 868 EFM 8-Port VDSL2 NCTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
NetVanta 8044M Modular EoF NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
6CETHSR60-40A
v
Carrier Ethernet System Release 6.0 Release Notes
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Fixes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
18
19
19
19
NetVanta 8044M 8-Port T1/E1 Circuit Emulation System Module . . . . . . . . . . . . . . . . . . . . . . 21
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
NetVanta 8044M Fan Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Total Access 12xx/14xx Fan Replacement Assembly. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
NetVanta 81x T1/E1 EFM NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
NetVanta 873 DS3 EFM NTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
System Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
Feature Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
Errata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
vi
6CETHSR60-40A
Tables
Table 1.
Table 2.
6CETHSR60-40A
System Components with Application Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
System Components with Boot Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
vii
Carrier Ethernet System Release 6.0 Release Notes
viii
6CETHSR60-40A
Carrier Ethernet
System Release 6.0
Release Notes
Scope of this Guide
This document provides information relating to the software included in the Carrier Ethernet System Release 6.0.
Related Documentation
For additional details on configuration management, refer to the Appendix A, “Configuration Management” in the Carrier Ethernet System Release 1.0.1 Release Notes (P/N 6CETHSR101‐40A).
Documentation for Carrier Ethernet products is available for viewing and download directly from the ADTRAN Support Community website. Documents are available in Adobe® Portable Document Format (PDF).
Go to: adtran.com > support > support community
Registration is required.
NEW
6CETHSR60-40A
E-mail Notifications for Newly Available Documents
To regularly receive the latest activity feed on newly available Carrier Ethernet documents,
click the Follow button on the Carrier Ethernet Technical Documents page on the selected
product area on the ADTRAN Support Community. Carrier Ethernet products can be found under the following product areas. Login required. Also, use the Receive email notifications
button and/or the Track in Communications button on the Carrier Ethernet Technical Documents page to receive an e-mail notification each time a new document is posted.
1
Carrier Ethernet System Release 6.0 Release Notes
System Components
A full list of the components, product part numbers, and software revisions is provided in Table 1 and Table 2 on page 3.
NOTE
In Table 1 and Table 2 on page 3, bold font indicates that the code for the
component has changed in Carrier Ethernet System Release 6.0.
NOTE
The boot code must be upgraded prior to downloading the application code.
Refer to Table 2 on page 3 for the current boot code for each component. Refer
to Table 1 for the current application code for each component. For upgrade
procedures, refer to the Carrier Ethernet Upgrade MOP (P/N 6CEUPGRADE‐48).
Table 1. System Components with Application Code
2
Component
Part Number
System
Release 5.6.2
System
Release 6.0
NetVanta 838 SHDSL EFM
1172633G4
G07.03
H01.05
Total Access 1424S‐CE ETSI SHDSL EFM Aggregator/
NTE
1172654G1
G07.03
H01.05
Total Access 1448S‐CE ETSI SHDSL EFM Aggregator/
NTE
1172655G1
G07.03
H01.05
Total Access 1424S‐CE ANSI SHDSL EFM Aggregator/
NTE
1172656G1
G07.03
H01.05
Total Access 1448S‐CE ANSI SHDSL EFM Aggregator/
NTE
1172657G1
G07.03
H01.05
NetVanta 8044 Ethernet over Fiber NTE
1172805G1
G07.03
H01.05
NetVanta 838 OSP Enhanced Protection SHDSL EFM
1172830G1
G07.03
H01.05
NetVanta 832T SHDSL NTE
1172832G1
G07.03
H01.05
NetVanta 834T SHDSL NTE
1172834G1
G07.03
H01.05
NetVanta 838T SHDSL NTE
1172838G1
G07.03
H01.05
NetVanta 838 Enhanced Protection SHDSL EFM
1172839G1
G07.03
H01.05
NetVanta 850 ADSL EFM NTE
1172850G1
G07.03
H01.05
NetVanta 868 EFM 8‐Port VDSL2 NCTE (AC Powered)
1172868F1
G07.03
H01.05
NetVanta 868 EFM 8‐Port VDSL2 NCTE (VDSL over ISDN, AC Powered)
1172868F3
G07.03
H01.05
NetVanta 868 EFM 8‐Port VDSL2 NCTE (AC Powered, Nordic)
1172868F5
G07.03
H01.05
NetVanta 8044M Modular EoF NTE
1174801G1
G07.03
H01.05
NetVanta 8044M 8‐Port T1/E1 Circuit Emulation System Module
1174819G1
G07.03
H01.05
6CETHSR60-40A
Table 1. System Components with Application Code (Continued)
Component
Part Number
System
Release 5.6.2
System
Release 6.0
NetVanta 8044M Fan Module
1174860G1
N/A
N/A
Total Access 12xx/14xx Fan Replacement Assembly
1179675G1
N/A
N/A
NetVanta 838 SHDSL EFM
1200633G4
G07.03
H01.05
NetVanta 834 SHDSL EFM
1200633G6
G07.03
H01.05
Total Access 838 SHDSL EFM LTU
1200633G7
G07.03
H01.05
NetVanta 818 T1/E1 EFM NTE
1200637G2
G07.03
H01.05
NetVanta 814 T1/E1 EFM NTE
1200637G4
G07.03
H01.05
NetVanta 873 DS3 EFM NTE
1200639G1
G07.03
H01.05
NetVanta 832 SHDSL EFM NTU (Annex B)
1200718E1
G07.03
H01.05
Table 2. System Components with Boot Code
6CETHSR60-40A
Component
Part Number
System
Release 5.6.2
System
Release 6.0
NetVanta 838 SHDSL EFM
1172633G4
C01.18
C01.18
Total Access 1424S‐CE ETSI SHDSL EFM Aggregator/
NTE
1172654G1
C01.16
C01.16
Total Access 1448S‐CE ETSI SHDSL EFM Aggregator/
NTE
1172655G1
C01.16
C01.16
Total Access 1424S‐CE ANSI SHDSL EFM Aggregator/
NTE
1172656G1
C01.16
C01.16
Total Access 1448S‐CE ANSI SHDSL EFM Aggregator/
NTE
1172657G1
C01.16
C01.16
NetVanta 8044 Ethernet over Fiber NTE
1172805G1
C01.15
C01.15
NetVanta 838 OSP Enhanced Protection SHDSL EFM
1172830G1
C01.15
C01.15
NetVanta 832T SHDSL NTE
1172832G1
C01.15
C01.15
NetVanta 834T SHDSL NTE
1172834G1
C01.15
C01.15
NetVanta 838T SHDSL NTE
1172838G1
C01.15
C01.15
NetVanta 838 Enhanced Protection SHDSL EFM
1172839G1
C01.15
C01.15
NetVanta 850 ADSL EFM NTE
1172850G1
C01.15
C01.15
NetVanta 868 EFM 8‐Port VDSL2 NCTE (AC Powered)
1172868F1
C01.18
C01.18
NetVanta 868 EFM 8‐Port VDSL2 NCTE (VDSL over ISDN, AC Powered)
1172868F3
C01.18
C01.18
NetVanta 868 EFM 8‐Port VDSL2 NCTE (AC Powered, Nordic)
1172868F5
C01.18
C01.18
NetVanta 8044M Modular EoF NTE
1174801G1
C01.19
C01.19
NetVanta 8044M 8‐Port T1/E1 Circuit Emulation Sys‐
tem Module
1174819G1
C01.15
C01.15
NetVanta 8044M Fan Module
1174860G1
N/A
N/A
3
Carrier Ethernet System Release 6.0 Release Notes
Table 2. System Components with Boot Code (Continued)
4
Component
Part Number
System
Release 5.6.2
System
Release 6.0
Total Access 12xx/14xx Fan Replacement Assembly
1179675G1
N/A
N/A
NetVanta 838 SHDSL EFM
1200633G4
C01.15
C01.15
NetVanta 834 SHDSL EFM
1200633G6
C01.15
C01.15
Total Access 838 SHDSL EFM LTU
1200633G7
C01.15
C01.15
NetVanta 818 T1/E1 EFM NTE
1200637G2
C01.15
C01.15
NetVanta 814 T1/E1 EFM NTE
1200637G4
C01.15
C01.15
NetVanta 873 DS3 EFM NTE
1200639G1
C01.15
C01.15
NetVanta 832 SHDSL EFM NTU (Annex B)
1200718E1
C01.15
C01.15
6CETHSR60-40A
Overall System Notes
The following system notes apply to all components.
• The first time the product executes application code CE 1.0 (or later) after upgrading from application code older than CE 1.0, the product will require an extra 1‐2 minutes to initialize. It is important that the product not lose power during this initialization period.
• Downgrading to code earlier than CE 1.0 will result in the configuration reverting to what it was prior to the initial upgrade to CE 1.0. If no legacy provisioning is available, all provisioning will be lost.
• Changing the S‐Tag TPID is a service‐affecting change and will disrupt data traffic and module communication within the chassis.
• In Carrier Ethernet products, a port must be a UNI‐port or a MEN‐port. They will not operate in both modes at the same time. (6CETHSR30‐40A, April 2011)
6CETHSR60-40A
5
Carrier Ethernet System Release 6.0 Release Notes
Total Access 14xxS-CE SHDSL EFM Aggregator/NTE
(P/N 1172654G1, 1172655G1, 1172656G1, and 1172657G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the Total Access 14xxS‐CE SHDSL EFM Aggregator/NTE as related to System Release 6.0.
NOTE
The Total Access 14xxS‐CE series consists of the following products:
• Total Access 1424S‐CE ETSI (P/N 1172654G1)
• Total Access 1448S‐CE ETSI (P/N 1172655G1)
• Total Access 1424S‐CE ANSI (P/N 1172656G1)
• Total Access 1448S‐CE ANSI (P/N 1172657G1)
The ANSI and ETSI distinction refers to regulatory compliance certification.
Refer to the Compliance Notices for the individual products (P/N
61172654G1‐17, 61172655G1‐17, 61172656G1‐17, and 61172657G1‐17) for more
information regarding compliance certifications.
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm. (6CETHSR50‐40A, March 2012)
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped. (6CETHSR50‐40A, March 2012)
• Dynamic Counters are not supported on Gigabit Ethernet interfaces. (6CETHSR50‐40A, March 2012)
• There is currently no support for MAC‐Switched EVCs. (6CETHSR50‐40B, May 2012)
• Supports a Maximum Transfer Unit size (MTU) of 16,364 bytes, including VLAN tags between gigabit‐ethernet port. (6CETHSR50‐40B, May 2012)
• Supports a Maximum Transfer Unit size (MTU) of 2,000 bytes, including VLAN tags through the EFM‐Groups. (6CETHSR50‐40B, May 2012)
• Provisioning the SHDSL annex to “a‐or‐b‐efm” will require a reboot to take effect. (6CETHSR51‐40A, August 2012) (CN‐8069)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 6
6CETHSR60-40A
Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Errata
• Multiple EVC‐Maps matching different DSCP or CE‐VLAN‐PRI for the same CE‐VID must be connected to the same EVC. MEN Priority can be unique. This allows for policing by DSCP or CE‐VLAN‐PRI and setting MEN Priority by DSCP or CE‐VLAN‐PRI but prohibits selecting a service via DSCP or CE‐VLAN‐PRI. (6CETHSR50‐40A, March 2012) (CN‐5633)
• Single‐rate EIR policing is not supported, configuring a Policer for a CIR = 0 will result in an actual value of CIR = 64 kbps being used. (6CETHSR50‐40A, March 2012) (CN‐5730)
• UNI traffic classified by an EVC‐Map that does not specify a CE‐VLAN to match and is connected to an EVC that does not preserve the CE‐VLAN will not strip the CE‐VLAN in the UNI‐to‐MEN direction. (6CETHSR50‐40A, March 2012) (CN‐5630)
• Frames dropped due to congestion in the egress queue will incorrectly increment the Rx Invalid CE‐VLAN ID counter of the original ingress interface, when only the Rx Discard counter should increment. (6CETHSR50‐40A, March 2012) (CN‐5866)
• A port re‐enabled by Link‐State Awareness will momentarily declare a Link Down alarm as the port comes up. (6CETHSR50‐40A, March 2012) (CN‐1436)
• The “no s‐tag‐dei” setting on a MEN port will correctly force DEI=0 for UNI‐to‐MEN traffic. For MEN‐MEN traffic, the “no s‐tag‐dei” setting will not have an effect, and the S‐
Tag DEI will remain unchanged as it traverses the product. (6CETHSR50‐40A, March 2012) (CN‐7968)
• In some circumstances, an EVC whose connected EVC‐Map is in a “Not Running” state will be indicate that it is in a “Running” state even though there are insufficient connections. (6CETHSR50‐40A, March 2012) (CN‐7925)
• The MAC Limiting Feature does not work and should not be enabled. (6CETHSR50‐40A, March 2012) (CN‐1549, CN‐1589)
• Gigabit‐ethernet ports using fiber SFPs do not link up against the TA5K Octal GigE module unless auto‐negotiation is enabled on both devices. (6CETHSR51‐40A, August 2012) (CN‐10736)
• Auto negotiation does not work on gigabit‐ethernet ports 1/0/1 and 1/0/2 if a fiber SFP is used to connect two TA14xxS‐CE products directly. Both ends must have the port speed set to 1000 Mbps. (6CETHSR51‐40A, August 2012) (CN‐10995)
• The dying gasp feature does not work. (6CETHSR53‐40A, May 2013) (CN‐15399)
• When operating in LTU mode, the SHDSL linerate may revert to a specific configuration (adaptive 3‐89 3 worstcase‐condition) after a TSCAN operation completes. The original linerate configuration may need to be manually restored. (6CETHSR55‐40A, December 2013) (CN‐20012)
• An EVC status change will not cause an Ethernet Facility Loopback to re‐evaluate its status. The facility loopback may need to be disabled and then re‐enabled to cause it to enter the Running status. (6CETHSR56‐40A, May 2014) (CN‐18084)
6CETHSR60-40A
7
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 8044 Ethernet over Fiber NTE
(P/N 1172805G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 8044 Ethernet over Fiber NTE as related to System Release 6.0.
System Notes
• If there is more than one UNI using the same MEN C‐Tag value, the EVC must be configured as MAC Switched for proper operation. (6CETHSR20‐40A, October 2010)
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped. (6CETHSR50‐40B, May 2012)
• Supports a Maximum Transfer Unit size (MTU) of 16,364 bytes, including VLAN tags. (6CETHSR50‐40B, May 2012)
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm. (6CETHSR50‐40B, May 2012)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Errata
• Customer originated 802.1ag Linktrace messages (LTM) that ingresses a UNI with a CE‐
VLAN tag present are discarded if a MIP is present. (CN‐180)
• S‐Tag and MEN C‐Tag values cannot overlap. (6CETHSR20‐40A, October 2010)
• The behavior of MAC‐switched EVCs may degrade if the mac switching option is toggled on a running EVC. (6CETHSR30‐40A, April 2011) (CN‐1407)
8
6CETHSR60-40A
• The MAC Limiting Feature does not work and should not be enabled. (6CETHSR30‐40A, April 2011) (CN‐1549, CN‐1589)
• A port re‐enabled by Link‐State Awareness will momentarily declare a Link Down alarm as the port comes up. (6CETHSR30‐40A, April 2011) (CN‐1436)
• For EVC‐Maps that specify a MEN‐c‐tag and the MEN‐PRI setting is inherit, the MEN‐PRI is inherited from the MEN‐c‐tag‐pri instead of the CE‐VLAN of the ingressing frames. (6CETHSR40‐40A, December 2011) (CN‐5454)
• For EVC‐Maps that specify a MEN‐c‐tag, the use of an explicit MEN‐PRI is not supported, the MEN‐PRI attribute should be set to inherit. (6CETHSR40‐40A, December 2011) (CN‐
5806)
• Multiple EVC‐Maps matching different DSCP for the same CE‐VID must be connected to the same EVC. MEN Queue and MEN Priority can be unique. This allows for policing by DSCP and setting MEN‐queue / MEN‐priority by DSCP but prohibits selecting a service via DSCP. (6CETHSR40‐40A, December 2011) (CN‐5633)
• Single‐rate EIR policing is not supported, configuring a policer CIR = 0 will result in an actual value of CIR = 64 kbps being used. (6CETHSR40‐40A, December 2011) (CN‐5730)
• UNI traffic classified by an EVC‐Map that does not specify a CE‐VLAN to match and is connected to an EVC that does not preserve the CE‐VLAN will not strip the CE‐VLAN in the UNI‐to‐MEN direction. (6CETHSR40‐40A, December 2011) (CN‐5630)
• The passive‐side filter of an Ethernet CFM Down MEP on an EVC that does not preserve the CE‐VLAN will not function correctly. It will allow Ethernet CFM frames with equal or lower MD levels to pass rather than being discarded. (6CETHSR40‐40A, December 2011) (CN‐5512)
• Frames dropped due to congestion in the egress queue will incorrectly increment the Rx Invalid CE‐VLAN ID counter of the original ingress interface, only the Rx Discard counter should increment. (6CETHSR40‐40A, December 2011) (CN‐5866)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
6CETHSR60-40A
9
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 83x SHDSL EFM NTE
(P/N 1172633G4, 1172830G1, 1172839G1, 1200633G4, 1200633G6, 1200633G7, and 1200718E1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 83x SHDSL EFM NTE as related to System Release 6.0.
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm.
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped.
• Supports a Maximum Transfer Unit size (MTU) of 2000 bytes, including VLAN tags. Ingress and egress are limited to 2000 bytes. (6CETHSR20‐40A, October 2010)
• NV83x products train with multiple repeaters, displaying information for up to 8 repeaters. The 1200633G4 is limited to only a single repeater display. (6CETHSR51‐40A, August 2012)
• Provisioning the SHDSL annex to “a‐or‐b‐efm” will require a reboot to take effect. (6CETHSR51‐40A, August 2012) (CN‐8069)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
For 1172633G4, 1172830G1, 1172839G1, 1200633G6, 1200633G7, and 1200718E1 only
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
10
6CETHSR60-40A
Errata
• The passive side of a Y.1731 down MEP on a UNI does not filter lower level Ethernet OAM frames. (6CETHSR52‐40A, November 2012) (CN‐11497)
• Packets that originate from the CPU are not sent to the correct queue on the egress interface. (6CETHSR52‐40A, November 2012) (CN‐12341)
• When multiple Y.1731 Up MEPs exist on the same interface + VLAN and one of them is disabled, the passive side filters are not updated correctly. This allows lower level Ethernet OAM frames to incorrectly pass through the Up MEP. (6CETHSR52‐40A, November 2012) (CN‐11413, CN‐11416)
• If a terminal loopback is created on a UNI port whose EVC‐Map configuration applies a men‐c‐tag, then the men‐c‐tag will not be correctly reapplied as traffic traverses the loopback. (6CETHSR522‐40A, February 2013) (CN‐14230)
• Y.1731 and Ethernet CFM UP MEP is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16722)
• Ethernet Terminal loopback is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16723)
• If Preserve CE‐VLAN is disabled and a CE‐VLAN preservation conflict exists, data in a UNI to UNI EVC will continue to flow when it should not and VLAN manipulations will behave differently than expected. (6CETHSR53‐40A, May 2013) (CN‐16602)
• Terminal loopback fails to loopback frames for most EVC‐Map/EVC configurations. (6CETHSR531‐40A, July 2013) (CN‐18090)
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
• Y.1731 One way loss measurement is not supported. (6CETHSR54‐40A, September 2013) (CN‐17819)
• Facility and terminal Ethernet loopbacks do not go running once EVC advertisement completes and allows an existing EVC to go up. (6CETHSR54‐40A, September 2013) (CN‐
18084)
• When operating in LTU mode, the SHDSL linerate may revert to a specific configuration (adaptive 3‐89 3 worstcase‐condition) after a TSCAN operation completes. The original linerate configuration may need to be manually restored. (6CETHSR55‐40A, December 2013) (CN‐20012)
• Terminal loopback Egress VLAN manipulation is broken. (6CETHSR56‐40A, May 2014) (CN‐22832)
• Terminal loopback does not loopback frames when the corresponding EVC‐MAP has men‐c‐tag specified and the traffic is sent with men‐c‐tag. (6CETHSR56‐40A, May 2014) (CN‐22825)
• Terminal loopback does not loopback frames when the EVC has preserve‐ce‐vlan disabled. (6CETHSR56‐40A, May 2014) (CN‐22823)
6CETHSR60-40A
11
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 83xT SHDSL EFM NTE
(P/N 1172832G1, 1172834G1, and 1172838G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 83xT SHDSL EFM NTE as related to System Release 6.0.
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm.
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped.
• Supports a Maximum Transfer Unit size (MTU) of 2000 bytes, including VLAN tags. Ingress and egress are limited to 2000 bytes. (6CETHSR20‐40A, October 2010)
• Provisioning the SHDSL annex to “a‐or‐b‐efm” will require a reboot to take effect. (6CETHSR51‐40A, August 2012) (CN‐8069)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Errata
• If a terminal loopback is created on a UNI port whose EVC‐Map configuration applies a men‐c‐tag, then the men‐c‐tag will not be correctly reapplied as traffic traverses the loopback. (6CETHSR522‐40A, February 2013) (CN‐14230)
• Y.1731 and Ethernet CFM UP MEP is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16722)
12
6CETHSR60-40A
• Ethernet Terminal loopback is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16723)
• If Preserve CE‐VLAN is disabled and a CE‐VLAN preservation conflict exists, data in a UNI to UNI EVC will continue to flow when it should not and VLAN manipulations will behave differently than expected. (6CETHSR53‐40A, May 2013) (CN‐16602)
• Terminal loopback fails to loopback frames for most EVC‐Map/EVC configurations. (6CETHSR531‐40A, July 2013) (CN‐18090)
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
• When operating in LTU mode, the SHDSL linerate may revert to a specific configuration (adaptive 3‐89 3 worstcase‐condition) after a TSCAN operation completes. The original linerate configuration may need to be manually restored. (6CETHSR55‐40A, December 2013) (CN‐20012)
• Terminal loopback Egress VLAN manipulation is broken. (6CETHSR56‐40A, May 2014) (CN‐22832)
For 1172834G1 and 1172838G1 only
• Creation of EFM group 1/0/2, 1/0/3, or 1/0/4 will cause all data to stop flowing. (6CETHSR50‐40A, March 2012) (CN‐7458)
6CETHSR60-40A
13
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 850 ADSL EFM NTE
(P/N 1172850G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 850 ADSL EFM NTE as related to System Release 6.0.
NOTE
When upgrading to CE 5.2 from an older version, it will be necessary to
separately upgrade the DSP firmware. Refer to the Carrier Ethernet Upgrade
MOP (P/N 6CEUPGRADE‐48) for details on the upgrade procedure.
(6CETHSR52‐40A, November 2012)
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm. (6CETHSR40‐40A, December 2011)
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped. (6CETHSR40‐40A, December 2011)
• Supports a Maximum Transfer Unit size (MTU) of 2000 bytes including VLAN tags. Ingress and egress are limited to 2000 bytes. (6CETHSR40‐40A, December 2011)
• Before attempting to download new firmware to the DSPs using the ʹforce dsp‐downloadʹ command, the unit must have an up time of at least 3 minutes. (6CETHSR50‐40A, March 2012)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
14
6CETHSR60-40A
Errata
• Shaper rates do not take into account the extra bytes due to S‐Tag and C‐Tag additions when egressing a men‐port, leading to inaccuracy in shaper rates. (6CETHSR40‐40A, December 2011) (CN‐645)
• If a link is trained to a TA5000 VDSL DMT AM the status will indicate that the link is up and has TC sync regardless of its inclusion in an EFM group. (6CETHSR40‐40A, December 2011) (CN‐3492)
• If the number of EFM links assigned to an EFM group differs between the NV850 and the VDSL DMT AM, errors can occur in the traffic being carried by that EFM group. This will occur if all links are trained including the one(s) not assigned in the group with the lesser number of links. (6CETHSR40‐40A, December 2011) (CN‐2479, CN‐2700)
• Min_INP setting and Max_Interleaver Delay Setting on all bonded loops should be provisioned to the same values. (6CETHSR40‐40A, December 2011)
• The ability to inhibit an EFM link due to a detected loopback or XCV threshold crossing is currently not supported. (6CETHSR51‐40A, August 2012)
• The DSP upgrade process cannot be canceled via a telnet CLI session. (6CETHSR53‐40A, May 2013) (CN‐14325)
• The DSP upgrade from P4R7 to P4R8 has occasionally been seen to fail. (6CETHSR53‐40A, May 2013) (CN‐16232)
• Terminal loopback fails to loopback frames for most EVC‐Map/EVC configurations. (6CETHSR531‐40A, July 2013) (CN‐18090)
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
• Terminal loopback Egress VLAN manipulation is broken. (6CETHSR56‐40A, May 2014) (CN‐22832)
6CETHSR60-40A
15
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 868 EFM 8-Port VDSL2 NCTE
(P/N 1172868F1, 1172868F3, and 1172868F5)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 868 EFM 8‐Port VDSL2 NCTE as related to System Release 6.0.
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm. (6CETHSR52‐40A, November 2012)
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped. (6CETHSR52‐40A, November 2012)
• Supports a Maximum Transfer Unit size (MTU) of 2000 bytes including VLAN tags. Ingress and egress are limited to 2000 bytes. (6CETHSR52‐40A, November 2012)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Errata
• When multiple Y.1731 Down MEPs exist on the same interface + VLAN and one of them is disabled, the passive side filters are not updated correctly. This allows lower level Ethernet OAM frames to incorrectly pass through the Up MEP. (6CETHSR52‐40A, November 2012) (CN‐12579)
• If a link is trained to a TA5000 VDSL DMT AM the status will indicate that the link is up and has TC sync regardless of its inclusion in an EFM group. (6CETHSR52‐40A, November 2012) (CN‐3492)
16
6CETHSR60-40A
• If the number of EFM links assigned to an EFM group differs between the NV868 and the VDSL DMT AM, errors can occur in the traffic being carried by that EFM group. This will occur if all links are trained including the one(s) not assigned in the group with the lesser number of links. (6CETHSR52‐40A, November 2012) (CN‐2479, CN‐2700)
• The ability to inhibit an EFM link due to a detected loopback or XCV threshold crossing is currently not supported. (6CETHSR52‐40A, November 2012)
• With a copper SFP (1184561P4) installed, the SFP does not consistently link up with a peer 10/100 device when auto‐negotiation is enabled on both devices. (6CETHSR52‐40A, November 2012) (CN‐12976)
• Repeatedly enabling and disabling the EFM group can result in persistent traffic loss or corruption. (6CETHSR52‐40A, November 2012) (CN‐13007)
• If a terminal loopback is created on a UNI port whose EVC‐Map configuration applies a men‐c‐tag, then the men‐c‐tag will not be correctly reapplied as traffic traverses the loopback. (6CETHSR522‐40A, February 2013) (CN‐14232)
• Y.1731 and Ethernet CFM UP MEP is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16722)
• Ethernet Terminal loopback is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16723)
• If Preserve CE‐VLAN is disabled and a CE‐VLAN preservation conflict exists, data in a UNI to UNI EVC will continue to flow when it should not and VLAN manipulations will behave differently than expected. (6CETHSR53‐40A, May 2013) (CN‐16602)
• Terminal loopback fails to loopback frames for most EVC‐Map/EVC configurations. (6CETHSR531‐40A, July 2013) (CN‐18090)
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• RFC2544 test session cannot be started on Gigabit‐Ethernet interface. (6CETHSR531‐40A, July 2013) (CN‐18222)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
• The unit does not report “adGenRFC2544TestStarted” alarm. (6CETHSR55‐40A, December 2013) (CN‐19307)
• If the CE‐VLAN‐Preservation is disabled for an EVC and the S‐Tag TPID is set to 0x88A8, in the MEN to UNI direction, packets that have their CE‐VLAN‐ID added back by the EVC‐MAP will have their TPID value set to 0x88A8. (6CETHSR551‐40A, February 2014) (CN‐22268)
• Y.1731 UP MEP on a UNI will stop communicating with its peers if the corresponding EVC‐MAP has MEN‐C‐Tag added. (6CETHSR56‐40A, May 2014) (CN‐24082)
6CETHSR60-40A
17
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 8044M Modular EoF NTE
(P/N 1174801G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 8044M Modular EoF NTE as related to System Release 6.0.
NOTE
The 1174801G1 was initially released as part of CE3.0 (E01.03 app, C01.13
boot). While software was released for the NV8044M in CE2.0 and CE2.1, it
was intended for prototype hardware and is not compatible with the released
hardware.
System Notes
• Copper and 100M Fiber SFPs are not supported on Gigabit‐Ethernet 1/0/1 or 1/0/2. (6CETHSR20‐40A, October 2010)
• If there is more than one UNI using the same MEN C‐Tag value, the EVC must be configured as MAC Switched for proper operation. (6CETHSR20‐40A, October 2010)
• When applying module‐specific configuration to the NV8044M, the module being configured must already be installed. A module can be replaced without loss of configuration if saved before replacing the unit. (6CETHSR30‐40A, April 2011)
• The ʹmen c‐tagʹ option cannot be used on an EVC‐Map connected to a UNI of Gigabit‐
ethernet 1/0/1. (6CETHSR30‐40A, April 2011)
• For Ethernet networks, Loop and Ring are not used interchangeably. A loop is a path where Ethernet frames are transmitted indefinitely at line‐rate until the loop is broken by disconnecting or disabling a port. A ring has the same topology as a loop, but has mechanisms in place (i.e. ERPS) to prevent a loop from forming. (6CETHSR31‐40A, May 2011)
• Gigabit‐ethernet 1/0/1 has the following limitations:
1. Cannot be used in triple‐tagged EVC‐Map/EVC circuits.
2. Cannot be used as the loopback interface on Ethernet terminal or facility loopbacks.
3. Cannot be used on EVC‐Map/EVC circuits requiring a Y.1731 MEP whose direction is “Up”.
(6CETHSR531‐40A, July 2013)
• The product will reject an attempt to load application code or boot code that is too old to support the hardware revision. CE 5.3.1 application code and C01.19 boot code introduce support for a new revision of a switching component. An NV8044M unit that uses this new element will reject older software. (6CETHSR531‐40A, July 2013)
• Supports a Maximum Transfer Unit size (MTU) of 16,364 bytes, including VLAN tags. (6CETHSR55‐40A, December 2013) • The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
18
6CETHSR60-40A
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Fixes
• Fixed a problem in which the actual policer committed burst size (CBS) was inaccurate at higher CBS settings. (6CETHSR60‐40A, August 2014) (CN‐24155)
Errata
• Customer originated 802.1ag Linktrace messages (LTM) that ingresses a UNI with a CE‐
VLAN tag present are discarded if a MIP is present. (CN‐180)
• The MAC Limiting Feature does not work and should not be enabled. (6CETHSR30‐40A, April 2011) (CN‐1549, CN‐1589)
• A port re‐enabled by Link‐State Awareness will momentarily declare a Link Down alarm as the port comes up. (6CETHSR30‐40A, April 2011) (CN‐1436)
• Double‐tagged 802.1ag and Y.1731 frames will be improperly captured by the system in cases where only single‐tagged OAM frames should be processed. (6CETHSR32‐40A, July 2011) (CN‐2129)
• A Y.1731 down MEP on a MEN‐port whose EVC is also connected to an ERPS interface cannot successfully transmit LMM frames. (6CETHSR52‐40A, November 2012) (CN‐13006)
• Counters for LBMs received and LBRs transmitted do not increment. (6CETHSR52‐40A, November 2012) (CN‐12123)
• Setting up an Facility Loopback to loop back an entire MEN port that is part of the system management EVC will result in a loss of management. (6CETHSR53‐40A, May 2013) (CN‐
16038)
• If the s‐tag‐dei setting is changed on a MEN port of an EVC that connects to an EVC‐Map, then traffic on that MEN port will stop flowing. The EVCs on that MEN port must be administratively disabled and re‐enabled to regain traffic. (6CETHSR53‐40A, May 2013) (CN‐15371)
• Terminal loopback will not function properly when the ethernet s‐tag‐tpid is set to values other than 0x8100. (6CETHSR53‐40A, May 2013) (CN‐16716)
6CETHSR60-40A
19
Carrier Ethernet System Release 6.0 Release Notes
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
• RFC 2544 test session status elapsed timer reports erroneous time when starting frame size is set to something other than 64 Bytes. (6CETHSR54‐40A, September 2013) (CN‐18461)
• Show cmd is missing “show run interface erps”. (6CETHSR55‐40A, December 2013) (CN‐
20428)
• Y.1731 UP MEPs on a UNI interface will not transmit CCMs when the CE‐VLAN TPID is set to non‐0x8100 value. (6CETHSR55‐40A, December 2013) (CN‐21004)
• Management connection to the unit via a UNI port on the system management EVC can stop working if the S‐Tag TPID is changed to a non‐0x8100 value. This does not affect MEN port connections on the system management EVC. (6CETHSR55‐40A, December 2013) (CN‐21045)
• Configuring an UP MEP on interface Gigabit‐Ethernet 1/0/1 will cause multiple asserts that can fill up the assert log and the UP MEP will work. (6CETHSR551‐40A, February 2014) (CN‐22504)
• Men‐c‐tag is not being set to the correct tag value when s‐tag‐tpid is not set to a value of 0x8100. (6CETHSR551‐40A, February 2014) (CN‐22310)
• Terminal loopback fails to loopback frames when the EVC‐MAP has explicit men‐pri set and the corresponding EVC has ce‐preserve disabled. (6CETHSR56‐40A, May 2014) (CN‐
22883)
• Terminal loopback loops back frames with wrong men‐c‐tag priority when the corresponding EVC‐MAP is matching on un‐tagged and the connected EVC has preserve‐
ce‐vlan disabled. (6CETHSR56‐40A, May 2014) (CN‐22879)
• With s‐tag TPID set to 0x88A8 and EVC‐MAP having men‐c‐tag configured the traffic in the UNI to MEN direction has men‐c‐tag priority modified. (6CETHSR56‐40A, May 2014) (CN‐22330)
• Y.1731 UP MEPs transmitting SLMs and CCMs donʹt get EVC‐MAPs men‐pri applied to them. (6CETHSR56‐40A, May 2014) (CN‐22314)
• When you have more than one Y.1731 MEP configured in a MEG at different levels, sending loopback message to those MEPs will result in out of order loopback replies coming back. (6CETHSR56‐40A, May 2014) (CN‐23814)
• Ingress Policer in accuracy will be greater than +/‐ 2% for packets with size less than 256 bytes on all Gigabit Ethernet interfaces except interface Gigabit Ethernet 1/0/1. For all packet sizes on Gigabit Ethernet 1/0/1 the ingress policer in accuracy is +/‐ 2%. In addition, the 2% in accuracy also applies to any port when the packet size is greater than 256 bytes. (6CETHSR561‐40A, May 2014) (CN‐24176)
20
6CETHSR60-40A
NetVanta 8044M 8-Port T1/E1 Circuit Emulation System Module
(P/N 1174819G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 8044M 8‐Port T1/E1 Circuit Emulation System Module as related to System Release 6.0.
System Notes
• Responding to CSU, NIU, and FDL loop codes coming in on the physical T1 interface is no longer supported. Instead, new functionality is provided to enable or disable responding to CSU or NIU loop codes detected on a T1 from the pseudowire interface. If enabled, detection of the loop code on a T1 will cause that T1 to be looped back toward the psuedowire interface. (6CETHSR33‐40A, July 2011)
• Hot‐swapping T1/E1 circuit emulation modules may be service affecting. The T1/E1 module should be installed during a maintenance window. (6CETHSR522‐40A, February 2013) (CN‐2874)
• Pseudowire configuration will not be properly re‐applied in the following sequence:
– Module 1 and 2 installed and configuration saved.
– Module 2 removed from the chassis.
– A reboot is performed without first saving provisioning.
In this scenario, some of the existing saved configuration for module 2 will be applied to module 1.
To avoid this issue, save the configuration after removing Module 2 from the system. (6CETHSR522‐40A, February 2013) (CN‐3331)
6CETHSR60-40A
21
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 8044M Fan Module
(P/N 1174860G1)
The NetVanta 8044M Fan Module has no system notes, feature enhancements, fixes, and errata related to System Release 6.0.
22
6CETHSR60-40A
Total Access 12xx/14xx Fan Replacement Assembly
(P/N 1179675G1)
The Total Access 12xx/14xx Fan Replacement Assembly has no system notes, feature enhance‐
ments, fixes, and errata related to System Release 6.0.
6CETHSR60-40A
23
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 81x T1/E1 EFM NTE
(P/N 1200637G2 and 1200637G4)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 81x T1/E1 EFM NTE as related to System Release 6.0.
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm.
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped.
• Supports a Maximum Transfer Unit size (MTU) of 2000 bytes, including VLAN tags. Ingress and egress are limited to 2000 bytes. (6CETHSR20‐40A, October 2010)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Errata
• If a terminal loopback is created on a UNI port whose EVC‐Map configuration applies a men‐c‐tag, then the men‐c‐tag will not be correctly reapplied as traffic traverses the loopback. (6CETHSR522‐40A, February 2013) (CN‐14230)
• Y.1731 and Ethernet CFM UP MEP is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16722)
• Ethernet Terminal loopback is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16723)
24
6CETHSR60-40A
• If Preserve CE‐VLAN is disabled and a CE‐VLAN preservation conflict exists, data in a UNI to UNI EVC will continue to flow when it should not and VLAN manipulations will behave differently than expected. (6CETHSR53‐40A, May 2013) (CN‐16602)
• Terminal loopback fails to loopback frames for most EVC‐Map/EVC configurations. (6CETHSR531‐40A, July 2013) (CN‐18090)
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
6CETHSR60-40A
25
Carrier Ethernet System Release 6.0 Release Notes
NetVanta 873 DS3 EFM NTE
(P/N 1200639G1)
This section contains a summary of system notes, feature enhancements, fixes, and errata for the NetVanta 873 DS3 EFM NTE as related to System Release 6.0.
System Notes
• The temperature sensor for the temperature alarm measures internal temperatures which may be higher than ambient temperature. Refer to the product specific documentation for more information on the temperature alarm.
• For TWAMP operations, this product is designed for one TWAMP reflector per TWAMP control server session. For proper TWAMP operation, the control session must be closed when the reflector is stopped.
• Supports a Maximum Transfer Unit size (MTU) of 2000 bytes, including VLAN tags. Ingress and egress are limited to 2000 bytes. (6CETHSR20‐40A, October 2010)
• The Y.1731 delay and loss measurement session intervals must be provisioned in multiples of 30 seconds only, otherwise there will be some sessions where the data collected will be more than the interval configured. (6CETHSR551‐40A, February 2014)
Feature Enhancements
• Added support for system management via IPv6 with neighbor discovery protocol. The system management EVC can be configured such that the NCTE is managed via an IPv6 link‐local address, and also an IPv6 unicast address (either statically assigned or EUI‐64 formatted). The IPv6 management addresses can be configured directly on the NCTE or received via subtended‐host provisioning. Subsystems that support IPv6 include the following: System Management EVC, TACACS+, NTP client, IP Ping, Telnet, SSH, Subtended‐Host provisioning, and IP file transfers (TFTP, FTP, SFTP). New CLI commands are introduced for some of these subsystems to operate with IPv6 addresses (please refer to the Carrier Ethernet CLI Dictionary (P/N 6CE60CLI‐35) for details). IPv6 Duplicate Address Detection is not supported as of this software release. (6CETHSR60‐
40A, August 2014)
• Added support for Broadcast NTP. (6CETHSR60‐40A, August 2014)
• Updated the “show ip ntp associations” command response to better accommodate IPv4 and IPv6 client addresses. (6CETHSR60‐40A, August 2014)
• Updated the “show users” command response to better accommodate IPv4 and IPv6 addresses. (6CETHSR60‐40A, August 2014)
Errata
• If a terminal loopback is created on a UNI port whose EVC‐Map configuration applies a men‐c‐tag, then the men‐c‐tag will not be correctly reapplied as traffic traverses the loopback. (6CETHSR522‐40A, February 2013) (CN‐14230)
• Y.1731 and Ethernet CFM UP MEP is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16722)
• Ethernet Terminal loopback is not supported on the UNI port of the EVC‐Map connected to the UNI to UNI EVC. (6CETHSR53‐40A, May 2013) (CN‐16723)
26
6CETHSR60-40A
• If Preserve CE‐VLAN is disabled and a CE‐VLAN preservation conflict exists, data in a UNI to UNI EVC will continue to flow when it should not and VLAN manipulations will behave differently than expected. (6CETHSR53‐40A, May 2013) (CN‐16602)
• Terminal loopback fails to loopback frames for most EVC‐Map/EVC configurations. (6CETHSR531‐40A, July 2013) (CN‐18090)
• An EVC status change caused by EVC advertisement will not cause an Ethernet Loopback (terminal or facility) to re‐evaluate itself to change its running state. (6CETHSR531‐40A, July 2013) (CN‐18084)
• Y.1731 Linktrace cache hold time CLI command help indicates the time must be specified in minutes but the cache hold time is expected in seconds. (6CETHSR54‐40A, September 2013) (CN‐17945)
6CETHSR60-40A
27
ADTRAN CUSTOMER CARE
From within the U.S. 1.800.726.8663
From outside the U.S. +1 256.963.8716
PRICING AND AVAILABILITY
1.800.827.0807
release notes
Carrier Networks Division
901 Explorer Blvd.
Huntsville, AL 35806
U.S.A.
http://www.adtran.com

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