HP StorageWorks 1606 HP StorageWorks Fabric OS 6.3.0 release notes (5697-0358, - Page 28

The CLI syntax for the 1606 Extension SAN Switch/DC SAN Director Multi-protocol Extension

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• Software compression (available on the 1606 Extension SAN Switch) modes 2 and 3 are not supported in FICON environments; they are supported only in Open Systems environments. • Software compression (modes 2 and 3) generally gives a better compression ratio, but not the throughput or bandwidth across all six GE ports. HP recommends software compression for lowthroughput links and supports throughput up to 2 Gb/s across all 6 GE ports. NOTE: Compression is not supported with Fabric OS 6.3.0, but is expected to be supported in a future 6.3.x release. • To perform the following operations you must delete the FCIP configuration on the affected ports first: • Switching modes between 1G/10G/Dual • Moving VE/GE port between logical switches • The DC SAN Director Multi-protocol Extension Blade supports three operating modes: • Mode 1: 10 1-GbE ports mode (default) • Mode 2: 10 1-GbE ports and 1 10-GbE port • Mode 3: 2 10-GbE ports Modes 2 and 3 require the slot-based 10-GbE FCIP license. • ARL is not supported on 10-Gb tunnels. • IPv6, IPsec, DiffServ VLAN tagging, and In-band Management are not supported on the 1606 Extension SAN Switch or DC SAN Director Multi-protocol Extension Blade. • Fabric OS 6.3 supports only up to four 1-Gb circuits per VE/FCIP tunnel for the 1-Gb interfaces. A VE/FCIP tunnel created over 10-Gb interfaces will be limited to 10 circuits created using IPIFs on the same 10-GbE port (and no more than 1 Gb per circuit). • As a recommended best practice, the VE tunnel should not be oversubscribed (for example, 8-Gb FC traffic over 500 Mb/s tunnel). General guidelines are 2:1 subscription without compression and 4:1 with compression. • Nondisruptive firmware activation on Fabric OS 6.3 will disrupt I/O traffic on FCIP links. • FCR (VEX) is not supported on the DC SAN Director Multi-protocol Extension Blade but is supported on the 1606 Extension SAN Switch. • Differences between the 1606 Extension SAN Switch/DC SAN Director Multi-protocol Extension Blade platforms and previous-generation 7500/FR4-18i platforms include: • On the 1606 Extension SAN Switch, the GigE port does not directly correlate to a VE_Port. • On the DC SAN Director Multi-protocol Extension Blade, GigE ports 0-9 or 10-GbE port 1 (xge1) correspond to VE_Ports 12-21, and 10-GbE port 0 (xge0) corresponds to VE_Ports 22-31. • The CLI syntax for the 1606 Extension SAN Switch/DC SAN Director Multi-protocol Extension Blade varies from the 7500/FR4-18i. See the Brocade Fabric OS Command Reference document for Fabric OS 6.3 for details. • Both ends of a tunnel must be identically configured for the Compression, FastWrite, and Tape Pipeline options. If a mismatch exists, the tunnel will not be established and the TCP virtual connections will be removed. • Under traffic isolation (TI) zone configurations with failover enabled, non-TI zone traffic will use the dedicated path if no other E or VE paths through the fabric exist, or if the nondedicated paths are not the shortest paths. (A higher bandwidth tunnel with multiple circuits will become the shortest path compared to a single tunnel.) . 28

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•
Software compression (available on the 1606 Extension SAN Switch) modes 2 and 3 are not
supported in FICON environments; they are supported only in Open Systems environments.
•
Software compression (modes 2 and 3) generally gives a better compression ratio, but not the
throughput or bandwidth across all six GE ports. HP recommends software compression for low-
throughput links and supports throughput up to 2 Gb/s across all 6 GE ports.
NOTE:
Compression is not supported with Fabric OS 6.3.0, but is expected to be supported in a future
6.3.x release.
•
To perform the following operations you must delete the FCIP configuration on the affected ports
first:
•
Switching modes between 1G/10G/Dual
•
Moving VE/GE port between logical switches
•
The DC SAN Director Multi-protocol Extension Blade supports three operating modes:
•
Mode 1: 10 1-GbE ports mode (default)
•
Mode 2: 10 1-GbE ports and 1 10-GbE port
•
Mode 3: 2 10-GbE ports
Modes 2 and 3 require the slot-based 10-GbE FCIP license.
•
ARL is not supported on 10-Gb tunnels.
•
IPv6, IPsec, DiffServ VLAN tagging, and In-band Management are not supported on the 1606
Extension SAN Switch or DC SAN Director Multi-protocol Extension Blade.
•
Fabric OS 6.3 supports only up to four 1-Gb circuits per VE/FCIP tunnel for the 1-Gb interfaces.
A VE/FCIP tunnel created over 10-Gb interfaces will be limited to 10 circuits created using IPIFs
on the same 10-GbE port (and no more than 1 Gb per circuit).
•
As a recommended best practice, the VE tunnel should not be oversubscribed (for example, 8-Gb
FC traffic over 500 Mb/s tunnel). General guidelines are 2:1 subscription without compression
and 4:1 with compression.
•
Nondisruptive firmware activation on Fabric OS 6.3 will disrupt I/O traffic on FCIP links.
•
FCR (VEX) is not supported on the DC SAN Director Multi-protocol Extension Blade but is supported
on the 1606 Extension SAN Switch.
•
Differences between the 1606 Extension SAN Switch/DC SAN Director Multi-protocol Extension
Blade platforms and previous-generation 7500/FR4-18i platforms include:
•
On the 1606 Extension SAN Switch, the GigE port does not directly correlate to a VE_Port.
•
On the DC SAN Director Multi-protocol Extension Blade, GigE ports 0
—
9 or 10-GbE port 1
(xge1) correspond to VE_Ports 12
—
21, and 10-GbE port 0 (xge0) corresponds to VE_Ports
22
—
31.
•
The CLI syntax for the 1606 Extension SAN Switch/DC SAN Director Multi-protocol Extension
Blade varies from the 7500/FR4-18i. See the
Brocade Fabric OS Command Reference document
for Fabric OS 6.3 for details.
•
Both ends of a tunnel must be identically configured for the Compression, FastWrite, and Tape
Pipeline options. If a mismatch exists, the tunnel will not be established and the TCP virtual connec-
tions will be removed.
•
Under traffic isolation (TI) zone configurations with failover enabled, non-TI zone traffic will use
the dedicated path if no other E or VE paths through the fabric exist, or if the nondedicated paths
are not the shortest paths. (A higher bandwidth tunnel with multiple circuits will become the shortest
path compared to a single tunnel.) .
28