HP 1606 Fabric OS Administrator's Guide v6.4.0 (53-1001763-01, June 2010) - Page 429

Frame monitoring

Page 429 highlights

Frame monitoring 17 Frame monitoring Frame monitoring counts the number of times a frame with a particular pattern is transmitted by a port and generates alerts when thresholds are crossed. Frame monitoring is achieved by defining a filter, or frame type, for a particular purpose. The frame type can be a standard type (for example, a SCSI read command filter that counts the number of SCSI read commands that have been transmitted by the port) or a user-defined frame type customized for your particular use. For a complete list of the standard, pre-defined frame types, see the fmConfig command description in the Fabric OS Command Reference. NOTE The Advanced Performance Monitoring license is required to use the fmConfig command. The monitoring functionality, however, also requires the Fabric Watch license. When you configure actions and alerts through the fmConfig command, Fabric Watch uses these values and generates alerts based on the configuration. If you do not have a Fabric Watch license, these values are ignored. See the Fabric Watch Administrator's Guide for more information about using Fabric Watch. The maximum number of frame monitors and offsets per port depends on the platform. Table 83 shows the maximum number of frame monitors, in any combination of standard and user-defined frame types, and the maximum number of offsets per port. TABLE 83 Maximum number of frame monitors and offsets per port Platform Max number of frame monitors per port Max number of offsets per port Brocade 300, 5300, 5410, 5424, 5450, 8 8 5480, and 7800 Brocade 4100, 4900, 7500, 7500E, and 12 16 7600 Brocade 5000, 5100, 8000, VA-40FC, DCX, 12 20 DCX-4S, and Brocade Encryption Switch Brocade 4800 (all blades except FC4-48) 12 16 Brocade 48000 (FC4-48 blade): • Lower 16 ports (0 through 15) 12 16 • Middle 16 ports (16 through 31) 6 12 • Upper 16 ports (32 through 47) 0 0 The actual number of frame monitors that can be configured on a port depends on the complexity of the frame types. For trunked ports, the frame monitor is configured on the trunk master. Virtual Fabrics considerations: Frame monitors are not supported on logical ISLs (LISLs), but are supported on ISLs and extended ISLs (XISLs). This section describes frame monitoring using the fmConfig command. This command enhances and replaces the following legacy commands: • perfAddIPMonitor • perfAddRWMonitor • perfAddReadMonitor • perfAddSCSIMonitor • perfAddUserMonitor • perfAddWriteMonitor • perfDelFilterMonitor Fabric OS Administrator's Guide 389 53-1001763-01

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Fabric OS Administrator’s Guide
389
53-1001763-01
Frame monitoring
17
Frame monitoring
Frame monitoring counts the number of times a frame with a particular pattern is transmitted by a
port and generates alerts when thresholds are crossed. Frame monitoring is achieved by defining a
filter, or frame type, for a particular purpose. The frame type can be a standard type (for example, a
SCSI read command filter that counts the number of SCSI read commands that have been
transmitted by the port) or a user-defined frame type customized for your particular use. For a
complete list of the standard, pre-defined frame types, see the
fmConfig
command description in
the
Fabric OS Command Reference
.
NOTE
The Advanced Performance Monitoring license is required to use the
fmConfig
command. The
monitoring functionality, however, also requires the Fabric Watch license. When you configure
actions and alerts through the
fmConfig
command, Fabric Watch uses these values and generates
alerts based on the configuration. If you do not have a Fabric Watch license, these values are
ignored. See the
Fabric Watch Administrator’s Guide
for more information about using Fabric Watch.
The maximum number of frame monitors and offsets per port depends on the platform.
Table 83
shows the maximum number of frame monitors, in any combination of standard and user-defined
frame types, and the maximum number of offsets per port.
The actual number of frame monitors that can be configured on a port depends on the complexity
of the frame types. For trunked ports, the frame monitor is configured on the trunk master.
Virtual Fabrics considerations:
Frame monitors are not supported on logical ISLs (LISLs), but are
supported on ISLs and extended ISLs (XISLs).
This section describes frame monitoring using the
fmConfig
command. This command enhances
and replaces the following legacy commands:
perfAddIPMonitor
perfAddRWMonitor
perfAddReadMonitor
perfAddSCSIMonitor
perfAddUserMonitor
perfAddWriteMonitor
perfDelFilterMonitor
TABLE 83
Maximum number of frame monitors and offsets per port
Platform
Max number of frame monitors per port
Max number of offsets per port
Brocade 300, 5300, 5410, 5424, 5450,
5480, and 7800
8
8
Brocade 4100, 4900, 7500, 7500E, and
7600
12
16
Brocade 5000, 5100, 8000, VA-40FC, DCX,
DCX-4S, and Brocade Encryption Switch
12
20
Brocade 4800 (all blades except FC4-48)
12
16
Brocade 48000 (FC4-48 blade):
Lower 16 ports (0 through 15)
Middle 16 ports (16 through 31)
Upper 16 ports (32 through 47)
12
6
0
16
12
0