Monitoring Falcon Acceleration Cards in the Expert Mode

In This Section:

Viewing the Network Interface Type

Step	Description
1	Connect to the command line on the Security Appliance.
2	Log in to the Expert mode.
3	Examine the interface type: `clish -c "show interfaces all" \| egrep "Interface\|type"` For the accelerated interface, the interface name contains Accelerated and the type shows AC Ethernet. For the accelerated interface in the Acceleration Bypass mode, the output shows AC Bypassed..

Step

Description

Connect to the command line on the Security Appliance.

Examine the interface type:

clish -c "show interfaces all" | egrep "Interface|type"

For the accelerated interface, the interface name contains Accelerated and the type shows AC Ethernet.
For the accelerated interface in the Acceleration Bypass mode, the output shows AC Bypassed..

Example:

[Expert@MyAppliance:0]# clish -c "show interfaces all" | egrep "Interface|type"

Interface Mgmt
type ethernet
Interface Sync
type ethernet
Interface eth2-01
type ethernet
Interface eth2-02
type ethernet
Interface eth2-03
type ethernet
Interface eth2-04
type ethernet
Interface eth2-05
type ethernet
Interface eth2-06
type ethernet
Interface eth2-07
type ethernet
Interface eth2-08
type ethernet
Interface eth3-01 (Accelerated)
type AC Ethernet
Interface eth3-02 (Accelerated)
type AC Ethernet
Interface eth3-03 (Accelerated)

type AC Ethernet
Interface eth3-04 (Accelerated)
type AC Ethernet
Interface lo
type loopback
[Expert@MyAppliance:0]#

Viewing the Hardware Information on the Appliance

Step	Description
1	Connect to the command line on the Security Appliance.
2	Log in to the Expert mode.
3	Run: `ipsctl -a \| grep ':hw:'` To filter the output for a card in the specific slot, run: `ipsctl -a \| grep ':hw:' \| grep 'slot:`N`:'`

Step

Description

Connect to the command line on the Security Appliance.

Run:

ipsctl -a | grep ':hw:'

To filter the output for a card in the specific slot, run:

ipsctl -a | grep ':hw:' | grep 'slot:N:'

Note - To see which card is installed in which Slot Number, run the fwaccel stat command.

Example from a Security Appliance with a two cards installed in Slot 1 and Slot 3:

[Expert@MyAppliance:0]# ipsctl -a | grep ':hw:'
net:dev:adp:ipsctl:slot:1:hw:edac:monitor_tmo = 3600
net:dev:adp:ipsctl:slot:1:hw:edac:correctable:l2 = 0
net:dev:adp:ipsctl:slot:1:hw:edac:correctable:l3 = 0
net:dev:adp:ipsctl:slot:1:hw:edac:correctable:dram = 0
net:dev:adp:ipsctl:slot:1:hw:edac:correctable:pcie = 0-0-0-0
net:dev:adp:ipsctl:slot:1:hw:ac_rtc = 1553096621
net:dev:adp:ipsctl:slot:1:hw:boot_time = 1552900505
net:dev:adp:ipsctl:slot:1:hw:xloader_version = cern_xlp_322_tc492_991300010
net:dev:adp:ipsctl:slot:1:hw:uboot_version = cern_xlp_322_tc492_991300010
net:dev:adp:ipsctl:slot:1:hw:eeprom_version = 1.3
net:dev:adp:ipsctl:slot:1:hw:hw_revision = 03.10
net:dev:adp:ipsctl:slot:1:hw:cpld_version = 0
net:dev:adp:ipsctl:slot:1:hw:ram_size = 7869235200
net:dev:adp:ipsctl:slot:1:hw:cpu_freq = 1400000000
net:dev:adp:ipsctl:slot:1:hw:ddr_freq = 800000000
net:dev:adp:ipsctl:slot:1:hw:soc_freq = 800000000
net:dev:adp:ipsctl:slot:1:hw:nae_freq = 697000000
net:dev:adp:ipsctl:slot:1:hw:dpi_freq = 664000000
net:dev:adp:ipsctl:slot:1:hw:chip_vers = XLP5XX Rev A1
net:dev:adp:ipsctl:slot:1:hw:board_description = CPAC-falcon-10G-B
net:dev:adp:ipsctl:slot:1:hw:board_part = XXXXXXXXXXXXXXX-XR
net:dev:adp:ipsctl:slot:1:hw:board_serial = XXXXXXXXXXXXX
net:dev:adp:ipsctl:slot:3:hw:edac:monitor_tmo = 3600
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:l2 = 0
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:l3 = 0
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:dram = 0
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:pcie = 0-0-0-0
net:dev:adp:ipsctl:slot:3:hw:ac_rtc = 1553096621
net:dev:adp:ipsctl:slot:3:hw:boot_time = 1552900505
net:dev:adp:ipsctl:slot:3:hw:xloader_version = cern_xlp_322_tc492_991300010
net:dev:adp:ipsctl:slot:3:hw:uboot_version = cern_xlp_322_tc492_991300010
net:dev:adp:ipsctl:slot:3:hw:eeprom_version = 1.3
net:dev:adp:ipsctl:slot:3:hw:hw_revision = 03.10
net:dev:adp:ipsctl:slot:3:hw:cpld_version = 0
net:dev:adp:ipsctl:slot:3:hw:ram_size = 7869235200
net:dev:adp:ipsctl:slot:3:hw:cpu_freq = 1400000000
net:dev:adp:ipsctl:slot:3:hw:ddr_freq = 800000000
net:dev:adp:ipsctl:slot:3:hw:soc_freq = 800000000
net:dev:adp:ipsctl:slot:3:hw:nae_freq = 697000000
net:dev:adp:ipsctl:slot:3:hw:dpi_freq = 664000000
net:dev:adp:ipsctl:slot:3:hw:chip_vers = XLP5XX Rev A1
net:dev:adp:ipsctl:slot:3:hw:board_description = CPAC-falcon-10G-B
net:dev:adp:ipsctl:slot:3:hw:board_part = XXXXXXXXXXXXXXX-XR
net:dev:adp:ipsctl:slot:3:hw:board_serial = XXXXXXXXXXXXX
[Expert@MyAppliance:0]#

Example for an output filtered for the card installed in Slot 3:

[Expert@MyAppliance:0]# ipsctl -a | grep ':hw:' | grep 'slot:3:'
net:dev:adp:ipsctl:slot:3:hw:edac:monitor_tmo = 3600
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:l2 = 0
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:l3 = 0
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:dram = 0
net:dev:adp:ipsctl:slot:3:hw:edac:correctable:pcie = 0-0-0-0
net:dev:adp:ipsctl:slot:3:hw:ac_rtc = 1553096621
net:dev:adp:ipsctl:slot:3:hw:boot_time = 1552900505
net:dev:adp:ipsctl:slot:3:hw:xloader_version = cern_xlp_322_tc492_991300010
net:dev:adp:ipsctl:slot:3:hw:uboot_version = cern_xlp_322_tc492_991300010
net:dev:adp:ipsctl:slot:3:hw:eeprom_version = 1.3
net:dev:adp:ipsctl:slot:3:hw:hw_revision = 03.10
net:dev:adp:ipsctl:slot:3:hw:cpld_version = 0
net:dev:adp:ipsctl:slot:3:hw:ram_size = 7869235200
net:dev:adp:ipsctl:slot:3:hw:cpu_freq = 1400000000
net:dev:adp:ipsctl:slot:3:hw:ddr_freq = 800000000
net:dev:adp:ipsctl:slot:3:hw:soc_freq = 800000000
net:dev:adp:ipsctl:slot:3:hw:nae_freq = 697000000
net:dev:adp:ipsctl:slot:3:hw:dpi_freq = 664000000
net:dev:adp:ipsctl:slot:3:hw:chip_vers = XLP5XX Rev A1
net:dev:adp:ipsctl:slot:3:hw:board_description = CPAC-falcon-10G-B
net:dev:adp:ipsctl:slot:3:hw:board_part = XXXXXXXXXXXXXXX-XR
net:dev:adp:ipsctl:slot:3:hw:board_serial = XXXXXXXXXXXXX
[Expert@MyAppliance:0]#

Viewing the Hardware Sensors on the Installed Cards

Step	Description
1	Connect to the command line on the Security Appliance.
2	Log in to the Expert mode.
3	Run one of these two commands to show the information from the hardware sensors: `clish -c "show sysenv all" \| egrep "Name\|Falcon"` `cpstat -f sensors os \| egrep "Name\|Falcon"` For the Falcon Acceleration Cards, the output shows the data from these sensors: Temperature of acceleration card slots (examine the Falcon-<Slot#> <Speed> NPU Temp). Fan on acceleration card (examine the Falcon-<Slot#> <Speed> Fan). Voltage on acceleration card (examine the Falcon-<Slot#> <Speed> Vcore).

Step

Description

Connect to the command line on the Security Appliance.

Run one of these two commands to show the information from the hardware sensors:

clish -c "show sysenv all" | egrep "Name|Falcon"
cpstat -f sensors os | egrep "Name|Falcon"

For the Falcon Acceleration Cards, the output shows the data from these sensors:

Temperature of acceleration card slots (examine the Falcon-<Slot#> <Speed> NPU Temp).
Fan on acceleration card (examine the Falcon-<Slot#> <Speed> Fan).
Voltage on acceleration card (examine the Falcon-<Slot#> <Speed> Vcore).

Example 1

[Expert@MyAppliance:0]# clish -c "show sysenv all" | egrep "Name|Falcon"
Name Value Unit Type Status Maximum Minimum
Falcon-1 10G NPU Vcore 0.98 Volt Voltage 0 1.04 0.59
Falcon-1 10G NPU Temp 52.50 Celsius Temperature 0 88 5
Falcon-1 10G Fan 8385.00 RPM Fan 0 9600 6400
[Expert@MyAppliance:0]#

Example 2