1. Overview
Monitoring the system resources is very crucial to analyze the health of devices. RBFS has a dedicated daemon called resmond
to discover and monitor the device resources. Resmond polls the system resources to gather the status of the resource and store this data in the resource-specific BDS table.
The Resource Monitoring (resmon) functionality of RBFS provides support for monitoring the following components:
-
CPU
-
Memory
-
Processes
-
Disks
-
Sensor
-
Optics
1.1. CPU
Resmond collects CPU hardware information from the global.chassis_0.resource.cpu
table. In addition, Resmond calculates CPU usage dynamically and stores this information in the global.chassis_0.resource.cpu_usage
table.
1.2. Memory
Resmond collects RAM hardware information from the global.chassis_0.resource.mem
table. In addition, Resmond gathers memory usage information in the global.chassis_0.resource.mem_usage
table.
1.3. Processes
Resmond collects process usage information of Brick Daemon(BD) that runs in the RBFS and stores the information in the global.chassis_0.resource.proc_usage
table. It dynamically gathers the process information and calculates the CPU and the memory usage of the individual Brick Daemons.
1.4. Disks
Resmond collects the disk information from the global.chassis_0.resource.disk
table. In addition, Resmond collects disk usage information in the global.chassis_0.resource.disk_usage
table.
1.5. Sensor
Resmond collects the reading data of the hardware sensor such as temperature, fan, power-supply, and system LED. The data collected from the sensor are stored in the global.chassis_0.resource.sensor
table.
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The RBFS implementation supports pluggable optics modules on white box switches only. |
1.6. System Clock
Resmond provides support for monitoring the system clock so that the system clock is always in sync with the NTP server clock. This ensures that the deviation from the NTP server clock always remains within acceptable limits. Resmond collects the system clock information from the global.os.timex
table.
![]() |
The RBFS implementation supports pluggable optics modules on white box switches only. |
1.7. Optical Modules
Resmond monitors optical transceivers plugged onto the chassis. It reads transceivers EEPROM (Electrically Erasable Programmable Read-Only Memory) data and translates the data to respective fields in the BDS tables.
Resmond provides the following functionalities for monitoring optical transceivers:
-
Provides a mechanism to discover and monitor optics modules. Supported optics modules include SFP, SFP+, QSFP, QSFP+, and QSFP28 (DAC is not supported).
-
Provides CLIs to write to optics modules
-
Provides show commands to see optics inventory and status of each module
-
Logs the status of the optics module
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The RBFS implementation supports monitoring of pluggable optics modules on white box switches only. |
The following are some of the important tasks (but not limited to) that the Resmond application performs:
-
Optics inventory: Identifying the following brief information of a discovered optics module and stores in table
global.chassis_0.resource.optics.inventory
.-
Port
-
Type
-
Vendor
-
Serial Number
-
Part Number
-
-
Read the following optics data from a module and stores in the table:
global.chassis_0.resource.optics.module
.-
RX/TX alarming (loss of light and loss of signal)
-
-
RX/TX power status
-
Voltage and BIAS status
-
Temperature
-
-
Write the optics data to an optics module
-
Enabling high power class on QSFP28
-
Shutdown lasers (QSFP28, SFP+ and SFP)
-
1.7.1. Optics Logging
The Resmond
can log the following Optics module events:
-
Temperature high alarm
-
Temperature high warning
-
Temperature low alarm
-
Temperature low warning
-
Voltage high alarm
-
Voltage high warning
-
Voltage low alarm
-
Voltage low warning
-
Lane power high alarm
-
Lane power high warning
-
Lane power low alarm
-
Lane power low warning
-
Lane bias high alarm
-
Lane bias high warning
-
Lane bias low alarm
-
Lane bias low warning
1.8. Q2C Resource Monitoring
Q2C platform resource-specific usage metrics are stored in the BDS table: local.bcm.q2c.resource.monitor
. Resource usage information enables you to understand the scale of services that the device performs and how it optimally leverages the resource usage.
The following table provides the list of supported resource types for monitoring in RBFS.
Resource Type | Description |
---|---|
EEDB_L2TP |
EEDB is an Egress Encapsulation Data Base. This resource is consumed when L2TP subscribers are created in hardware. |
EEDB_MPLS_TUNNEL |
EEDB is an Egress Encapsulation Data Base. This resource is consumed when MPLS tunnels are created in the chip. |
EEDB_PPPOE |
EEDB_PPPOE is used for PPPoE encapsulation. This resource is consumed when PPPoE subscribers are created in hardware. |
EEDB_PWE |
This resource is consumed when L2X or cross-connection sessions are created in hardware. |
IN_AC_C_C_VLAN_DB |
This resource is consumed when an ingress logical interface for double-tagged VLAN is created. |
IN_AC_C_VLAN_DB |
This resource is consumed when an ingress logical interface for single tag VLAN is created. |
IN_AC_UNTAGGED_DB |
This resource is consumed when an ingress logical interface for untagged IFLs is created. |
IPV4_MULTICAST_PRIVATE_LPM_FORWARD |
LPM stands for Longest Prefix Match. This resource is consumed for multicast (source, group) entries. |
IPV4_UNICAST_PRIVATE_LPM_FORWARD |
This resource is consumed for non-default VRF instance IPv4 prefixes. |
IPV4_UNICAST_PRIVATE_LPM_FORWARD_2 |
This resource is consumed for default VRF instance IPv4 prefixes. |
IPV6_UNICAST_PRIVATE_LPM_FORWARD |
This resource is consumed for non-default VRF instance IPv6 prefixes. |
IPV6_UNICAST_PRIVATE_LPM_FORWARD_2 |
This resource is consumed for default VRF instance IPv6 prefixes. |
L3_RIF |
This resource is consumed for the L3 interfaces. |
L2TPV2_DATA_MESSAGE_TT |
This resource is consumed when the L2TP subscribers are created in hardware. |
MPLS_FWD |
This resource is consumed for MPLS entries for which forwarding actions are involved. |
MPLS_TERMINATION_SINGLE_LABEL_DB |
This resource is consumed for MPLS entries for which label termination is required. |
MULTICAST_MCDB |
This resource is consumed for multicast groups created in hardware. |
PPPOE_O_ETH_TUNNEL_FULL_SA |
This resource is consumed for PPPoE subscribers in hardware. |
Example: Logical table information for the resource type EEDB_L2TP
supervisor@ufi08.q2c.u23.r4.nbg.rtbrick.net: dbg> bcm "dbal table info table=EEDB_L2TP" Logical table info EEDB_L2TP ============================= Access method: MDB Table type: DIRECT Touched status: Initialized Entries Status: Max Capacity: HW dependent (see mapping), Committed 0 Bulk mode range NOT supported Maturity_level: HIGH Table Labels: L2, L3, MPLS, EEDB Core mode: SBC Max key value: 1048575 Max payload size in bits: 101 <...>
Example: Logical table information for the resource type EEDB_MPLS_TUNNELEEDB_MPLS_TUNNEL
supervisor@rtbrick>ufi07.q2c.u21.r4.nbg.rtbrick.net: dbg> bcm "dbal table info table=EEDB_MPLS_TUNNEL" Logical table info EEDB_MPLS_TUNNEL ==================================== Access method: MDB Table type: DIRECT Touched status: Initialized Entries Status: Max Capacity: HW dependent (see mapping), Committed 18 Bulk mode range NOT supported Maturity_level: HIGH Table Labels: L2, L3, MPLS, EEDB Core mode: SBC Max key value: 1048575 Max payload size in bits: 147 <...>
1.9. Supported Platforms
Not all features are necessarily supported on each hardware platform. Refer to the Platform Guide for the features and the sub-features that are or are not supported by each platform.
2. Resmon Configuration
2.1. Configuration Hierarchy
The diagram illustrates the Resmon configuration hierarchy.
2.2. Configuration Syntax and Commands
The following sections describe the Resmon configuration syntax and commands.
2.2.1. Global Monitoring Configuration
This command sets the poll-interval for the resmond to discover optics.
Syntax:
set resmon monitoring <poll-interval>
Attribute | Description |
---|---|
poll_interval <poll-interval> |
Specifies the interval (in seconds) at which optics should be polled. The interval can range from 3 to 10000 seconds. The default interval is 5 seconds. |
2.2.2. Optics Configuration
You can use this command to disable or enable (By, default enabled) tx laser or high-power class of an optics module on a specific interface.
Syntax:
set resmon optics <interface> …
Attribute | Description |
---|---|
interface <interface-name> |
Name of the interface |
high-power-class [disable / enable] |
Enable or disable high power class for optics module. Enabled, by default. |
tx [disable / enable] |
Enable or disable lasers for optics module. Enabled, by default. |
3. Resmon Operational Commands
3.1. Resmon Show Commands
The Resmon show commands provide detailed information about the resources and their usage.
3.2. CPU Information
This command displays the CPU detail and CPU information.
Syntax:
show cpu <option>
Option | Description |
---|---|
summary |
Displays the CPU information. |
usage |
Displays the CPU usage information |
Example 1: CPU summary
supervisor@rtbrick: op> show cpu summary CPU_0 Vendor : GenuineIntel Model : Intel(R) Xeon(R) CPU D-1518 @ 2.20GHz Architecture : x86_64 Serial No : 63 06 05 00 FF FB EB BF Clock(MHz) : 1996.620 BogoMIPS : 4400.00 Physical cores : 4 Logical cores : 8 Endian : True Cache alignment : 64 Bytes L1 data cache : 32768 Bytes L1 instruction cache : 32768 Bytes L2 unified cache : 262144 Bytes L3 unified cache : 6291456 Bytes L4 unified cache : 0 Bytes supervisor@rtbrick: op>
Example 2: CPU usage information.
supervisor@rtbrick: op> show cpu usage Name Total User System Nice I/O Wait Idle IRQ Soft IRQ cpu 31% 23% 8% 0% 0% 68% 0% 0% cpu0 11% 4% 5% 0% 0% 88% 0% 2% cpu1 100% 63% 36% 0% 0% 0% 0% 0% cpu2 54% 51% 2% 0% 0% 45% 0% 0% cpu3 57% 55% 2% 0% 0% 42% 0% 0% cpu4 6% 1% 5% 0% 0% 93% 0% 0% cpu5 4% 2% 2% 0% 0% 95% 0% 0% cpu6 8% 3% 4% 0% 0% 91% 0% 0% cpu7 6% 1% 5% 0% 0% 94% 0% 0% supervisor@rtbrick: op>
3.3. Memory Details
This command displays the memory details and usage information.
Syntax:
show memory <option>
Option | Description |
---|---|
summary |
Displays the system memory information. |
usage |
Displays the memory usage information. |
Example 1: System memory information
supervisor@rtbrick: op> show memory summary System Memory Maximum capacity : 128 GB Error correction type : Multi-bit ECC Number of memory slots available : 4 Number of memory slots occupied : 2 Bank Size Location Type Speed Configured Speed Vendor Serial No Part No NODE 1 8192 MB DIMM_A1 DDR4 2133 MT/s 2133 MT/s Undefined 00000002 TS1GSH72V1H NODE 1 8192 MB DIMM_B1 DDR4 2133 MT/s 2133 MT/s Undefined 00000027 TS1GSH72V1H
Example 2: System memory usage information.
supervisor@rtbrick: op> show memory usage Name Total Used Free Shared Buffers Cached RAM 16.69 GB 4.54 GB 10.08 GB 578.17 MB 103.12 MB 2.06 GB SWAP 0 bytes 0 bytes 0 bytes n/a n/a n/a
3.4. Process Details
This command displays the process usage information.
Syntax:
show process usage <option>
Option | Description |
---|---|
process-id <pid> |
Displays the process usage for the specified process identifier. |
process-name <process-name> |
Displays the process usage for the specified process. |
summary |
Displays the process usage summary information. |
Example 1: Process usage summary information.
supervisor@rtbrick: op> show process usage summary Name PID VIRT Resident Memory Sharable Memory CPU Percentage Memory Percentage CPU Affinity bgp.appd.1 4456 384.67 MB 122.69 MB 29.32 MB 0.81 0.74 0-7 bgp.iod.1 4469 694.63 MB 148.39 MB 30.22 MB 2.01 0.89 0-7 confd 213 1.24 GB 769.9 MB 31.89 MB 0.81 4.61 0-7 etcd 110 600.9 MB 196.4 MB 29.26 MB 1.21 1.18 0-7 fibd 288 13.68 GB 1.74 GB 210.79 MB 161.17 10.45 1 ifmd 147 496.74 MB 154.25 MB 29.99 MB 1.01 0.92 0-7 igmp.appd.1 4482 356.38 MB 100.29 MB 29.27 MB 1.01 0.6 0-7 igmp.iod.1 4495 540.14 MB 132.68 MB 29.41 MB 2.01 0.8 0-7 ipoed.1 175 503.51 MB 112.9 MB 29.3 MB 2.01 0.68 0-7 l2tpd.1 4508 475.71 MB 103.45 MB 29.26 MB 2.01 0.62 0-7 lldpd 128 368.32 MB 106.75 MB 29.29 MB 2.21 0.64 0-7 mribd 158 381.8 MB 115.57 MB 29.38 MB 1.01 0.69 0-7
Example 2: Process usage for the specified process.
supervisor@rtbrick: op> show process usage process-name fibd Process Name: fibd PID : 288 REST port : 5522 Debug port : 5521 Allowed CPU list : 1 CPU usage at user space : 25964 CPU usage at kernel space : 12633 CPU usage percentage : 152.815678 Memory usage percentage : 10.452729 Peak virtual memory usage : 13355692 Current virtual memory usage : 13.68 GB <...>
Example 3: Process usage for the specified process ID.
supervisor@rtbrick: op> show process usage process-id 4456 Process Name: bgp.appd.1 PID : 4456 REST port : 4102 Debug port : 4101 Allowed CPU list : 0-7 CPU usage at user space : 20103 CPU usage at kernel space : 18011 CPU usage percentage : 1.011122 Memory usage percentage : 0.735218 Peak virtual memory usage : 375652 Current virtual memory usage : 384.67 MB Locked virtual memory : n/a RSS virtual memory : 122.69 MB <...>
3.5. Sensor Details
This command displays the fan, power-supply, system-led, and temperature information.
Syntax:
show sensor <option>
Option | Description |
---|---|
fan |
Displays information about the sensor fan. |
power-supply |
Displays the sensor power supply information. |
system-led |
Displays system LED information |
temperature |
Displays the sensor temperature information. |
detail |
You can specify |
Example 1: Sensor temperature information.
supervisor@rtbrick: op> show sensor temperature Name Temperature Status CPU Core 54 °C PRESENT LM75-1-48 35 °C PRESENT LM75-2-49 30 °C PRESENT LM75-3-4A 33 °C PRESENT LM75-3-4B 30 °C PRESENT PSU-1 Thermal Sensor 1 31 °C PRESENT supervisor@rtbrick: op>
Example 2: Detailed information about the sensor temperature.
supervisor@rtbrick: op> show sensor temperature Name Temperature Status CPU Core 54 °C PRESENT LM75-1-48 36 °C PRESENT LM75-2-49 30 °C PRESENT LM75-3-4A 33 °C PRESENT LM75-3-4B 30 °C PRESENT PSU-1 Thermal Sensor 1 31 °C PRESENT supervisor@rtbrick: op>
Example 3: Information about sensor fan
supervisor@rtbrick: op> show sensor fan Name Fan Speed (rpm) Status PSU 1 - Fan 1 26496 PRESENT, F2B Chassis Fan - 1 8700 PRESENT, F2B Chassis Fan - 2 8700 PRESENT, F2B Chassis Fan - 3 8700 PRESENT, F2B Chassis Fan - 4 8700 PRESENT, F2B Chassis Fan - 5 8700 PRESENT, F2B Chassis Fan - 6 8600 PRESENT, F2B supervisor@rtbrick: op>
Example 4: Detailed information about sensor fan.
supervisor@rtbrick: op> show sensor fan detail PSU 1 - Fan 1 Sensor resource ID : 8388614 Vendor : n/a Model : NULL Serial No : n/a Status : PRESENT, F2B Status code : 9 Fan speed : 26496 rpm Location : PSU 1 Chassis Fan - 1 Sensor resource ID : 8388608 Vendor : ALTERA Model : 5M1270ZF256C5N Serial No : n/a Status : PRESENT, F2B Status code : 9 Fan speed : 8700 rpm Location : Fan Board Chassis Fan - 2 Sensor resource ID : 8388609 Vendor : ALTERA Model : 5M1270ZF256C5N Serial No : n/a Status : PRESENT, F2B Status code : 9 Fan speed : 8800 rpm Location : Fan Board
Example 5: Sensor power supply information
supervisor@rtbrick: op> show sensor power-supply Name Current In Current Out Voltage In Voltage Out Power In Power Out Status PSU-1 0 mA 12109 mA 0 mV 11984 mV 0 mW 146000 mW PRESENT PSU-2 0 mA 0 mA 0 mV 0 mV 0 mW 0 mW PRESENT, UNPLUGGED supervisor@rtbrick: op>
Example 6: Detailed information about the sensor power supply.
supervisor@rtbrick: op> show sensor power-supply detail PSU-1 Sensor resource ID : 16777216 Vendor : n/a Model : YM-2651Y Serial No : n/a Status : PRESENT Status code : 1 Input current : 0 mA Output current : 12031 mA Input voltage : 0 mV Output voltage : 11984 mV Input power : 0 mW Output power : 144000 mW Location : n/a PSU-2 Sensor resource ID : 16777217 Vendor : n/a Model : NULL Serial No : n/a Status : PRESENT, UNPLUGGED Status code : 5 Input current : 0 mA Output current : 0 mA Input voltage : 0 mV Output voltage : 0 mV Input power : 0 mW Output power : 0 mW Location : n/a supervisor@rtbrick: op>
Example 7: Sensor system LED information
supervisor@rtbrick: op> show sensor system-led Name LED Mode Status Chassis LED 1 (LOC LED) OFF PRESENT Chassis LED 5 (FAN LED) AUTO PRESENT, ON Chassis LED 2 (DIAG LED) OFF PRESENT Chassis LED 3 (PSU1 LED) AUTO PRESENT, ON Chassis LED 4 (PSU2 LED) AUTO PRESENT, ON supervisor@rtbrick: op>
Example 8: Detailed information about the system LED
supervisor@rtbrick: op> show sensor system-led detail Chassis LED 1 (LOC LED) Sensor resource ID : 12582912 LED mode : OFF Status : PRESENT Status code : 1 Capability : ON_OFF, ORANGE Capability code : 4097 Chassis LED 5 (FAN LED) Sensor resource ID : 12582916 LED mode : AUTO Status : PRESENT, ON Status code : 5 Capability : ON_OFF, AUTO Capability code : 4194305 Chassis LED 2 (DIAG LED) Sensor resource ID : 12582913 LED mode : OFF Status : PRESENT Status code : 1 Capability : ON_OFF, ORANGE, GREEN Capability code : 69633
3.6. Optics Details
This command displays optics information for inventory and interface.
Syntax:
show optics <option>
Option | Description |
---|---|
interface <interface-name> |
Displays optics information for the specified interface. |
inventory |
Displays optics inventory information. |
Example: Optics information for the specified interface.
supervisor@rtbrick: op> show optics interface ifp-0/1/6 Physical Interface: ifp-0/1/6 Type : QSFP28 Description : 100G-CWDM4 Connector Type : Lucent Connector Vendor : FS Serial Number : F2030882972 Part Number : QSFP28-IR4-100G Vendor Material Number : CMUIAMACAB10-3146-02 Power Class : Class 4 (3.5W) Power Class State : HIGH Wavelength : 1310.000000 Lane Id : 1 Laser bias current : 30.824 mA Laser tx power : 1.496 mW / 1.749 dbm Laser rx power : 1.084 mW / 0.35 dbm Module temperature : 39.164 °C Module voltage : 3.292 V Tx disable : False High power class enable : True Laser Tx loss of signal : False Laser Tx loss of lock : False Laser Rx loss of signal : False Laser Rx loss of lock : False Laser bias current high alarm : False Laser bias current high warning : False Laser bias current low alarm : False Laser bias current low warning : False Module voltage high alarm : False Module voltage high warning : False <...>
Example 2: Optics inventory information.
supervisor@rtbrick: op> show optics inventory Interface Type Description Connector Type Vendor Part Number Serial Number Material Number Power Class Power State ifp-0/1/2 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC005 G2110248549-1 n/a Class 1 (1.5W) LOW ifp-0/1/3 QSFP28 100G-CWDM4 Lucent Connector LambdaGain LL1C31A2A L12AA60027 T-UNIQSF40907038 Class 4 (3.5W) HIGH ifp-0/1/4 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC01 G2006503747-2 n/a Class 1 (1.5W) LOW ifp-0/1/5 QSFP28 100GBASE-LR4 Lucent Connector LambdaGain LL1S31B0A L82A9S0018 T-UNIQSF40907039 Class 4 (3.5W) HIGH ifp-0/1/6 QSFP28 100G-CWDM4 Lucent Connector FS QSFP28-IR4-100G F2030882972 CMUIAMACAB10-314 Class 4 (3.5W) HIGH ifp-0/1/8 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC005 G2110248550-1 n/a Class 1 (1.5W) LOW ifp-0/1/9 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC005 G2110248551-1 n/a Class 1 (1.5W) LOW ifp-0/1/11 QSFP28 100GBASE-CR4 No Seperable connector Fiberstore QSFP28-100G-DAC F1800032252-2 n/a Class 1 (1.5W) LOW ifp-0/1/14 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC005 G2110248569-1 n/a Class 1 (1.5W) LOW ifp-0/1/15 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC01 G2006503745-1 n/a Class 1 (1.5W) LOW ifp-0/1/18 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC01 G2006503743-1 n/a Class 1 (1.5W) LOW ifp-0/1/20 QSFP28 100G-CWDM4 Lucent Connector LambdaGain LL1C31A2A L12AB20043 T-UNIQSF40907038 Class 4 (3.5W) HIGH ifp-0/1/27 QSFP28 100GBASE-LR4 Lucent Connector LambdaGain LL1S31B0A L82A9S0025 T-UNIQSF40907039 Class 4 (3.5W) HIGH ifp-0/1/28 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC01 G1810038309-1 n/a Class 1 (1.5W) LOW ifp-0/1/31 QSFP28 100GBASE-CR4 No Seperable connector FS Q28-PC01 G1810038285-2 n/a Class 1 (1.5W) LOW ifp-0/0/0 SFP UNKNOWN Copper Pigtail FS SFPP-PC015 S2108004616-2 n/a Class 1 (1.5W) LOW ifp-0/0/1 SFP UNKNOWN Copper Pigtail FS SFPP-PC015 G2006548415-2 n/a Class 1 (1.5W) LOW
3.7. Disk Details
This command displays disk information.
Syntax:
show disk <option>
Option | Description |
---|---|
summary |
Displays the disk information. |
usage |
Displays the disk usage information. |
Example: Summary of disks and their partitions.
supervisor@rtbrick: op> show disk summary sda Size : 29.8G Vendor : ATA Model : TS32ZBTMM1600 Partitions Name Size Mountpoint sda1 256M n/a sda2 128M n/a sda3 2G n/a sda4 128M n/a sda5 128M n/a sda6 2G n/a sda7 25.2G /platform supervisor@rtbrick: op>
Example 2: Summary of disk usage information.
supervisor@rtbrick: op> show disk usage Filesystem Type Size Used Available Mountpoint Usage % none tmpfs 492 KB 0 bytes 492 KB /dev 0.0 tmpfs tmpfs 8.15 GB 17.38 MB 8.13 GB /run 0.21 tmpfs tmpfs 6.29 GB 483.6 MB 5.81 GB /shm 7.69 tmpfs tmpfs 8.15 GB 62.74 MB 8.09 GB /dev/shm 0.77 tmpfs tmpfs 5.12 MB 0 bytes 5.12 MB /run/lock 0.0 devtmpfs devtmpfs 1.02 MB 0 bytes 1.02 MB /dev/mem 0.0 /dev/sda7 ext4 25.87 GB 4.47 GB 20.06 GB /var/log 18.21 tmpfs tmpfs 1.63 GB 0 bytes 1.63 GB /run/user/1000 0.0 tmpfs tmpfs 8.15 GB 0 bytes 8.15 GB /sys/fs/cgroup 0.0 tmpfs tmpfs 1.63 GB 696 KB 1.63 GB /var/run-ext/onl/r 0.04 /var/cache/rtbrick/imag overlay 25.87 GB 4.47 GB 20.06 GB / 18.21 supervisor@rtbrick: op>
3.8. Platform Details
This command displays platform information.
Syntax:
show platform
Example: Platform information
supervisor@rtbrick: op> show platform x86_64-accton_as7316_26xb-r0 Vendor : Edgecore Manufacturer : Accton Manufacture date : 05/07/2021 16:55:51 MAC address : 90:3c:b3:16:00:00 Part number : F0PZZ5626002A-MACDDR-Nanya_NT5AD256M16D4_HRI Serial number : AAB2115AACA Product name : 7316-26XB-O-AC-F Onie version : 2019.11.00.07 Label revision : R01C Diag version : 01.01.00.03 Country code : TW supervisor@rtbrick: op>
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