Juniper networks router memory

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Help us improve your experience. Let us know what you think. Do you have time for a two-minute survey? Maybe Later. Description Display service set memory usage. Options none Display service set memory usage. The interface option is not supported on Multiservice PICs. Required Privilege Level view. Output Fields Table 1 lists the output fields for the show services service-sets memory-usage command. Table 1: show services service-sets memory-usage Output Fields Field Name Field Description Interface Name of an adaptive services interface Service set Name of a service set Bytes Used Number of bytes of memory being used Memory zone Memory zone in which the adaptive services interface is currently operating: Green —All new flows are allowed.

Red —No new flows are allowed. Name of an adaptive services interface. Service set. Name of a service set. Output fields are listed in the approximate order in which they appear. Amount of memory used by the system, represented in kilobytes and as a percentage of the total memory. Total memory—Actual memory available to the system at the time of system initialization. Reserved memory—Amount of total memory reserved for the system at the time of system initialization, but not managed by virtual memory sub-system.

Wired memory—Amount of total memory wired in the system that never paged out. Inactive—Amount of total memory in use, but not referenced recently. Cache—Amount of total memory almost available for allocation. Memory used by the memory disks, but not accounted for in the kernel map.

For example, swap-based memory disk. Virtual memory used as per all virtual mappings in the kernel or process map and percentage thereof based on maximum addressable virtual memory as per any kernel, system, architecture, or resource limits.

Real memory used as per actual resident pages of all mappings in the kernel or process map and percentage thereof based on the total real memory available in the system. Help us improve your experience. Let us know what you think. Do you have time for a two-minute survey?

Maybe Later. Description Display system-wide memory distribution and usage including the Junos kernel, software processes, and memory disks. Options none Display the system memory distribution and usage information. Required Privilege Level view. Output Fields Table 1 lists the output fields for the show system memory command. Table 1: show system memory Output Fields Field Name Field Description System memory usage distribution Amount of memory used by the system, represented in kilobytes and as a percentage of the total memory.

Active memory—Amount of total memory actively in use.

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First, start with 'show chassis routing-engine' to verify the current usage. Remember to take multiple iterations of this command with a gap of one minute in order to see a sustained usage of high memory:. If there is sustained high utilization in the above output, the next step is to figure out the process consuming the highest memory:.

The above command shows both the memory usage and CPU cycles consumed by a process. It is important to look at the right place. The top few lines of the output highlights the number of total processes, both active and inactive sleeping. It breaks down the total available memory into active, inactive, wired, buffer, and free. Adding all of these components equals to 16 GB of total memory available. Swap memory is a virtual memory that comes into use in situations of memory pressure.

These memory pages are stored on the disk and are used by the process when there is no active memory left to be allocated. Understandably, the access to this memory drives latency in the process and is never a good sign for the system in terms of memory health. Kernel is the core component of the operating system that is responsible for assigning the resources to the various processes. It utilizes the pageout daemon to scan the current memory usage and free up memory based on needs of the processes.

When a process requests memory page requests, the pageout daemon follows the below sequence:. As evident from above, the pageout daemon tries to access the active memory to an application at the end when no other choice exists.

In the above output, the process ID for chassisd as Size is the total virtual memory size allocated to the process. RES is the resident size of the process in physical memory. It is the sum on active and inactive memory currently allocated to the process. If there are any processes utilizing higher memory or multiple daemons of the same process being spawned, troubleshoot further to isolate the reason.

In many cases, there are daemons like mosquitos used for telemetry being spawned multiple times, with different process ID. In such cases, a single parent process creates multiple child processes. Try the steps below to clear this issue:. Validate or reach out to JTAC if it is safe to restart the process. If yes, restart the process and check if the child processes are still spinning.

In many cases, the processes are spawned only on one RE, sometimes due to a sync issue with the other RE. In case it is the RPD that is consuming higher memory, check the output of 'show task memory'. Free Number of memory blocks of this size that are free bytes. Requests Number of memory allocation requests made.

HighWater Maximum value the free list can have. Couldfree Total number of times that the free elements for a bucket size exceed the high-water mark for that bucket size. Memory usage type by bucket size Size Memory block size bytes. Type s Kernel modules that are using these memory blocks.

Memory statistics by type Type Kernel module that is using dynamic memory. InUse Number of memory blocks used by this type. The number is rounded up. MemUse Amount of memory in use, in kilobytes KB. HighUse Maximum memory ever used by this type. Limit Maximum memory that can be allocated to this type. Requests Total number of dynamic memory allocation requests this type has made. Type Limit Number of times requests were blocked for reaching the maximum limit.

Kern Limit Number of times requests were blocked for the kernel map. Size s Memory block sizes this type is using. Memory Totals In Use Total kernel dynamic memory in use bytes, rounded up. Free Total kernel dynamic memory free bytes, rounded up. Requests Total number of memory allocation requests.

ITEM Kernel module that is using memory. Size Memory block size bytes. Used Number of memory blocks used by this type. Free Number of memory blocks available to this type. Requests Total number of memory allocation requests this type has made. Total Total for all interruptions. Memory statistics by bucket size. In Use. Number of memory blocks of this size that are in use bytes.

Number of memory blocks of this size that are free bytes. Number of memory allocation requests made. Memory usage type by bucket size. Type s. Memory statistics by type. Kernel module that is using dynamic memory.

Number of memory blocks used by this type. Amount of memory in use, in kilobytes KB. Maximum memory ever used by this type. Maximum memory that can be allocated to this type. Total number of dynamic memory allocation requests this type has made. Type Limit. Number of times requests were blocked for reaching the maximum limit. Kern Limit. Number of times requests were blocked for the kernel map.

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