Difference between revisions of "Memory"
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| Line 1: | Line 1: | ||
| + | [[wikipedia:Memory]] | ||
* [[Intel Optane]] and Micron QuantX [[NVM]] [[3D XPoint]] and Samsung [[Z-SSD]] | * [[Intel Optane]] and Micron QuantX [[NVM]] [[3D XPoint]] and Samsung [[Z-SSD]] | ||
| Line 13: | Line 14: | ||
== Related terms == | == Related terms == | ||
* <code>[[vmstat]]</code> | * <code>[[vmstat]]</code> | ||
| + | * <code>[[top]]</code>, memory: <code>e + m</code> | ||
* [[transparent huge pages]] | * [[transparent huge pages]] | ||
* <code>[[cgcreate]] -g memory:myGroup</code> | * <code>[[cgcreate]] -g memory:myGroup</code> | ||
| Line 25: | Line 27: | ||
* [[PAGE_SIZE]] | * [[PAGE_SIZE]] | ||
* [[OOM]] | * [[OOM]] | ||
| − | * <code>[[ | + | * <code>[[MemoryReservation]]</code> |
| + | * <code>[[container_definitions]]</code>: [[Terraform aws ecs task definition: container definitions, memory]] | ||
| + | * <code>[[sar -r]]</code> | ||
== See also == | == See also == | ||
Latest revision as of 05:48, 9 June 2024
- Intel Optane and Micron QuantX NVM 3D XPoint and Samsung Z-SSD
- ARM v8, adds 64-bit memory addressing capabilities
Activitites[edit]
- Use
virsh dommemstatto view memory assigned to your VM orvirsh dominfo VM_MACHINE | grep memory - Read about NUMA
Max memory per processor[edit]
Related terms[edit]
vmstattop, memory:e + m- transparent huge pages
cgcreate -g memory:myGroup- ECC memory
- HPE SmartMemory and HPE Fast Fault Tolerance
- malloc
- pmem
mem_limit(docker-compose.yml)- Buffer overflow
- IOMMU
virsh dommemstat- PAGE_SIZE
- OOM
MemoryReservationcontainer_definitions: Terraform aws ecs task definition: container definitions, memorysar -r
See also[edit]
- Memory: RAM, DRAM, SDRAM, NVRAM, DMA, ECC, VRAM, Nanya, SGRAM, DDR
- Memory: memory pages, RAM, virsh Memory Commands, OOM, meminfo,
vmstat, NAND, DDR,lsmem,/dev/shm,/proc/meminfo,sar -r, IOMMU,pmem, Memory management, Garbage collector, THP, Linux Huge Page TLB - CPU, GPU, NPU, TPU, DPU, Groq, Proliant, thread (
Pthreads), processor, CPU socket, core, ARM , CPU Virtualization, Intel, AMD,nm,lscpu, AVX-512, Passthrough, CPU intensive, Graviton processor, Branch predictor, vCPU, SSE, Power
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