Difference between revisions of "CPU"
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* 2 processors: [[Proliant DL380]] | * 2 processors: [[Proliant DL380]] | ||
* 4 processors: [[Proliant DL580]], [[Dell PowerEdge]] R940 | * 4 processors: [[Proliant DL580]], [[Dell PowerEdge]] R940 | ||
| − | * 8 processors: [[Lenovo Thinksystem]] SR950 (up to 8 processors [[Intel Xeon]], up to 28x cores per processor. Total: 224 cores) | + | * 8 processors: [[Lenovo Thinksystem]] SR950 (4U) (up to 8 processors [[Intel Xeon]], up to 28x cores per processor. Total: 224 cores) |
== See also == | == See also == | ||
Revision as of 07:39, 5 February 2020
This article is a Draft. Help us to complete it.
- 2 processors: Proliant DL380
- 4 processors: Proliant DL580, Dell PowerEdge R940
- 8 processors: Lenovo Thinksystem SR950 (4U) (up to 8 processors Intel Xeon, up to 28x cores per processor. Total: 224 cores)
See also
stressparallel- 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 - 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, FPGA, Microcontroller, XSS, Noop scheduler
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