* {{x86|AVX|<code>AVX</code>}} - Advanced Vector Extensions ...improved performance while saving power. Intel introduced a number of new vector computation ([[SIMD]]) and security instructions which improved [[floating

|extension=MOVBE |extension 2=MMX

|extension=MOVBE |extension 2=MMX

|extension=MOVBE |extension 2=MMX

|extension=MOVBE |extension 2=MMX

...o [[28 cores]], incorporate a new {{x86|AVX512-VNNI|AVX512}} [[x86]] {{x86|extension}} for neural network / deep learning workloads, and introduces [[persistent ...an enhancement process technology along with {{intel|DL Boost}}, an {{x86|extension}} designed to speed up machine learning algorithms. Those processors suppor

...ultithreading support, and Arm’s {{arm|Scalable Vector Extension}} (SVE) extension. Those chips will are also planned to move to DDR5 memory. * Intel's {{intel|Xeon Scalable}}

...M]] in 2007. First disclosed in late 2011, the ARMv8 is a successor and an extension to the {{\\|ARMv7}} ISA. This architecture introduced new 64-bit operating ...e that it's actually an extension of the {{arm|LPAE|Large Physical Address Extension}} which was introduced in {{\\|ARMv7}} but was developed concurrently with

...t up to [[28 cores]], incorporate {{x86|AVX512-VNNI|AVX512}} [[x86]] {{x86|extension}} for neural network / deep learning workloads, and introduces [[persistent |theme=vector

** 2x-wide vector units (2x256b/clk, up from 2x128 ...HPC workloads with wider vector execution as well as {{arm|Scalable Vector Extension}} (SVE) support.

|extension=FPU |extension 2=NEON

...Arm's {{armh|Neoverse V2}} microarchitecture with 2x256b [[Scalable Vector Extension|SVE]] support, also bringing support up to [[Armv9.0]] ISA for the first ti