...ntral processing unit]] (CPU), [[arithmetic logic unit]] (ALU), [[floating point unit]] (FPU), [[control unit]] (CU), [[memory management unit]] (MMU), [[in ...s, and [[FPGA]]. SoCs are capable of running full-fledged modern operating systems with all their features.

...rola]] and was later also manufactured by Fairchild. Many early high-speed systems and [[supercomputers]] made use of those chips. ...ple, the [[Floating Point Systems]] {{fps|FPS-264}} {{arch|64}} [[floating-point]] co-processor which was introduced in February [[1985]] performed 4 to 5 t

...then-new {{intel|Atom}} family. Bonnell, which was named after the highest point in [[wikipedia:Austin, Texas|Austin]] - [[wikipedia:Mount Bonnell|Mount Bon | {{intel|Pine Trail}} || {{intel|Tiger Point}} || {{intel|Pineview|l=core}} || Nettops

** {{intel|Ibex Peak|l=chipset}} → {{intel|Cougar Point}} ...computation ([[SIMD]]) and security instructions which improved [[floating point]] performance and throughput as well as speedup the throughput of various e

...D]] extension. Due to its ability to extend the life of [[Socket 7]]-based systems and being relatively cheap, the K6-2 family of processors became a highly s ...ng point]] SIMD instructions. The addition of {{x86|3DNow!}} gave floating point calculations a serious performance boost and a much necessery boost since [

...dified [[OpenSPARC T1]] core (+L1$), an L1.5 cache, L2 cache, a [[floating-point unit]] (FPU), a CPU Cache-Crossbar (CCX) arbiter, and three [[network on ch ...onference on Architectural Support for Programming Languages and Operating Systems 2016 Mar 25 (pp. 217-232). ACM.

*** Floating Point (96, up from 60) ...e partitioning - every core is an independent core with its own [[floating-point]]/[[SIMD]] units and a [[L2]] cache. Previously, those units were shared be

*** Roughly 5 stages were also eliminated for fixed-point operations *** Up to 8 cycles were eliminated for floating-point operations

Console systems will come with 12 x32 [[GDDR]] chips for a total of 12 [[GiB]] while the de ...oC. The Compute Units operate at 1,172 MHz, each with 64 32-bit [[floating point]] [[multiply-accumulate]] units. At 1.172 GHz with 128 FLOP/cycle this chip

...e was previously two FMA units for doing [[fused multiply-add]] [[floating-point]] operations, in Cascade Lake, new VNNI logic was added to that block which ...a 2-way SMP system which is where those chips are designed to go. In those systems, every die is interconnected to every other die (four in total) over a {{in

...alues. Flexpoint combines the advantages of [[fixed point]] and [[floating point]] by splitting up the [[mantissa]] and the exponent part which is shared ac ...r their [[neural processor]] in [[2017]]. Flexpoint splits up a [[floating point]] value into its two fundamental components: [[mantissa]] and [[exponent]].

Summit is one of three systems as part of the Collaboration of Oak Ridge, Argonne, and Lawrence Livermore The basic compute node is the Power Systems AC922 (Accelerated Computing), formerly codename ''Witherspoon''. The AC922

| Microcontroller || ARMv8-M || Optimized for embedded systems with a highly deterministic operation. | fp || - || Single-precision and double-precision floating point.

...Docs/20746.pdf ÉlanTMSC300 and ÉlanTMSC310 Microcontrollers Solution For Systems Using A Back-Up Battery Application Note]||1997-06|| ...echDocs/22104.pdf PCnet-FAST-MP-KT - Am79C971 Based Evaluation Kit for PCI Systems]||1998-01-01||

...VE-F''' operates on [[half-precision]] and [[single-precision]] [[floating-point]] values ...instructions can be implemented with or without the MVE-F scalar floating-point extension.

...xtract additional performance. In addition to general integer and floating-point performance, Zeus has also been optimized for HPC workloads with wider vect ...olute highest performance such as that found in high-performance computing systems. The Neoverse V1 is an 11-stage out-of-order core with private L1 and L2 ca