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==Uses==
Array programming is very well suited to [[implicit parallelization]]; a topic of much research nowadays. Further, [[Intel]] and compatible CPUs developed and produced after 1997 contained various instruction set extensions, starting from [[MMX (instruction set)|MMX]] and continuing through [[SSSE3]] and [[3DNow!]], which include rudimentary [[Single instruction, multiple data|SIMD]] array capabilities. This has continued into the 2020s with instruction sets such as [[AVX-512]], making modern CPUs sophisticated vector processors. Array processing is distinct from [[parallel computing|parallel processing]] in that one physical processor performs operations on a group of items simultaneously while parallel processing aims to split a larger problem into smaller ones ([[Multiple instruction, multiple data|MIMD]]) to be solved piecemeal by numerous processors. Processors with [[Multi-core processor|multiple cores]] and [[Graphics processing unit|GPU]]s with thousands of [[General-purpose computing on graphics processing units (software)|general computing cores]] are common as of 2023.
==Languages==
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