MIPS architecture processors: Difference between revisions

Revision as of 11:31, 22 August 2018

Revision as of 09:20, 19 January 2019

Line 79:

In recent years{{when|date=May 2013}} most of the technology used in the various MIPS generations has been offered as [[Semiconductor intellectual property core|IP-cores]] (building-blocks) for [[embedded processor]] designs. Both [[32-bit]] and [[64-bit]] basic cores are offered, known as the '''4K''' and '''5K'''. These cores can be mixed with add-in units such as [[Floating-point unit|FPU]]s, [[SIMD]] systems, various input/output devices, etc.

MIPS cores have been commercially successful, now being used in many consumer and industrial applications. MIPS cores can be found in newer [[Cisco]], [[Linksys]] and [[Mikrotik|Mikrotik's routerboard]] routers, [[cable modem]]s and [[Asymmetric Digital Subscriber Line|ADSL]] modems, [[smartcard]]s, [[laser printer]] engines, [[set-top box]]es, [[robot]]s, and hand-held computers. In cellphones and PDAs, MIPS has been largely unable to displace the incumbent, competing [[ARM architecture]].

MIPS architecture processors include: IDT RC32438; ATI/AMD [[Xilleon]]; Alchemy Au1000, 1100, 1200; Broadcom Sentry5; [[RMI Corporation|RMI]] XLR7xx, [[Cavium Networks|Cavium]] Octeon CN30xx, CN31xx, CN36xx, CN38xx and CN5xxx; [[Infineon Technologies]] EasyPort, Amazon, Danube, ADM5120, WildPass, INCA-IP, INCA-IP2; [[Microchip Technology]] PIC32; [[NEC]] EMMA and EMMA2, NEC VR4181A, VR4121, VR4122, VR4181A, VR4300, VR5432, VR5500; [[Oak Technologies]] Generation; [[PMC-Sierra]] RM11200; [[QuickLogic]] QuickMIPS ESP; Toshiba ''Donau'', [[Toshiba]] TMPR492x, TX4925, TX9956, TX7901; [[KOMDIV-32]], [[KOMDIV-64]], [[ELVEES Multicore]] from Russia.