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| name = MIPS-X | predecessor = [[Stanford MIPS]] ...

| developer = [[MIPS Technologies|MIPS Computer Systems, Inc.]] | supported_platforms = [[MIPS architecture]] ...

{{distinguish|MIPS architecture|MIPS-X}} | name = Stanford MIPS ...

...Microsoft]] and supported the [[MIPS Technologies]] [[R4000]] or [[R4400]] microprocessors. [[Category:MIPS architecture]] ...

...kstation]]s made by [[NEC]] in the mid-1990s, based on [[MIPS architecture|MIPS]] [[RISC]] [[microprocessor]]s and designed to run [[Microsoft]] [[Windows ...based on a modified [[Jazz (computer)|Jazz]] architecture licensed from [[MIPS Computer Systems, Inc.]] (and which was originally designed by Microsoft). ...

...o 3.0 [[Instructions per second#Millions of instructions per second (MIPS)|MIPS]] at 16 MHz speed. It offers from 70 to 80 percent of the performance [[Category:Intel x86 microprocessors|80376]] ...

...ww.sgi.com/services/support/irix_mips.html End of General Availability for MIPS IRIX Products -- December 2006]</ref> ...contains two or four [[MIPS architecture|MIPS]] [[R10000#R16000|R16000]] [[microprocessors]] clocked at 600 or 700&nbsp;MHz with 4 MB of [[ECC memory|ECC]] [[L2 cache ...

...expanded 10&ndash;15 [[megahertz|MHz]] version of the [[MIPS architecture|MIPS]] [[R3000]] [[central processing unit|CPU]]. Mongoose-V was developed by Sy [[Category:MIPS implementations]] ...

...cNUMA]] [[SGI Origin 2000]] systems. It contains 6,144 [[MIPS architecture|MIPS]] [[R10000]] [[microprocessor]]s in 48 systems, each with 128 CPUs, connect [[Category:MIPS architecture]] ...

| designer = [[MIPS Computer Systems]] ...lementation, succeeding the [[R2000 microprocessor|R2000]] as the flagship MIPS microprocessor. It operated at 20, 25 and 33.33&nbsp;MHz. ...

...access-date=2012-09-25 | publisher=PDAdb.net}}</ref> and 66&nbsp;MHz, 10.8 MIPS for the '''DragonBall Super VZ''' (MC68SZ328). [[Category:68k microprocessors]] ...

...when [[Silicon Graphics|SGI]] bought MIPS Technologies. SGI cancelled the MIPS Magnum line to promote their own workstations including the entry-level [[S ...systems, both [[Linux]] and [[NetBSD]] have been ported to the Jazz-based MIPS Magnum machines. ...

...V1.1) [[Instructions_per_second#Millions_of_instructions_per_second_(MIPS)|MIPS]].<ref>Intel Corporation, "New Product Focus: OEM: Speed-Doubling Technolog [[Category:Intel x86 microprocessors|80486DX2]]<!--For the sake of sorting within category--> ...

{{Short description|MIPS microprocessor}} [[File:KL Toshiba MIPS R4000.jpg|thumb|A Toshiba R4000 microprocessor]] ...

...fect Design]] (QED) in 1996. The project was funded by [[MIPS Technologies|MIPS Technologies, Inc]] (MTI), also the licensor. MTI then licensed the design ...the [[compiler]] in the branch-likely instructions first introduced in the MIPS II architecture to determine how likely a branch is taken. ...

| extensions = None, but [[MDMX]] & [[MIPS-3D]] could be used ...scientist)|David A. Patterson]], the principal designers of the [[Stanford MIPS]] and the [[Berkeley RISC]] designs (respectively), the two benchmark examp ...

...ef name="Hsu 1994">Hsu 1994</ref> It was the first implementation of the [[MIPS IV]] [[instruction set architecture]]. The R8000 is also known as the ''TFP ...truction set computer]] (RISC) microprocessors. It was predicted that RISC microprocessors would eventually match the performance of more expensive and larger superco ...

...was MIPS' original mission. Soon after, [[Silicon Graphics|SGI]] purchased MIPS. [[Integrated Device Technology|IDT]] was a major funder and customer for t The original product plan for QED was to build a MIPS microprocessor for a laptop computer. This was during the [[Advanced Comput ...

...M]] interface. The CPU is capable of 100 [[Million instructions per second|MIPS]]. The chip is able to run the [[Linux kernel]] without modifications excep * A 200 [[Instructions per second|MIPS]] 32-bit [[Reduced instruction set computing|RISC]] CRIS CPU core with 16&n ...

* [[VEGA Microprocessors]] ==MIPS Technologies== ...