MIPS处理器列表

这是一个基于MIPS指令集架构的列表，其中包括推出年份、制程大小、频率、裸晶尺寸等基本信息。这些处理器是被 Imagination Technologies、MIPS科技公司、Wave Computing、龙芯中科、北京君正等其他公司设计出来。这个列表显示了MIPS处理器的基本信息，包括这些处理器在性能，功能和功能上与最新的MIPS Aptiv系列的对比。

## MIPS计算系统/MIPS科技公司

MIPS版本｜处理器｜推出年份｜制程（nm）｜频率（MHz）｜晶体管 （百万）｜裸晶面积 （mm²）｜针脚数｜功耗(W)｜电压(V)｜缓存（KiB）｜特性

一级（单核）｜二级｜三级

数据｜指令

MIPS I｜R2000｜1985｜2000｜8 to 16.67｜0.11｜80｜64 external｜64 external｜5 stage pipelines, FPU: 2010;

R3000｜1988｜1200｜20 to 40｜0,11｜40｜145｜4｜32｜32｜1 MB external｜same as R2000; FPU: 3010;Sony PlayStation

MIPS II｜R6000｜1990｜60 to 66｜external｜external｜32-bit register size, 36-bit physical address, FPU; A 32 bit ECL microprocessor manufactured by a company called Bipolar Integrated Technology (BIT). Production problems with the chip almost killed MIPS Computers and led to it being taken over by SGI. The CMOS R4000 followed hot on the R6000's heels and was cheaper, cooler, and higher performance as well as being 64 bit so the 6000 quickly become a minor footnote in RISC computing history.

MIPS III｜R4000｜1991｜800｜100｜1.35｜213｜179｜15｜5｜8｜8

R4400｜1992｜600｜100 to 250｜2.3｜186｜179｜15｜5｜8｜8

R4200｜1993｜600｜80｜1.3｜81｜179｜1.8-2.0｜3.3｜8｜16｜128 KB to 4 MB external｜scalar design with a five-stage classic RISC pipeline

R4300i｜1995｜350｜100 / 133｜45｜120｜2.2｜3.3

R4600｜1994｜640｜100 / 133｜2.2｜77｜179｜4.6｜5｜16｜16｜512 KB external

R4650｜1994｜640｜133 / 180｜2.2｜77｜179｜4.6｜5｜16｜16｜512 KB external

R4640｜1995｜640｜179

R4700｜1996｜500｜100 to 200｜2.2｜179｜16｜16｜External

MIPS IV｜R5000｜1996｜350｜150 to 200｜3.7｜84｜223｜10｜3.3｜32｜32｜1 MB external

RM7000｜1998｜250, 180, 130｜250 to 600｜18｜91｜304｜10, 6, 3｜3.3, 2.5, 1.5｜16｜16｜256 KB internal｜1 MB external

R8000｜1994｜700｜75 to 90｜2.6｜299｜591｜30｜3.3｜16｜16｜4 MB external｜superscalar, up to 4 instructions per cycle

R10000｜1996｜350, 250｜150 to 250｜6.7｜350｜599｜30｜3.3｜32｜32｜512 KB – 16 MB external

R12000｜1998｜350, 250｜270 to 360｜7.15｜229｜600｜20｜4｜32｜32｜512 KB – 16 MB external｜single-chip 4-issue superscalar

R12000A｜2000｜180｜400

R14000｜2001｜130｜500｜7.2｜204｜527｜17｜32｜32｜512 KB – 16 MB external

R14000A｜2002｜130｜600｜17｜32｜32

R16000｜2003｜110｜700 to 1000｜20｜64｜64｜512 KB – 16 MB external

R16000A｜2004｜110｜800 to 1000｜64｜64

R18000｜2001｜130｜1.2｜1 MB｜was planned, but not manufactured

MIPS V｜H1 "Beast"｜was planned, but not manufactured

H2 "Captain"｜was planned, but not manufactured

MIPS32｜4K｜1999｜180｜167｜2.5

4KE｜90｜420｜1.2

24K｜2003｜130, 65, 40｜400 (130 nm) 750 (65 nm) 1468 (40 nm)｜0.83｜0 to 64｜0 to 64｜4–16 MB external

24KE｜2003｜130, 65, 40｜ The MIPS32 24KE Core Family: High-Performance RISC Cores with DSP Enhancements

34K｜2006｜90, 65, 40｜500 (90 nm) 1454 (40 nm)

74K｜2007｜65｜1110｜2.5｜0 to 64｜0 to 64

1004K｜2008｜65｜1100｜4.7｜8 to 64｜8 to 64

1074K｜2010｜40｜1500

1074Kf｜2010｜40｜Floating point

microAptiv｜2012｜90, 65｜8 to 64｜8 to 64

interAptiv｜2012｜4 to 64｜4 to 64｜up to 8 MB internal

proAptiv｜2012｜32 or 64｜32 or 64｜up to 8 MB internal

MIPS64｜5K｜1999

20K｜2000

## Imagination Technologies

MIPS Technologies was acquired 17 December 2012, by Imagination Technologies. Since then, the following processors have been introduced by Imagination Technologies.

The Warrior P-Class CPU was announced on .

The CPU IP cores comprising the MIPS Series5 ‘Warrior’ family are based on MIPS32 release 5 and MIPS64 release 6, and will come in three classes of performance and features:

- 'Warrior M-class': entry-level MIPS cores for embedded and microcontroller applications, a progression from the popular microAptiv family
- 'Warrior I-class': mid-range, feature-rich MIPS CPUs following on from the highly efficient interAptiv family. The I6400, with its 64-bit core, was launched September 2014.
- 'Warrior P-class': high-performance MIPS processors building on the proAptiv family

MIPS version｜level｜Processor｜Year｜Process (nm)｜Frequency (GHz)｜Transistors (billions)｜Die area (mm2)｜Pin count｜Power (W)｜Voltage (V)｜D. cache (KB)｜I. cache (KB)｜MMU｜L2 cache｜L3 cache｜Features

MIPS32 Release 5｜Warrior-P｜P5600｜2013｜?｜1.0 to 2.0｜?｜?｜?｜?｜?｜32/64｜32/64｜TLb｜Up to 8 MB external｜VZ, MSA

Warrior-M｜M5100｜2014｜65/28｜0.1 to 0.497｜?｜0.04 to 0.77｜?｜FMT｜VZ

Warrior-M｜M5150｜2014｜65/28｜0.372/0.576｜?｜0.89/0.26｜?｜up to 64｜up to 64｜TLB｜VZ

MIPS64 Release 6｜Warrior-P｜P6600｜2015｜28｜Up to 2.0｜?｜?｜?｜?｜?｜32/64｜32/64｜TLB｜0.5 - 8 MB external｜SMT, VZ

Warrior-I｜I6400｜2014｜28｜1.0｜?｜1/core｜?｜?｜?｜32/64｜32/64｜TLB｜0.5 - 8 MB external｜SMT, VZ

Warrior-M｜M6200｜2015｜65/40/28｜up to 0.750｜?｜0.19｜?｜FMT

Warrior-M｜M6250｜2015｜65/40/28｜up to 0.750｜?｜0.23｜?｜up to 64｜up to 64｜TLB｜XPA

MIPS version｜level｜Processor｜Year｜Process (nm)｜Frequency (GHz)｜Transistors (billions)｜Die area (mm2)｜Pin count｜Power (W)｜Voltage (V)｜D. cache (KB)｜I. cache (KB)｜MMU｜L2 cache｜L3 cache｜Features

## 龙芯中科

系列｜型号｜频率（MHz）｜指令集架构｜微架构｜推出年份｜核心数目｜制程（nm）｜晶体管（百万）｜裸晶面积（mm²）｜功耗（W）｜电压（V）｜缓存（KiB）｜峰值浮点性能（GFLOPS）｜备注

一级（单核）｜二级｜三级

数据｜指令

Godson｜1｜266｜MIPS-II 32-bit｜不适用｜2001｜1｜180｜22｜71.4｜1.0｜未知｜8｜8｜不适用｜不适用｜0.6

FCR_SOC｜266｜MIPS-II 32-bit｜不适用｜2007｜1｜180｜未知｜未知｜未知｜未知｜8｜8｜不适用｜不适用｜0.6

2B｜250｜MIPS-III 64-bit｜不适用｜2003｜1｜180｜未知｜未知｜未知｜未知｜32｜32｜不适用｜不适用｜未知

2C｜450｜MIPS-III 64-bit｜不适用｜2004｜1｜180｜13.5｜41.5｜未知｜未知｜64｜64｜不适用｜不适用｜未知

2E｜1000｜MIPS-III 64-bit｜GS464 (r1)（原型）｜2006｜1｜90｜47｜36｜7｜1.2｜64｜64｜512｜不适用｜未知

龙芯１｜1A｜300｜MIPS32｜GS232｜2010｜1｜130｜22｜71.4｜1.0｜未知｜16｜16｜不适用｜不适用｜0.6

1B｜266｜MIPS32｜GS232｜2010｜1｜130｜13.3｜28｜0.6｜未知｜8｜8｜不适用｜不适用｜未知

1C｜300｜MIPS32｜GS232｜2013｜1｜130｜11.1｜28.3｜0.5｜未知｜16｜16｜不适用｜不适用｜未知

1C101｜8｜MIPS32｜GS132R｜2018｜1｜130｜未知｜未知｜未知｜未知｜不适用｜不适用｜不适用｜不适用｜未知

1D｜8｜MIPS32｜GS132｜2014｜1｜130｜1｜6｜3 × 10−5｜未知｜不适用｜不适用｜不适用｜不适用｜未知

龙芯２｜2F｜1200｜MIPS-III 64-bit｜GS464 (r1)｜2007｜1｜90｜51｜43｜5｜1.2｜64｜64｜512｜不适用｜3.2

2G｜1000｜MIPS64｜GS464 (r2)｜2012｜1｜65｜未知｜未知｜未知｜1.15｜64｜64｜4096｜不适用｜未知

2GP｜800｜MIPS64｜GS464 (r2)｜2013｜1｜65｜82｜65.7｜8｜1.15｜64｜64｜1024｜3.2

2I

2H｜1000｜MIPS64｜GS464 (r2)｜2012｜1｜65｜152｜117｜5｜1.15｜64｜64｜512｜不适用｜4

2J0800｜800｜MIPS64｜GS464 (r2)｜2013｜1｜65｜未知｜未知｜8｜1.1｜64｜64｜1024｜不适用｜未知

2J1500｜800｜MIPS64｜GS464E｜2016｜1｜40｜未知｜未知｜8｜未知｜64｜64｜1024｜不适用｜未知

2K1000｜1000｜MIPS64 Release 2 LoongISA1.0｜GS264｜2017｜2｜40｜1900｜79｜5｜1.1｜32｜32｜256 × 2｜1024｜8

龙芯３｜3A1000｜1000｜MIPS64 Release 2｜GS464 (r2)｜2009｜4｜65｜425｜174.5｜10｜1.15｜64｜64｜256 × 4｜不适用｜16

3B1000｜1000｜MIPS64 Release 2｜GS464v｜2010｜4+4｜65｜＞ 600｜未知｜20｜1.15｜64｜64｜128 × 8｜不适用｜128

3B1500｜1200–1500｜MIPS64 Release 2｜GS464v｜2012｜4+4｜32｜1140｜142.5｜30（典型）60（向量）｜1.15–1.35｜64｜64｜128 × 8｜8192｜150

3A1500-I｜800–1000｜MIPS64 Release 2 LoongISA1.0｜GS464E｜2015｜4｜40｜621｜202.3｜15｜1.15–1.25｜64｜64｜256 × 4｜4096｜16

3A2000 3B2000

3A3000｜1500｜MIPS64 Release 2 LoongISA1.0｜GS464E｜2016｜4｜28｜＞ 1200｜155.78｜30｜1.15–1.25｜64｜64｜256 × 4｜8192｜24

3B3000

3A4000｜1800-2000｜MIPS64 Release 5 LoongISA2.0｜GS464V(GS464EV)｜2019｜4｜28｜?｜?｜30@1.6GHz 40@1.8GHZ 50@2.0GHz｜0.95-1.25｜64｜64｜256 x 4｜8192｜128

3B4000

## 北京君正

<image>

SoCs incorporating the XBurst microarchitecture:

Model｜Launch｜Fab (nm)｜XBurst1｜FPU｜GPU｜VPU｜Datasheet｜Package｜Notes

version｜Core clock (MHz)｜L1 DcachekB｜L1 IcachekB｜L2 cachekB

Jz4720｜2005｜180｜MIPS32 rev1｜240｜16｜16｜N/A｜N/A｜N/A｜N/A｜ Jz4720

Jz4725B｜2005｜160｜360｜ Jz4725

Jz4730｜2005｜180｜336｜ Jz4730

Jz4740｜2007｜180｜MIPS32 rev1 + SIMD｜360｜ Jz4740｜adds RMVB, MPEG-1/2/4 decoding capability up to D-1 resolution thanks to SIMD instruction set

Jz4750｜2009｜180｜MIPS32 rev1 + SIMD2｜360｜480p｜ Jz4750｜adds TV encoder

Jz4755｜2009｜160｜400｜576P｜ Jz4755｜QFP176｜second core is for video processing only

Jz4760｜2010｜130｜600｜yes｜Vivante GC200｜720p｜ JZ4760 JZ4760B｜BGA345｜second core is for video processing only, IEEE754-complient FPU

Jz4770｜2011｜65｜MIPS32 rev2 + SIMD2｜1000｜256｜yes｜Vivante GC860｜1080p｜ JZ4770｜BGA379｜1080p video decoding unit for h.264, VC-1 and VP8 (a secondary 500 MHz MIPS processor with SIMD extension)

Jz4775｜65｜MIPS32 rev2 + SIMD2｜1000｜32｜32｜256｜yes｜X2D Core｜720p｜ JZ4775｜BGA314｜720p video decoding unit for h.264, VC-1 and VP8 (a secondary 500 MHz MIPS processor with SIMD extension)

Jz4780｜2012｜40｜Dual MIPS32 rev2 + SIMD2｜1200｜32 each｜32 each｜512｜yes｜PowerVR SGX 540｜1080p｜ JZ4780｜BGA390｜Dual core (SMP) XBurst CPU, 1080p video decoding unit for h.264, VC-1 and VP8 (a secondary 500 MHz MIPS processor with SIMD extension)

## 其他公司

A number of companies licensed the MIPS architecture and developed their own processors.

MIPS version｜Licensee｜Processor｜Features｜Year｜Process (nm)｜Frequency (MHz)｜Transistors (millions)｜Die size (mm2)｜Pin count｜Power (W)｜Voltage (V)｜D. cache (KB)｜I. cache (KB)｜MMU｜L2 cache｜L3 cache

MIPS III｜Sony Computer Entertainment + Toshiba｜Emotion Engine

MIPS32｜Alchemy Semiconductor｜Au1

Broadcom｜BMIPS3000

BMIPS4000

BMIPS5000｜1300

BCM53001｜65｜400｜32｜32

BCM1255

MIPS64｜SiByte｜SB1

Broadcom｜BCM1125H｜400-800｜4w @ 400 MHz｜32｜32｜yes｜256 KB

BCM1255｜Dual-core, DDR2, 4× Gigabit LAN｜800-1200｜13 W @ 1 GHz｜32｜32｜yes｜512 KB

Cavium｜Octeon: CN30xx, CN31xx, CN36xx, CN38xx｜2006

Octeon Plus: CN5xxx｜2007

Octeon II: CN6xxx｜2009

Octeon III: CN7xxx｜2012

NEC｜VR4305

VR4310

NXP Semiconductors｜??

??

MIPS version｜Licensee｜Processor｜Features｜Year｜Process (nm)｜Frequency (MHz)｜Transistors (millions)｜Die size (mm2)｜Pin count｜Power (W)｜Voltage (V)｜D. cache (KB)｜I. cache (KB)｜MMU｜L2 cache｜L3 cache

## 另见

- PhysX P1 - A multi-core physics processing unit that contains MIPS cores