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opengl:gameconsole:devicelist

Video Game Console スペック一覧

Spec

Small console SoC CPU CPU clock core thread CPU ISA endian CPU FLOPS GE GPU GPU clock fop GPU FLOPS GPU Gen RAM VRAM Mem BW Vram BW
2017 Fire TV Stick 2017 MediaTek MT8127D Cortex-A7 1.3GHz 4 4 ARMv7A LE 32 10.4G GPU Mali-450MP4 ES 2.0 1GB
2016 Air Stick Snapdragon 410 Cortex-A53 1.2GHz 4 4 ARMv8A LE 64 38.4G GPU Adreno 306 ES 3.0
2015 SHIELD Android TV Tegra X1 Cortex-A57 2.1GHz 4 4 ARMv8A LE 64 67.2G GPU Maxwell (256) 1000MHz 512 512.0G DX12 3GB – 25.6GB/s –
2015 Apple TV Apple A8 Typhoon 1.4GHz 2 2 ARMv8A LE 64 44.8G GPU PowerVR GX6450 ? 256 ? DX11/ES3.1 2GB TB ? –
2015 Fire TV 2015 MediaTek MT8173C A72 + A53 2.0+1.6 2+2 2+2 ARMv8A LE 64 38.4G GPU PowerVR GX6250 600MHz 128 76.8 DX11/ES3.1 2GB TB ? –
2014 Nexus Player Atom Z3560 Silvermont 1.8GHz 4 4 x86/x64 LE 32 43.2G GPU PowerVR G6430 457-533 256 117-136G DX10/ES3.1 1GB TB 12.8GB/s –
2014 Fire TV 2014 Snapdragon 600 APQ8064T Krait 300 1.7GHz 4 4 ARMv7A LE 32 54.4G GPU Adreno 320 400MHz 216 86.4G DX10/ES3.0 2GB TB 8.5GB/s –
2014 Fire TV Stick Broadcom BCM28155 Cortex-A9 1.0GHz 2 2 ARMv7A LE 32 8.0G GPU VideoCore IV ? 32? ? DX9/ES2.0 1GB TB ? –
2013 PS Vita TV – Cortex-A9 ?GHz 4 4 ARMv7A LE 32 ? GPU PVR SGX543MP4+ ? 128 ? DX9 512MB 128MB ? ?
2013 OUYA Tegra3 T33 Cortex-A9 1.7GHz 4 4 ARMv7A LE 32 27.2G GPU ULP GeForce(12) 520MHz 8(24) (*1) 4.2(12.5) DX9/ES2.0 1GB – 6.4GB/s –
2013 GAME STICK Amlogic 8726-MX Cortex-A9 1.5GHz 2 2 ARMv7A LE 32 12.0G GPU Mali-400MP2 400MHz 4(20) (*1) 1.6(8.0) DX9/ES2.0 1GB TB ? –
Large console SoC CPU CPU clock core thread CPU ISA endian CPU FLOPS GE GPU GPU clock fop GPU FLOPS GPU Gen RAM VRAM Mem BW Vram BW
2017 Xbox One X Scorpio Engine Jaguar 2.3GHz 8 8 x64 LE 64 147.2G GPU RADEON Polaris 1172MHz 5120 6000.6G DX12 12GB – 326.4GB/s –
2017 Nintendo Switch Tegra Cortex ?GHz ? ? ARMv8A LE 64 ? GPU GeForce ?
2016 Xbox One S Jaguar 1.75GHz 8 8 x64 LE 64 112.0G GPU RADEON HD 77xx 914MHz 1536 1403.9G DX12 8GB 32MB 68.3GB/s
2016 PS4 Pro – Jaguar 2.1GHz 8 8 x64 LE 64 134.4G GPU RADEON RX 480 911MHz 4608 4197.9G DX12 8GB – 217.0GB/s –
2015 ZOTAC NEN SteamMachine – Core i5-6400T 2.2GHz 4 4 x64 LE 64 140.8G GPU GeForce GTX 960 2560 DX12 8GB 3GB
2013 PS 4 – Jaguar 1.6GHz 8 8 x64 LE 64 102.4G GPU RADEON HD 78xx 800MHz 2304 1840.0G DX11 8GB – 176.0GB/s –
2013 Xbox One – Jaguar 1.75GHz 8 8 x64 LE 64 112.0G GPU RADEON HD 77xx 853MHz 1536 1310.0G DX11 8GB 32MB 68.3GB/s 204GB/s
2012 Wii U – PowerPC ? 3 3 PPC32? BE 32 ? GPU RADEON HD 46xx ? ? ? DX10 2GB – ? ?
Mobile SoC CPU CPU clock core thread CPU ISA endian CPU FLOPS GE GPU GPU clock fop GPU FLOPS GPU Gen RAM VRAM Mem BW Vram BW
2014 SHIELD Tablet Tegra K1 Cortex-A15 2.2GHz 4 4 ARMv7A LE 32 70.4G GPU Kepler (192) 950MHz? 384 364.8G? DX12/ES3.2 2GB – 17.0GB/s –
2013 SHIELD Portable Tegra 4 Cortex-A15 1.9GHz 4 4 ARMv7A LE 32 60.8G GPU ULP GeForce(72) 672MHz 48(144) (*1) 32.3(96.8) DX9/ES2.0 2GB – 14.9GB/s –
2011 PS Vita – Cortex-A9 ? 4 4 ARMv7A LE 32 ? GPU PVR SGX543MP4+ ? 128 ? DX9 512MB 128MB ? ?
2004 PSP – MIPS R4000 333MHz 1 1 MIPS64 LE 64 2.6G GPU ? 166MHz – – DX7 32MB 2MB 2.6GB/s 5.3GB/s
2014 New 3DS – ARM11MPcore ? 2 2 ARMv6 LE 32 ? GPU PICA200 ? – – DX7 ? ? ? ?
2011 3DS – ARM11MPcore ? 2 2 ARMv6 LE 32 ? GPU PICA200 ? – – DX7 ? ? ? ?
2004 DS – ARM946E-S 67MHz 1 1 ARMv5TE LE 32 – GPU ? ? – – DX7 4MB 0.65MB ? ?
Legacy console SoC CPU CPU clock core thread CPU ISA endian CPU FLOPS GE GPU GPU clock fop GPU FLOPS GPU Gen RAM VRAM Mem BW Vram BW
2006 PS 3 – Cell BE 3.2GHz 8 9 PPC64(PPE) BE 64 218.0G GPU GeForce 78xx 550MHz – 192.0G? DX9 256MB 256MB 25.6GB/s 22.4GB/s
2005 Xbox 360 – PowerPC 3.2GHz 3 6 PPC64 BE 64 115.2G GPU RADEON R500 500MHz 480 240.0G DX9 512MB 10MB 22.4GB/s 32.0GB/s
2006 Wii – PowerPC ? 1 1 PPC32 BE 32 ? GPU Hollywood ? – – DX7 ? ? ? ?
2001 Xbox 1 – Pentium 3 733MHz 1 1 x86 LE 32 1.5G GPU GeForce 3.5 233MHz 16 (*3) 3.7G? DX8 64MB – 6.4GB/s –
2001 GC – PowerPC 485MHz 1 1 PPC32 BE 32 1.9G GPU Flipper 162MHz – – DX7 24MB 2MB 2.4GB/s 10.4GB/s
2000 PS 2 – MIPS EE 295MHz 1 1 MIPS64 LE 64 6.2G EE GS 147MHz – – DX5 32MB 4MB 3.2GB/s 48.0GB/s
1998 Dreamcast – SH4 200MHz 1 1 SH 32 LE 32 1.4G CPU PowerVR2 CLX2 100MHz – – DX5 16MB 8MB ? ?
1996 N64 – MIPS VR4300 94MHz 1 1 MIPS64 BE 64 – SP ? ? – – – 4MB – 500MB/s –
1994 PS 1 – MIPS R3000A 34MHz 1 1 MIPS32 LE 32 – GTE ? ? – – – 2MB 1MB 132MB/s ?
1994 Sega Saturn – SH2 29MHz 2 2 SH 32 BE 32 – CPU ? ? – – – 2MB 1.5MB ? ?
比較用
tablet 他 SoC CPU CPU clock core thread CPU ISA endian CPU FLOPS GE GPU GPU clock fop GPU FLOPS GPU Gen RAM VRAM Mem BW Vram BW
2015 iPad Pro 12 Apple A9X Twister 2.25GHz 2 2 ARMv8A LE 64 108.0G GPU PowerVR 7XT MP12 4GB TB 51.2GB/s –
2014 Nexus 9 Tegra K1 Denver 2.3GHz 2 2 ARMv8A LE 64 55.2G GPU Kepler (192) 950MHz? 384 364.8G? DX11 2GB – 17.0GB/s –
2014 iPad Air 2 Apple A8X Typhoon 1.5GHz 3 3 ARMv8A LE 64 72.0G GPU PowerVR GX6850 250MHz 512 230.4G DX11 2GB TB 25.6GB/s –
2014 Nexus 6 Snapdragon 805 APQ8084 Krait 450 2.7GHz 4 4 ARMv7A LE 32 86.4G GPU Adreno 420 500MHz 288 144.0G DX11 3GB TB 25.6GB/s –
2013 Kindle Fire HDX 7 Snapdragon 800 MSM8974 Krait 400 2.2GHz 4 4 ARMv7A LE 32 70.4G GPU Adreno 330 450MHz 288 129.6G DX10 2GB TB 12.8GB/s –
2013 iPad Air Apple A7 Cyclone 1.4GHz 2 2 ARMv8A LE 64 44.8G GPU PowerVR G6430 450MHz 256 115.2G DX10 1GB TB 12.8GB/s –
2013 Nexus 7 2013 Snapdragon S4 Pro APQ8064 Krait 1.5GHz 4 4 ARMv7A LE 32 48.0G GPU Adreno 320 400MHz 144 57.6G DX10 2GB TB 8.5GB/s –
2012 iPad 4 Apple A6X Swift 1.4GHz 2 2 ARMv7A LE 32 22.4G GPU PowerVR SGX554MP4 266MHz 256 (*2) 68.1G DX9 1GB TB 17.0GB/s –
2013 Miix 2 8 Atom Z3740 Bay Trail-T Silvermont 1.3-1.86 4 4 x86/x64 LE 32 31.2-44.64 GPU Intel HD Graphics 311-667 64 19.9G-42.7G DX11 2GB – 17.1GB/s –
2013 Tegra Note 7 Tegra 4 Cortex-A15 1.8GHz 4 4 ARMv7A LE 32 57.6G GPU ULP GeForce(72) 672MHz 48(144) (*1) 32.3(96.8) DX9 1GB – 12.8GB/s –
2013 Iconia W3 Atom Z2760 Clover Trail Saltwell 1.8GHz 2 4 x86 LE 32 21.6G GPU PowerVR SGX545 533MHz 16 (*2) 8.5G DX9 2GB TB 6.4GB/s –
2016 Raspberry Pi 3 BMC2837 Cortex-A53 1.2GHz 4 4 ARMv8A LE 64 38.4G GPU Videocore IV 300MHz 48 28.8G DX9 1GB TB 3.2GB/s –
2015 Raspberry Pi 2 BMC2836 Cortex-A7 900MHz 4 4 ARMv7A LE 32 7.2G GPU Videocore IV 250MHz 48 24.0G DX9 1GB TB 3.2GB/s –
2012 Raspberry Pi BMC2835 ARM1176JZFS 700MHz 1 1 ARMv6 LE 32 0.7G GPU Videocore IV 250MHz 48 24.0G DX9 512MB TB 3.2GB/s? –
2012 Nexus 7 2012 Tegra3 T30L Cortex-A9 1.2GHz 4 4 ARMv7A LE 32 19.2G GPU ULP GeForce(12) 416MHz 8(24) (*1) 3.3(10.0) DX9 1GB – 5.3GB/s –

spec

  • LE= Little endian, BE=Big endian
  • FLOPS は single precision (fp32) のみ, ただし GPU の (*1) は fp32未満
  • GPU FLOPS は Programmable Shader のみで固定機能含まず
  • TB= Tile-Base (on chip buffer)
(*1)
Tegra4       4PixelPipe x 3ALU x 4MAD + 6VPE x 4MAD = 72,  72 x 2(mad) x 0.672(clock) = 96.768   (fp32: 32.256)
Tegra3       2PixelPipe x 1ALU x 4MAD + 1VPE x 4MAD = 12,  12 x 2(mad) x 0.520(clock) = 12.48    (fp32:  4.16 )
Mali-400MP2  2PixelCore x4MAD + 1VertexCore x 2MAD = 10, 10 x 2(mad) x 0.4(clock) = 8            (fp32:  1.6  )

Tegra の Pixel ALU は fp20 (mediump) で精度が低い。
同様に Mali-400 の Pixel ALU は fp16 (mediump) での値。
Tegra/Mali-400 以外は fp32 なので厳密に fp32 (single fp) で比較するならこの両者の数値は大幅に下る。
(*2)
逆に PowerVR SGX は Tegra/Mali-400 同様の mediump (fp16) に下げれば演算能力は倍増する。
(*3)
vertex 2(pipe) x 4(simd) x 2(mad) x 0.233(clock) = 3.728
pixel 4(pipe) x 4(simd) x 3(mad) x 2(alu) x 0.233(clock) = 22.368 (fixed 9)
opengl/gameconsole/devicelist.txt · 最終更新: 2017/09/01 22:44 by oga
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