General Purpose Desktop GPU Information Page

This page contains one table listing key attributes of general purpose desktop GPU of Nvidia and AMD (ATI). It includes representative GPU products for each architecture but not mean to be comprehensive.

The table is Sortable by clicking a column heading in the top row. Clicking once, the table will be sorted from low to high, and clicking twice, the table will be sorted from high to low.


   Year    Graphics Card GPU Name Fab Process
(nm)
SM Count
(SIMD)
Stream Processors Architecture Company
2006 GeForce 8800 Ultra G80 90 16 128 Tesla Nvidia
2006 GeForce 8800 GTX G80 90 16 128 Tesla Nvidia
2006 ? GeForce 8800 GTS G92 90 12 96 Tesla Nvidia
2007 GeForce 8800 GT G92 65 14 112 Tesla Nvidia
2008 GeForce GTX 280 GT200 65 10 240 Tesla Nvidia
2010 GeForce GTX 480 GF100 40 ? 14 448 Fermi Nvidia
2010 GeForce GTX 570 GF110 40 15 480 Fermi Nvidia
2010 GeForce GTX 580 GF110 40 16 512 Fermi Nvidia
2012 GeForce GTX 670 GK104 28 7 1344 Kepler Nvidia
2012 GeForce GTX 680 GK104 28 8 1536 Kepler Nvidia
2013 GeForce GTX 770 GK104 28 8 1536 Kepler Nvidia
2013 GeForce GTX 780 GK110 28 12 2304 Kepler Nvidia
2013 GeForce GTX 780 Ti GK110 28 15 2880 Kepler Nvidia
2014 GeForce GTX 750 Ti GM107 28 5 640 Maxwell Nvidia
2014 GeForce GTX 970 GM204 28 13 1664 Maxwell Nvidia
2014 GeForce GTX 980 GM204 28 16 2048 Maxwell Nvidia
2015 GeForce GTX 980 Ti GM200 28 22 2816 Maxwell Nvidia
2015 GeForce GTX Titan X GM200 28 24 3072 Maxwell Nvidia
2016 Tesla P100 GP100 16 nm FinFET 56 3360 Pascal Nvidia
2007 Radeon HD 2400 Pro RV610 65 2 40 TeraScale 1 ATI
2007 Radeon HD 2600 XT RV630 65 3 120 TeraScale 1 ATI
2007 Radeon HD 2900 XT R60 PRO 80 4 320 TeraScale 1 ATI
2009 Radeon HD 3410 RV610 65 2 40 TeraScale 1 ATI
2009 Radeon HD 3610 RV630 65 3 120 TeraScale 1 ATI
2007 Radeon HD 3870 RV670 XT 55 4 320 TeraScale 1 ATI
2008 Radeon HD 4350 RV710 55 1 80 TeraScale 1 ATI
2009 Radeon HD 4870 RV770 55 10 800 TeraScale 1 ATI
2009 Radeon HD 4890 RV790 55 10 800 TeraScale 1 ATI
2010 Radeon HD 5450 Cedar 40 2 80 TeraScale 2 (VLIW5) ATI
2009 Radeon HD 5870 Cypress 40 20 1600 TeraScale 2 (VLIW5) ATI
2011 Radeon HD 6350 Cedar PRO 40 2 80 TeraScale 3 (VLIW4) AMD
2011 Radeon HD 6770 Juniper XT 40 10 800 TeraScale 3 (VLIW4) AMD
2010 Radeon HD 6970 Cayman XT 40 24 1536 TeraScale 3 (VLIW4) AMD
2012 Radeon HD 7450 Caicos PRO 40 2 160 TeraScale 2 (VLIW5) AMD
2012 Radeon HD 7670 Turks XT 40 6 480 TeraScale 2 (VLIW5) AMD
2012 Radeon HD 7970 Tahiti XT 28 128 2048 GCN 1.0 AMD
2013 Radeon HD 7730 Cape Verde LE 28 24 384 GCN 1.0 AMD
2013 Radeon HD 8350 Cedar 40 2 80 TeraScale 2 (VLIW5) AMD
2013 Radeon HD 8570 Oland 28 20 320 ? GCN AMD
2013 Radeon HD 8970 Curacao XT 28 160 2560 GCN AMD
2013 Rdeon R7 240 Oland 28 20 320 GCN 1.0 AMD
2014 Radeon R9 280 Tahiti 28 112 1792 GCN 1.0 AMD
2013 Radeon R9 290X Hawaii 28 176 2816 GCN 1.1 AMD
2014 Radeon R9 285 Tonga 28 112 1792 GCN 1.2 AMD
2015 Radeon R9 390 Grenada 28 160 2560 GCN 1.1 AMD
2015 Radeon R9 Nano Fiji 28 256 4096 GCN 1.2 AMD
   Year    Graphics Card GPU Name Fab Process
(nm)
SM Count
(SIMD)
Stream Processors Architecture Company




Notes:

     *:The evolution of GPGPU architecture of Nvidia is: Tesla, Fermi, Kepler, Maxwell, Pascal.

     †:The evolution of GPGPU architecture for AMD (ATI) is: TeraScale, Graphics Core Next (GCN). TeraScale has three iterations: TeraScale 1, TeraScale 2 (VLIW5) and TeraScale 3 (VLIW4). TeraScale2 is used in "Evergreen" series GPUs. GCN also has three iterations: GCN 1.0 (Southern Islands), GCN 1.1 (Sea Islands), GCN 1.2 (Volcanic Islands).

     ‡:The number of streaming processors is the number of unified shader units.

     #:In TeraScale architecture, the SIMD number is equal to the number of compute unit. However, each compute unit in GCN architecture contains 4 SIMDs.

     **:The data of AMD (ATI) GPU is from [1] and [2], while the data of Nvidia GPU mainly from [3] and [4] and whitepapers of the different architectures.



This page is maintained by members of the VLSI Computation Laboratory at UC Davis.



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Last update: June 18, 2016