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eVGA GTX 460 768MB Superclocked Review

Rating: 9.0.

GTX460 is ‘Fermi done right’ That’s what nVidia wants us to believe after a tough year. On Wednesday 30th September 2009, Jen Hsun Huang stood on a global stage with a ‘Fermi card’ in his hand and the watching world was treated to a series of demonstrations. Subsequently, we were told by nVidia that while the card itself was a mock-up, the demos had been generated on Fermi. Given that the vast majority of users will never spend more than £200 on a card, nVidia has been desperately looking forward to launching a competitive Fermi product into the ‘affordable price space’. KitGuru pulls out the spanner and oscilloscope to see if GTX460 delivers.


If the card shown last September HAD been production silicon, where would nVidia be now?

Today we see the release of the GTX 460, the baby brother in the Fermi series. nVidia says that it consumes less power, generates less heat and has been priced to tackle the HD5830. They are targeting the only card in the 5 series range which (KitGuru feels) is underpowered and overpriced. From the results we’ve seen in the KitGuru Labs, nVidia can afford to be a bit more confident than that. Quite a bit more.

The GTX 460 is going to hit the UK market at £175 inc vat, a very sweet spot indeed for gamers who still want a viable partner for their swanky 24 inch screen, without having spending a small fortune. We will be having a look at performance from this reference card.

Today however KitGuru is going to be focusing on the eVGA GTX 460 Superclocked Edition which is being released at around £195 inc vat and comes with a hefty overclock on the core (88mhz) and 50mhz (200mhz effective) on the memory.

Here is the current lineup from nVidia with the eVGA Superclocked card included in the mix.

Model Geforce GTX 460 768MB eVGA GTX 460 Superclocked 768MB Geforce GTX 465 Geforce GTX 470 Geforce GTX 480
Graphics Processing Clusters 2 2 3 4 4
Streaming Multiprocessors 7 7 11 14 15
CUDA Cores 336 336 352 448 480
Texture Units 56 56 44 56 50
ROP Units 24 24 32 40 48
Graphics Clock (Fixed Function Units) 675mhz 763mhz 607mhz 607mhz 700mhz
Processor Clock (CUDA Cores) 1350mhz 1526mhz 1215mhz 1215mhz 1401mhz
Memory Clock (Clock Rate/Data Rate) 900mhz/3600mhz 950mhz/3800mhz 802mhz/3206mhz 837mhz/3348 mhz 924 mhz/3696mhz
Total Video Memory 768MB 768MB 1024MB 1280MB 1536MB
Memory Interface 192-bit 192-bit 256-bit 320-bit 384-bit
Total Memory Bandwidth 86.4GB/s 91.2GB/s 102.6 GB/s 133.9 GB/s 177.4 GB/s
Texture Filtering Rate (Bilinear) 37.8 Gigatexels/sec 37.8 Gigatexels/sec 26.7 Gigatexels/sec 34.0 GigaTexels/sec 42.0 GigaTexels/sec
Fabrication process 40nm 40nm 40nm 40nm 40nm
Connectors 2x Dual Link DVI-I1x Mini HDMI 2x Dual Link DVI-I1x Mini HDMI 2x Dual Link DVI-I1x Mini HDMI 2x Dual Link DVI-I1x Mini HDMI 2x Dual Link DVI-I1x Mini HDMI
Form Factor Dual Slot Dual Slot Dual Slot Dual Slot Dual Slot
Power Connectors 2x6pin 2x6pin 2x6pin 2x6pin 1x6pin, 1x8pin
Recommended Power Supply 450 watts 450 watts 550 watts 550 watts 650 watts
Thermal Design Power 150 watts 150 watts 200 watts 215 watts 250 watts
Thermal Threshold 104c 104c 105c 105c 105c

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