
Performance comparsion of various GTX cards (including oc)
Forum rules
Please add your OS and Hardware Configuration in your signature, it makes it easier for us to help you analyze problems. Example: Win 7 64 | Geforce GTX680 | i7 3770 | 16GB
Please add your OS and Hardware Configuration in your signature, it makes it easier for us to help you analyze problems. Example: Win 7 64 | Geforce GTX680 | i7 3770 | 16GB
These cores are not comparable 1 : 1 with Fermi family (ie. they won't give you the same performance), so be a bit less excited to avoid bigger disappointment afterwards 

SW: Octane 3.05 | Linux Mint 18.1 64bit | Blender 2.78 HW: EVGA GTX 1070 | i5 2500K | 16GB RAM Drivers: 375.26
cgmo.net
cgmo.net
- Kevin Sanderson
- Posts: 40
- Joined: Thu Jan 28, 2010 10:34 pm
If it still turns out that even with new drivers that there's no improvement, then at least the older cards will be less expensive!
- freelancah
- Posts: 16
- Joined: Fri Mar 23, 2012 4:39 am
Anyone who can tell me weather the double floating point performance is a defining factor when looking how well Octane performs? I'm just wondering because I haven't seen any comparisons to tesla/Quadro cards here and also in this graph that I linked below the GTX 680 64 bit floating point performance looks very bad:


like pixelrush said, double precision dosn't count for octane. looks like nvida's strategy is a little bit different with kepler to distinct gamer cards from pro cards, because the gk110 chip to be released in q3/q4 might paint a whole different picture (with an again different design).freelancah wrote:Anyone who can tell me weather the double floating point performance is a defining factor when looking how well Octane performs? I'm just wondering because I haven't seen any comparisons to tesla/Quadro cards here and also in this graph that I linked below the GTX 680 64 bit floating point performance looks very bad:
btw, i did some synthetic cuda benchmarks with the gtx 680 and they look promising: http://www.refractivesoftware.com/forum ... 882#p86882
„The obvious is that which is never seen until someone expresses it simply ‟
1x i7 2600K @5.0 (Asrock Z77), 16GB, 2x Asus GTX Titan 6GB @1200/3100/6200
2x i7 2600K @4.5 (P8Z68 -V P), 12GB, 1x EVGA GTX 580 3GB @0900/2200/4400
1x i7 2600K @5.0 (Asrock Z77), 16GB, 2x Asus GTX Titan 6GB @1200/3100/6200
2x i7 2600K @4.5 (P8Z68 -V P), 12GB, 1x EVGA GTX 580 3GB @0900/2200/4400
- mainframefx
- Posts: 127
- Joined: Fri Feb 03, 2012 1:52 pm
- Contact:
Kepler only has 8 SIMD units, the GTX 5x0 cards had 16 units the current AMD card have 32 of those. I think it's obvious why Kepler is slower even though it has way more shader units.
i7-3930K@4,8GHz | 64GB RAM | 2x GTX 560 Ti 448 | Windows 7 x64 SP1
i7-3930K@4,2GHz | 32GB RAM | 1x GTX 560 Ti 448 | Windows 7 x64 SP1
i7-2600K@4,4GHz | 16GB RAM | 1x GTX 560 Ti 448| 1x Quadro 2000D | Windows 7 x64 SP1
i7-3930K@4,2GHz | 32GB RAM | 1x GTX 560 Ti 448 | Windows 7 x64 SP1
i7-2600K@4,4GHz | 16GB RAM | 1x GTX 560 Ti 448| 1x Quadro 2000D | Windows 7 x64 SP1
Cheaper, slightly faster..but on the othe side less of vRam =) though enough for learning pupose and small scenes.justix wrote:So..I rather double my GTX470 with another one than going to a GTX580 instead...
Slightly? I thought I could speed my renders quite a lot as the 448 x 2 = 896 Cuda cores isn't it?glimpse wrote:Cheaper, slightly faster..but on the othe side less of vRam =) though enough for learning pupose and small scenes.justix wrote:So..I rather double my GTX470 with another one than going to a GTX580 instead...
Win 7 64 | 2 X MSI AERO GtX 1070| Intel I7-6850K| 32 GB DDR4 RAM | Asus X99 II-A