Save on electricity bill in games where you dont need 200-300 fps? So everytime it goes over 100 fps or so, it ll go abit easier? so you get a smooth 100 fps experiance at lower power watt usage?
Isn't that what vsync buys you?
Save on electricity bill in games where you dont need 200-300 fps? So everytime it goes over 100 fps or so, it ll go abit easier? so you get a smooth 100 fps experiance at lower power watt usage?
Save on electricity bill in games where you dont need 200-300 fps? So everytime it goes over 100 fps or so, it ll go abit easier? so you get a smooth 100 fps experiance at lower power watt usage?
Isn't that what vsync buys you?
Isn't that what vsync buys you?
Triple buffering uses the full power of the video card.Isn't that what vsync buys you?
The name gives a lot away: triple buffering uses three buffers instead of two. This additional buffer gives the computer enough space to keep a buffer locked while it is being sent to the monitor (to avoid tearing) while also not preventing the software from drawing as fast as it possibly can (even with one locked buffer there are still two that the software can bounce back and forth between). The software draws back and forth between the two back buffers and (at best) once every refresh the front buffer is swapped for the back buffer containing the most recently completed fully rendered frame. This does take up some extra space in memory on the graphics card (about 15 to 25MB), but with modern graphics card dropping at least 512MB on board this extra space is no longer a real issue.
In other words, with triple buffering we get the same high actual performance and similar decreased input lag of a vsync disabled setup while achieving the visual quality and smoothness of leaving vsync enabled.
Now, it is important to note, that when you look at the "frame rate" of a triple buffered game, you will not see the actual "performance." This is because frame counters like FRAPS only count the number of times the front buffer (the one currently being sent to the monitor) is swapped out. In double buffering, this happens with every frame even if the next frames done after the monitor is finished receiving and drawing the current frame (meaning that it might not be displayed at all if another frame is completed before the next refresh). With triple buffering, front buffer swaps only happen at most once per vsync.
To be honest, I'd find that quite disappointing. It leaves people who don't want a dual gpu performance solution with only one option at the high end: the 580.
if the 6970 is beating the 570 by ~25% at a 190watt cap limit... man oh man... imagine what happends when you remove the 190watt cap, and overclock these cards? This would def. kill the 580 sales, if the 6970 is selling cheaper and beating it at a lower power usage.
Then theres people on forums saying the oc like champs. Im looking forwards to the reviews abit more now 🙂
if the 6970 is beating the 570 by ~25% at a 190watt cap limit... man oh man... imagine what happends when you remove the 190watt cap, and overclock these cards? This would def. kill the 580 sales, if the 6970 is selling cheaper and beating it at a lower power usage.
Then theres people on forums saying the oc like champs. Im looking forwards to the reviews abit more now 🙂
I would think that purposely lowering the power a card uses could be done very easily through software, I don't see AMD expecting us to open our PC case and flip that little switch every time I exit Torchlight to fire up Crysis. We already can overvolt/undervolt most reference cards. We can already adjust the clock speed of the memory and GPU via software, it's even included in CCC. I can't see a little physical switch being for that reason.
Isn't that what vsync buys you?
GTX 460 768MB = £105 - £115
5830 1024MB = £115-£130 **EOL** ***Practically 5850 performance - BARGAIN***
6850 1024MB = £130-£140
GTX 460 1024MB = £140-£160
5850 1024MB = £130-£150 **EOL** ***Stock None Existent***
6870 1024MB = £170-£190
5870 1024MB = £180-£200 **EOL** ***Nothing sub £200 beats this***
GTX 470 1280MB = £190-£220 **EOL**
6950 2048MB = £220-£230 ***Expect £10 price increase in January***
GTX 480 1536MB = £250-£270 **EOL**
GTX 570 1280MB = £250-£290
6970 2048MB = £285 - £320 ***Expect £20 price increase in January***
GTX 580 1536MB = £350-£450 **Supply & Demand will keep this high**
6990 4096MB = £450-£500
5-10% slower than the 580 but $100 cheaper is a-okay in my book
Kitguru is concurring with a new Fudzilla, webicle.
AMD HD6970 slower than nVidia GTX580, confirmed by Fudzilla
KitGuru says: So there you have it, HD6970 is markedly slower than the GTX580, although it should also be significantly cheaper also.
Hopefully for AMD it beats the 580
Kitguru is concurring with a new Fudzilla, webicle.
AMD HD6970 slower than nVidia GTX580, confirmed by Fudzilla
KitGuru says: So there you have it, HD6970 is markedly slower than the GTX580, although it should also be significantly cheaper also.
:thumbsdown: 3dMark11 is not a real game.
Remember this?
June 16, 2008
GTX280 - $649 MSRP
GTX260 - $399 MSRP
June 25, 2008
HD4870 - $299 MSRP
Performance is only 1 part of the equation - we still need price. If HD6970 arrives at $349 with performance between GTX570 and 580, it's game over for both of those NV cards.
I paid less than the cost of a 4870 for my 260 (at the time). Don't forget that the 5xxx series actually went up in price after release. NVIDIA has room to adjust prices.
yeah I paid $50 less for my gtx260 than what I could get a 4870 1gb for at the time. but those 260/280 release prices where laughably bad and IMO a bit arrogant.I paid less than the cost of a 4870 for my 260 (at the time). Don't forget that the 5xxx series actually went up in price after release. NVIDIA has room to adjust prices.
I paid less than the cost of a 4870 for my 260 (at the time). Don't forget that the 5xxx series actually went up in price after release. NVIDIA has room to adjust prices.
yeah I paid $50 less for my gtx260 than what I could get a 4870 1gb for at the time. but those 260/280 release prices where laughably bad and IMO a bit arrogant.