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it was a 5ish year old card anyways. It was time to move on.
Now that I know what "baking" is, there's NO WAY I'm doing that.Sorry, I just don't trust myself not to melt the entire card.
So it's R7-250 vs GT630? Again, I don't need 3D performance. This is strictly a 2D rig. It's for very advanced Photoshop work and 2D video playback. Those are the only two things I care about.
But which one?The GTX 650 alone has 3 versions @ 1GB.
Also, a lot has been said about Photoshop not using NVIDIA's CUDA advantages, so buying an NVIDIA card for Photoshop work would be "a waste". However, NVIDIA has countered by creating a section on their site boasting superior Adobe CS6 performance.
http://www.nvidia.ca/object/photoshop-cs6.html
However, the above link makes no mention of which cards make use of the Mercury Graphics Engine that Photoshop CS6 seemingly uses. Are we to assume ALL NVIDIA cards are using it? Or only modern ones? Where's the cutoff for "modern ones"? Whether or not this is all hot air to counter the negative "non-CUDA" murmurs, or if there's actually reason for me to believe that the GTX 650 is going to kick the GT 240's butt in Photoshop performance because of this Mercury Graphics stuff, I have no idea. Maybe someone can help me there..?
I'm pretty sure Mercury is driven by OpenGL and OpenCL, which works on Nvidia cards as well as AMD cards. Also, despite your feeling that "2D is what I'm doing and 3D power is not what I need", the better the GPU you have, the better it's going to work in terms of accelerating photoshop.
This appears to be a good rundown of what you're after / what you can expect.
Remember that at the moment the NVIDIA driver uses a significant amount of CPU resources whilst the card is running OpenCL code whilst the AMD driver doesn't.
Now this could be fix in a later driver but it hasn't been in the last 3-4 years.
I'm actually close to pulling the trigger on it, I just wanted to offer some counter-arguments I've been hearing for peace of mind.
But depending on the manufacturer, not all GTX 750 cards are created equal. I believe the Asus has two DVI outs while most other companies offer only one. Are there more differences like these I need to look into before picking my manufacturer, or are they otherwise all equal?
Alright, so this is what I'm seriously looking at :
http://www.asus.com/Graphics_Cards/GTX750PHOC1GD5/
And here is where I'm thinking of buying it :
http://products.ncix.com/detail/asus-geforce-gtx-750-oc-e8-94415.htm
Any objections from anyone? It's about $50 more than I was looking to spend, but by most accounts would provide the best bang for buck. My only worry is that something in my rig won't be good enough to take full advantage of it.
Can someone look at the rig in my sig and let me know if anything there will hinder the GTX 750's performance in any way? In other words, am I spending extra on something I won't be able to enjoy 100% of the benefits of? (Example: Does the fact that the motherboard ram is DDR3 adversely affect the DDR5 ram that the GTX 750 boasts, or how about the fact that the motherboard is PCIE2 and the card PCIE3?)
If you happen to find yourself waiting on high cpu intensive tasks...you could always put a hexacore in pretty cheap....but only you would know this (i honestly don't do a lot of Photoshop work)
Just to confirm.. a PCIE3 card can run in a PCIE2 slot and not be adversely affected in any way? I dunno, that just doesn't sound right.
)
Just to confirm.. a PCIE3 card can run in a PCIE2 slot and not be adversely affected in any way? I dunno, that just doesn't sound right.
As for why not a Ti version (cortexodus), the Ti version requires an additional 6 pin power source, so I'm assuming it's using more juice... after bad drivers fried my CURRENT card, that's a turn off (even if it's not a fully logical one).![]()
Thanks cortexodus! The decision of which card to buy has been made (GTX750). Thanks for your help, and everyone else's as well.
Just one last thing... why does PCIE3 even exist if it will perform just as well on PCIE2?
Just one last thing... why does PCIE3 even exist if it will perform just as well on PCIE2?