Nvidia turned up the heat on AMD's Radeon range last year when it released its latest Maxwell GPUs, however most of them cost well over $300. Replacing the merely adequate GTX 750 Ti is the new GeForce GTX 950, stepping in as the current generation $150 GPU and promising to deliver highly playable 1080p performance.
Compared to reference designs by Nvidia and AMD, their partners usually come up with creations that run cooler and quieter. A perfect example of this is Gainward's GTX 980 Ti "Golden Sample", with a 15% factory overclock that provides 11% more performance on average and a "Zero RPM fan design". Not wanting to simply just revisit the GTX 980 Ti's performance, we'll be hooking up two of these in SLI and test them agains a pair of AMD's Radeon R9 Fury X cards in Crossfire.
The new GeForce GTX 980 Ti is targeting 4K gaming on a single GPU and with 6GB of memory onboard it's still overkill but without excess. We expect the GTX 980 Ti to be a processing powerhorse that rivals the more expensive Titan X but for $350 off the sticker price.
The Witcher 3 is the New Crysis We have tested nineteen DirectX 11 graphics cards to find out how the game performs in both AMD and Nvidia hardware. After extensive testing it's clear why The Witcher 3: Wild Hunt doesn't look nearly as good as the 2013's trailer: even in its current uber beautiful form, the game is simply too demanding for today's hardware.
Project CARS (or Community Assisted Racing Simulator) is a racing sim game that's been on everyone's radar since its drool-inducing visuals started to make the rounds as far back as 2012. In short, the game looks amazing and is the most visually impressive racing simulator we have ever seen. Now let's benchmark it.
Nvidia's Maxwell architecture is a wonderfully impressive piece of engineering for efficiency geeks, and it reaches near-apotheosis with the GM200-powered GeForce GTX Titan X. This is an architecture that has very clearly been tailored and tuned to maximize gaming performance per watt...
The GeForce Titan X is a processing powerhorse: 6 graphics processing clusters, 24 streaming multiprocessors with 3072 CUDA cores. Combined with six 64-bit memory controllers (384-bit) for a total 12GB of GDDR5 memory clocked at 7GHz, that's 50% more cores and memory bandwidth than the current single-GPU king, the GeForce GTX 980 that was released a mere six months ago. Needless to say, we're eager to see what the new Titan X is capable of.