AMD's Mantle is available to users of certain Radeon cards, as are the first few titles with corresponding API support. We gathered up a number of CPUs and graphics boards, fired up Battlefield 4 and Thief, and set off on a benchmarking odyssey.
Targeting power-misers, AMD’s low-energy Kabini-based APUs could easily find their way into entertainment PCs, office machines, and PoS terminals. Of course, you need a motherboard to make it a “platform” and we found three companies willing to help.
AMD's Hawaii GPU makes its appearance in the workstation space as FirePro W9100. Does this $4000 card have what it takes to displace Nvidia's Quadro K6000, or is it a more conservative performer? We throw an exhaustive benchmark suite at it to find out.
Two years and two graphics card generations have passed since the last major update to our famous graphics card performance charts. It's time to get them back up to speed. We introduce modern benchmarks, new measurement equipment, and fresh methodology.
We spent our weekend benchmarking the sharp-looking iBuyPower Erebus loaded with a pair of Radeon R9 295X2 graphics cards. Do the new boards fare better than the quad-GPU configurations we've tested before, or should you stick to fewer cards in CrossFire?
PowerColor sent over a second 2.5-slot Hawaii-based card. The first was MSI's R9 290X Lightning. This one, the PCS+ R9 290X is both lighter and less expensive. Does PowerColor out-engineer MSI and score an upset, or is the PCS+ simply less capable?
AMD recently introduced us to its Mullins and Beema APUs, which are architecturally similar to Kabini and Temash, but include some power and performance enhancements. We take an early look at a custom form factor and compare to Intel's best effort.
Judging from the R9 290X Lightning's hefty build, it takes a lot of metal to cool the Hawaii GPU properly. But what does this massive card give you aside from sharp looks? How about impressive acoustics? Is its $750 price tag worth the premium experience?
SPECviewperf 12 sets out to be the standard for evaluating workstation graphics cards by including the latest professional applications, more complex models, and synthetic workloads pulled from important market segments. We test 19 cards in the new suite.
“Do you have what it takes?” AMD asks, purportedly referring to the big budget and beefy power supply you need before buying its new Radeon R9 295X2. We benchmark the 500 W, dual-GPU beast against several other high-end configs before declaring a winner.
We're not particularly fond of AMD's reference Radeon R9 270-series cooling solution. Fortunately, most of the company's board partners have their own heat sinks and fans. We take 10 cards and measure their clock rates, thermals, and acoustics.
AMD’s Radeon R9 290X is an incredibly powerful gaming card. Unfortunately, the company's cheap cooling solution results in inconsistent performance and excessive noise. PowerColor’s liquid-cooled LCS AXR9 290X is set to solve both issues with finesse.
With pricing all over the map, AMD wants to plug the gap between its Radeon R7 260X and R9 270. To that end, it's introducing a Curaçao-based Radeon R7 265 with better-than-Radeon HD 7850 performance at $150. Will that be enough to stave off Maxwell?
AMD's name might be new, but we're already intimately familiar with its Radeon R7 250X (formerly known as the Radeon HD 7770). Can AMD take an old piece of hardware and turn it into something you want to spend money on in 2014? Let's have a quick look...
AMD announced its Radeon R7 260 in December of last year, and we were excited about a $110 Radeon HD 7770 replacement. Almost two months later, one model is available on Newegg for $140. Today, we're testing the card and pondering its curious position.
We already have a really good idea how desktop-bound graphics cards perform. But what about the mobile hardware typically derived from those same GPUs? We test four identically-configured notebooks and show how they scale in six popular games.