In our Brother inkjet buyer’s guide, things were fairly simple. Across the entire group, the basic printing engine was the same. With laser/LED printers, things get more intricate.
Apparently, Fusion technology demos behind closed doors are becoming an AMD tradition. At this year's CeBIT, the chip maker demoed its upcoming (and highly-anticipated) Llano APU. Naturally, the Tom's Hardware team was on-hand to take a closer look.
Today we're putting the latest sub-$200 CPUs into a cage match armed with nothing but the latest DirectX 11 games (plus a helping of StarCraft 2) to see how they fare. Can AMD's familiar Athlons and Phenoms stand up to the new Sandy Bridge-based CPUs?
We've already seen Intel's Sandy Bridge architecture offer compelling performance gains on the desktop. But can the fastest second-gen Core i7 beat Intel's 130 W desktop-oriented six-core Core i7-980X in games? We set up a couple systems to find out.
Most of Intel's Core i5 and i7 CPUs lock out overclocking enthusiasts, which we hate. But the K-series chips win us back over with insane scalability. Would you believe that cranking the dial on performance doesn't necessarily tank overall efficiency?
The second-generation Core processors arrived with a bang, but what sort of progress can you expect in the performance per watt department? We compare Core i5/i7-2x00 to AMD's Phenom with four and six cores, as well as previous-gen parts from Intel.
Although the processing cores in Intel’s Sandy Bridge architecture are decidedly similar to Nehalem, the integration of on-die graphics and a ring bus improves performance for mainstream users. Intel’s Quick Sync is this design’s secret weapon, though.
AMD gave us an opportunity to go hands-on with its upcoming Brazos platform--the only preview you'll see before this technology surfaces in retail notebooks. Is it fast enough to compete with the Nehalem-based competition, and cool enough to trounce Atom?
Today is AMD’s 2010 Financial Analyst Day, and we have some more details on its Fusion APUs. Llano is still a few months away. In the meantime, we have a preview of the Brazos platform, which will voraciously tackle mobility under the $500 price point.
Intel's Atom D525 offers a faster clock rate than its predecessor at the same 13 W TDP. Obviously, the new dual-core chip is going to be faster. But after we determined that the Core i3 is more efficient, can Atom D525 usurp the desktop contender?
For the third time in 2010, AMD is adding more speed to its processor lineup. But this time, both the Athlon II and Phenom II CPUs are being included. We spill the beans about the new dual-, triple-, quad-, and hexa-core chips in today’s article.
Ahead of its most significant processor redesign since 2003, AMD is talking about its Bulldozer and Bobcat architectures, both of which are expected in 2011. Will AMD be able to catch up, or even surpass Intel's lead? The future looks interesting, indeed.
Intel arms its Core i5 and Core i7 CPUs with Turbo Boost. AMD's hexa-core Phenom II X6 chips sport Turbo CORE. Both technologies dynamically increase performance based on perceived workloads and available thermal headroom. Which one does the better job?
The professional space is peppered with products derived from the desktop. Today we're looking at Intel's Xeon X5680 CPUs, which look a lot like Core i7-980X, only they're optimized for dual-socket platforms. We're also introducing new Adobe CS5 tests.
Most people know that Intel’s Atom is a slow, low-cost processor. But does it even offer enough performance to take it beyond desktop processors nearly a decade old? Today we're comparing a modern Atom CPU to two Northwood-class Pentium 4-based PCs.
Intel's Turbo Boost technology provides a mechanism for improving system performance most significantly in lightly-threaded apps, even at peak loads. But what is the feature's impact on a Gulftown-based Core i7-980X processor with different core counts?