AMD's new A10-7890K represents the very top of the low-cost APU family. We're answering whether it can breathe new life into the line via online gaming, or if its small clock rate bump just isn't worth more money compared to the A10-7870K.
Going more slowly is more efficient. That’s what AMD must have thought when they designed its new FX-8370E processor, thus closing a gap in the company's line-up. We evaluate whether this CPU is really more efficient and what happens when we overclock it.
We compare three generations of Intel's Xeon E5-2690 processors, plus the flagship Xeon E5-2699 v3 to see how Haswell-EP affects the datacenter.
You wanted a comparison of Intel's Pentium G3258 using low-cost platform components. Can an entry-level motherboard and bundled heat sink still deliver a satisfying overclocking experience, or does going cheap ruin this dual-core CPU's value appeal?
Despite a clear performance advantage, Intel just doesn't seem like an enthusiast-friendly company. Certain elements in the organization want to change that perception, though. Devil's Canyon is meant to allay power users with more speed.
We've spent the days following CES benchmarking two of AMD's new Kaveri-based APUs. Do the Steamroller x86 architecture, GCN graphics design, and HSA-oriented features impress, or do they come up short against Intel's value-oriented Haswell-based parts?
Nvidia gave us an early look at its Tegra K1 SoC at its headquarters in Santa Clara. By far the most noteworthy change is a shift from programmable vertex and pixel shaders to the company's Kepler architecture, enabling exciting new graphics capabilities.
Intel's Haswell architecture is finally available in the flagship Core i7-4770K processor. Designed to drop into an LGA 1150 interface, does this new quad-core CPU warrant a complete platform replacement, or is your older Sandy Bridge-E system better?
Now that Piledriver-based CPUs and APUs are widely available (and the FX-8350 is selling for less than $200), it's a great time to compare value-oriented chips in our favorite titles. We're also breaking out a test that conveys the latency between frames.
When it comes to gaming, the integrated Radeon on AMD's Trinity architecture crushes the HD Graphics 4000 engine native to Intel's fastest Ivy Bridge CPU. But we want to make a good thing better. How much does fast memory help boost an APU's performance?
Benchmarking 86 CPUs takes a while. After long last, though, we have 51 models from AMD and 35 from Intel tested in our current suite. If you want to know how your processor sizes up to its competition, you'll find plenty of comparison data inside!
After one year of dominating the enthusiast space, Intel's Core i7-3960X is being replaced. The new Core i7-3970X features higher clock rates, but also imposes a 150 W TDP. Just for kicks, we're putting it up against another 150 W CPU: the Xeon E5-2687W.
Shortly after AMD's Bulldozer architecture launched, AMD had us anticipating a couple of hotfixes that were supposed to improve FX-8150's performance. But Windows 8 was the ultimate goal. Now that the operating system is out, does it help FX-8150?
Last year, AMD launched its Bulldozer architecture to disappointed enthusiasts who were hoping to see the company rise to its former glory. Today, we get an FX processor based on the Piledriver update. Does it give power users something to celebrate?
AMD has the clock rate on its side. But Intel's Ivy Bridge architecture boasts superior IPC throughput. We pit the 4.2 GHz FX-4170 against Intel's new 3.3 GHz Core i3-3220 in an effort to determine which CPU is the better buy for $125.
According to Qualcomm, its S4 Pro will be the next big thing in mobile performance, powering a new generation of smartphones and tablets. We put the company's claim to the test. The result? We think the competition, especially Nvidia, should be worried.
We've been playing with AMD's Trinity APUs for four months, and they're just now being rolled out to the channel. This time, we take a look at the architecture's efficiency compared to a pair of Ivy Bridge-based Core i3s. Can A10 and A8 stand up to Intel?