We've seen the AMD Triniy A10-5800K APU perform admirably from an integrated graphics perspective, but can its other aspects also ring a positive bell? We tackle that question and its overall platform value in this review.
The message is clear and AMD is hoping to drive change to the computing landscape once more with multi-core 64-bit ARM architecture based Opteron server processors targeting data centers. We provide more details on this new initiative and the challenges ahead.
The wait for AMD desktop Trinity APUs is over. This next generation of APU is built on the mature 32nm SOI process technology and features a second revision of the Bulldozer architecture with a more powerful GPU. Step right in as we reveal its integrated graphics and its latest iteration of AMD Dual Graphics performance!
The wait for AMD desktop Trinity APUs is almost over. This next generation of APU is built on the mature 32nm SOI process technology and features a second revision of the Bulldozer architecture. Step right in as we take a sneak peek at its integrated graphics performance!
Intel said today during IDF (Intel Developer Forum) that it will yet again transform the personal computing landscape with the upcoming 4th generation Intel Core processor built solely for mobile systems such as the Ultrabook.
A whole slew of new notebooks and desktops are on sale now boasting Intel's third generation Core i3/i5/i7 processors and are often marketed by the term "Ivy Bridge". We put together a resource center of what you need to know about Intel's latest computing platform and the relevant products featuring them.
AMD has just announced the release of two new E-Series APUs, the E2-1800 and E1-1200, at Computex 2012. They also took some time to talk at length about the benefits of Trinity.
Intel has just released a slew of new mainstream Core i5 class Ivy Bridge processors and we take a look at the very promising quad-core Core i5-3470.
In this article, we explore what the new Ivy Bridge processors could mean for the mobile computing scene, specifically notebooks and eventually Ultrabooks.
With Intel already dominating the CPU arena, what else can first-runner-up AMD do to catch up or worse still, stay relevant? With the introduction of the Heterogeneous Systems Architecture consortium, it seems as though AMD seeks safety in numbers.