Superseding the Brazos platform, AMD's new Kabini APUs are touted as the industry's first quad-core SoCs and are AMD's answer to a fast changing computing landscape. We check out the A4-5000 mobile APU to see how it performs.
With information gleaned from different session at GPU Technology Conference (GTC) 2013, we pieced together a short update on Tegra's developments so far from the unveiling of the Tegra 4 at CES 2013 to its successors in the form of Logan and Parker respectively. There was also a Kayla sideshow too!
AMD's latest interpretation of Heterogeneous System Architecture (HSA) has been brought to the desktop and mobile computing fronts in the form its Trinity A-series APUs. We've put together resources on what you need to know about these new processors and the hardware ecosystem such as motherboards and even notebooks.
It's a no-brainer that the new mobile processor is packed with even more processing power. But the big question is, what do you do with all the processing power? NVIDIA demonstrates exactly why you'll want a Tegra 4 device and we've got the details.
Meet the NVIDIA Grid Gaming System, a next-gen cloud-gaming architecture which consists of 20 servers totaling 240 high-density GPUs to provide 200 TFLOPS of processing power. With proof of concept demos and service providers working with NVIDIA to bring about gaming on any screen or device, the GRID has the potential to be a true game changer.
The AMD A10-5700 Trinity desktop APU is a 'quad-core' processor that's just a shade slower than the top tier AMD A10-5800K chip. With a rated clock speed of 3.8GHz, a Turbo Speed of up to 4.0GHz, a 65W TDP rating, it features a slightly slower Radeon HD 7660D graphics core. Would this multiplier-locked APU still present compelling value? We check it out!
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!