As a mid-range GPU, the R9 285 is meant to deliver mainstream performance at a competitive price. The "Tonga" GPU is essentially a newer, cheaper to produce version of the tried and true "Tahiti" GPU, with features such as DirectX 12 support and next-gen CrossFire. It does have an inferior memory controller, however.
AMD promised many new APUs when unveiling its Kaveri architecture in January but until now was only able to deliver two, the $160 A10-7700K and $170 A10-7850K. Today we'll be looking at the $155 A10-7800, which comes in 45W or 65W TDP modes and has a full-blown R7 GPU featuring 8 CUs with 512 SPUs and 32 TAUs like the unlocked A10-7850K.
Shopping for a new enthusiast GPU? Assuming you want the best value, your pick will be between the Radeon R9 280X and the GeForce GTX 770. To us the former is a better value so the decision is more about sifting through a handful competing brands. To make that process a little easier, we're going to compare what we think are the best five R9 280X cards.
Next year Intel is expected to introduce Skylake, a completely new x86 microarchitecture, fabricated on 14 nm technology. Skylake CPus will have a number of improvements, the most major ones being DDR4 memory support...
Weekend tech reading: AMD aims for 25x efficiency gain in 6 years, SSD endurance experiment hits 1PB
According to AMD, it's got a roadmap to deliver a 25x improvement in performance-per-watt over the next six years -- and it's going to deliver this platform by 2020. That's the pitch that arrived in my inbox today...
AMD is ready to complete their processor product stack with performance-oriented Kaveri mobile APUs. The company claims these chips have an "unmatched" feature set, including the same x86 Steamroller cores found in desktop Kaveri variants, a GCN GPU that supports Mantle and TrueAudio, DDR3-2133 memory support, and HSA.
Last month, AMD made a number of critical announcements concerning the future of its products. We now know that the company is: building its own custom implementation of the ARM architecture (codenamed K12)...
Intel's Bay Trail platform and low-power Haswell offerings may be the go-to choice when it comes to mainstream Windows tablets and laptops, but AMD believes that their next generation chips will be the best. A refinement of their work on APUs in the past few years, the new chips, ‘Beema’ and ‘Mullins’, are set to be strong contenders in this segment. Both products make use of AMD’s new Puma+ CPU cores and a GCN GPU with 128 compute cores at varying frequencies.
Low-end desktop SoCs typically come soldered to motherboards, including AMD's 2011 Brazos platform as well as Intel's Bay Trail-D. AMD hopes to change that with its AM1 platform, which currently offers four APUs as well as a range of affordable motherboards. While checking out the new AM1 APUs, we have rounded up competing chips to give you a clearer picture of what is available in the budget CPU market.