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Today we are going to look at the Gigabyte F2A85XM-D3H motherboard which supports AMD’s latest Trinity APUs and occupies a Micro-ATX form factor. We will also be looking briefly at the performance of the AMD A8-5600K APU as we haven’t had a chance to test it previously. This processor and motherboard combination isn’t top-of-the-range, but should offer users a healthy balance between price and performance.
Today AMD announced three new platforms called Temash, Kabini and Richland. These promise improved energy-efficiency and higher performance, and add a number of features that are supposed to make our lives easier.
AMD nimmt auch bei APUs für Desktop-PCs den Refresh vor: "Richland" folgt auf "Trinity". Wir haben den A10-6700 getestet; Vollausstattung mit niedriger TDP. Viel Tuning im Detail soll die Performance per Watt der APUs steigern - ob es gelingt, zeigt unser Test.
Après la série 5xxx, c'est assez logiquement la série 6xxx des APU d'AMD que nous testons et nous lançons les hostilités avec un modèle A10, qui répond à la référence 6700. Cette nouvelle évolution vaut-elle le détour face à la précédente ? Réponse dans ce nouvelle article.
After upgrading the performance of the mainstream platform by the Haswell family, the Intel engineers also devoted time to perform an overhaul on their high end platform, LGA 2011. The Sandy Bridge-E was a worthy successor of the old and aged LGA1366. Intel waited close to two years for manufacturing the new high end flagship CPU model available to the masses, this in contradiction with the launch schedule on some previously leaked roadmaps. As with the transition from Sandy to Ivy Bridge on the LGA1155 socket, we spot many similarities with the new Ivy Bridge-E. A die shrink to the 22nm process and alike architectural improvements should boost the performance and efficiency. Time to unravel the brand new Intel flagship LGA2011 CPU: the i7-4960X CPU.
What the AM1 platform really has to offer is the ability to put a low cost and low power system just about anywhere. The ability to build the a small form factor system for use as an HTPC or as a NAS unit is certainly a possibility, or maybe you want to put a PC in your car like on one of those shows where they hook cars up with every imaginable technology.
Intel’s Broadwell launch has been quite interesting to say the least. If you can remember when we first heard of Broadwell its was rumored that it would not be a socketed processor, but rather it would come in the BGA package. On top of this rumor the actual launch of Broadwell was supposed to happen last year at the same time as the 9 Series chipset. Intel decided to delay the launch of its Broadwell processors till they were officially announced at Computex last month, luckily we did get socketed processors! Broadwell will be the “tick” in Intel’s “tick-tock” release schedule which we have seen for many years now where a “tick” is a node shrink of a previous microarchitecture and a “tock” is a new microarchitecture. The previous microarchitecture was Haswell at 22nm at now Broadwell will be 14nm. On top of just the node shrink Intel has really tried to focus on power efficiency, meaning that they are looking shooting for better performance using less power. Intel has also added their Iris Pro 6200 integrated graphics on the chip, which is a first for a socketed processor. On top of that the processor is fully unlocked and features 128 MB of eDRAM for the Iris Pro Graphics, which can also be overclocked. Broadwell comes at a very weird time for consumers as well. We have heard that Intel could be launching their Skylake processors and 100 Series chipset at Gamescom in August. Skylake will be the “tock” in Intel’s release schedule. So consumers could get Broadwell with a 9 Series motherboard or just wait a little bit for a Skylake processor with a 100 Series board. Having just a few months between launches does not give a lot of time for Intel to really push Broadwell or even get it out into the channel. As of writing this it is quite hard to find Broadwell Desktop processors at major online retailers. Today we will be taking a look at the flagship processor in the Broadwell desktop processor line, the i7-5775C. This quad-core processor has a base CPU frequency of 3.3 GHz with a turbo boost up to 3.7 GHz. While this might be slower than the 4770K it achieves this with far less power and has much more powerful integrated graphics.
With the upcoming release of the Phenom II we take a look at what we can expect by overclocking every aspect of our Phenom X4 9950 CPU. HT Link, Memory, Northbridge and RAW CPU speed scaling is compared in-depth to help you get the most out of your Phenom setup.
Phenom is the latest CPU series from AMD, based on their new K10 architecture. In this short tutorial we will list the main specs of all Phenom models released or announced so far.
A series of quick reference tables containing the main specs of all Athlon 64, Athlon 64 FX and Athlon 64 X2 models released to date. Updated to include socket AM2+ models.
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