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- #How to enable turbo boost amd a8 how to#
- #How to enable turbo boost amd a8 driver#
- #How to enable turbo boost amd a8 Pc#
The measurements were made using an AVM Fritz!DECT 200 which has been reported to perform accurate measurements. Two 8GB DDR3-1866 RAMs (configured as such - which does make a difference as compared to 1333), one SSD drive and a PWM controleld quality CPU fan were also part of the test setup. I conducted these tests with a Seasonic G360 80+ Gold because it outperforms most competitors regarding efficiency at low loads. It's very difficult to find an energy efficient power supply for a system with an estimated power dissipation range of 35W to 120W.
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On the other hand, many fail to work efficiently below 50% load. Only 80% of a power supply's nominal output should be consumed. The test was done with firmware V1.30 (no updates available as I write this). The ASRock FM2A78M-ITX+ appeared to be a reasonable choice. The GPU of the A10-6700 is said to be overrated (marketing-driven naming) and the APU's pricing seems fairÄespite the countless processors to choose from, there aren't many Mini-ITX boards available.The advantage of the Richland A10-6700 over the Trinity A10-5700 seem to be significant: Lower lowest and higher highest frequency, more fine-grained Turbo Core (considering also temperature - quite an advantage when the GPU will be idle).Several reviews have shown that a (still widely unavailable) Kaveri will consume more power in idle mode than a Richland or a Trinity.But finally, I decided that the A10-6700 would be a good choice: This circumstance and some of AMD's unfortunate decisions in the recent past haven't made it easier for me to decide on a platform for a mini server. Sice then, a lot of things have changed, and a lot of industries currently seem to be in the phase where they still increase the number of product variants.
#How to enable turbo boost amd a8 Pc#
My first PC was a 486DX2-66 set up from dozens of 3.5" floppy disks containing Slackware source packages. AMD A10-6700 (Richland) APU Experience Processor Choice
#How to enable turbo boost amd a8 driver#
Since the bottom line of the below is to use a patched version of the free radeon driver with your APU to support Turbo Core and get the most out of it (except 3D graphics that is) if you can (enabling bapm can lead to instabilities in some configurations), it's great news that future versions of radeon will have a parameter to enable bapm.
#How to enable turbo boost amd a8 how to#
See How to set up a Debian system (focus on 2D or console/server) with an AMD Turbo Core APU for maximum energy and computing efficiency? However, regarding 3.16 based Debian, the defaults don't (yet?) seem to work, while the boot parameter does. Didn't find any serious benchmarks, though - Only some indications. While in typical benchmarks the i3-3220 is faster for computations, I cannot see how its two hyper-threading cores would be able to handle parallel requests (say, to a database with web frontends) as fast as four fully featured cores (at least when assuming some serious caching).The i3-3220 has a lower idle mode power dissipation.The A10-6700 has a lot more GPU power, which is unused here.But you'll need a different CPU fan for that (think space and temperature/life span). If this is true, the A10-6790K will be able to boost longer and/or provide higher frequencies in the long term due to its higher TDP. I suspect the A10-6790K to be the same processor as the A10-6700 with just a different parameter set for Turbo Core boosts.
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No idea how that will affect the processor's power consumption, though. Some algorithms may be able to deploy its computational power. The GPU of the A10-6700 may be overrated, but it's a bit sad it won't be used much.Kaveri cannot compete with Richland's idle mode power dissipation (at least for now).Richland does a much better job than Trinity here.