Power consumption is very important today, with people more aware of the rising costs of living. Adopting a more efficient computer will reduce the cost across a year. That said, someone running an overclocked, overvolted system will not be that concerned with power consumption.
We used a calibrated meter to measure the power at the wall. No monitors were factored into the readings. All systems included the same graphics card, memory configuration and hard drive population.
We measured wattage at the socket when running Cinebench R11.5 64 bit which loads all cores to 100% utilisation. The graphics card was inactive during the reading.
Power consumption of this system is around 130 watts under load, and 53 watts when idle. This is an extremely efficient system.
Wow! Very nice review. Good job AMD! Really liking this a lot! This is more competitive compared the bulldozers and piledriver processors.
Its quite an ugly looking motherboard on a colour scheme level (not important to some I guess). thankfully they seem to be improving their bioses. been following their motherboards here since they started doing them….
Its quite an ugly looking motherboard on a colour scheme level (not important to some I guess). thankfully they seem to be improving their bioses. been following their motherboards here since they started doing them….
I like this new range of low end processors from AMD, they perform really well. anyone remember ATOM? yeah, not fondly. it was sh$t
That SATA arrangement seems unnecessary. I can only assume the engineering wiring on the multi layer PCB had to be routed a specific way making the layout impossible for level port positioning.
I suppose you could use the angled connectors, although they might still connect with a larger graphics card.
Who uses mSATA however? the drives are very expensive.
would make more sense if they did a mini itx version of it for media centers only.