This is a somewhat polemical selection, because on one hand GB is missing its differentiation: the blue was a brand content, and GBs giving in to appearing similar to each other board leaves it a small hollow equated to Asus Republic of Gamers, EVGA, or MSI that got there first. On the other hand, six months from now, everyone will have forgotten. Instead, they will be enjoying the glorious matt black PCBs, which are seriously well appearing, and will no querie continually attract praise.


GB - a company who currently over-engineered a CPU board with central processing unit ability hardware capable of managing 1,500W - has altered its central processing unit power hardware to littler Driver MOS MOSFETs.


Name: Gigabyte GA-PSixty SevenA-UDIV, PSixty SevenA-UDIIIR.jpg Views: 22 Size: 27.3 KB

GB has finely utilized these little MOSFETs on a some Intel P55 high-end boards, so it has few feel with them. However, it is even next in the footsteps of MSI and EVGA on this front.


Driver MOS(FETs) utilizes a littler footprint for the similar or excellent power provision (we are not precisely confirm of the perfect spec still), which we look will turn more apparently as GB packs them in on higher-end examples. At the minute, the UDIIIR has 8+2-phase power, When the UDIV has 12+2-phase. Those extra phases (the '+2' or '+4') utilize the former manner MOSFET, as do the rest of the board - adding the storage and P67 chipset. Both boards too characteristic Double-Power tech, with a 'DP-switch' and multi-gear power storing.


The GB product manager we spoke to claimed the additional phases would be observable in maintaining the board cooler, through distributing the load excellent, and will assist when overclocking K-serial Sandy Bridge central processing units. On that note, the cooling hardware is same, although the UD4 acquires an extra heatpipe among the 2 MOSFET heatsinks. Since seeing the boards in the flesh, we are growing to similar the fresh chunkier plan.