ASUS ROG Crosshair V Formula-Z (990FX) Review ft. Vishera FX-8350 on Phase Change

On the underside, we see that the C5F-Z has ditched legacy PCI of its predecessor in favour of a PCIe x1 slot. The board supports up to 3-way SLI/CrossfireX which entails that it won't be participating in any 4-way action. Like on their recent Intel boards, ASUS has also implemented T-Topology on the DRAM traces to improve clock mileage when all DDR3 DIMM slots are populated.

IMG 9452 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

Large heatsinks tightly secured by screws are placed over the 990FX Northbridge and MOSFETs, which can get uncomfortably toasty during overclocking. You will definitely need active airflow in that area to keep switching efficiencies high and prevent any clock throttling.

IMG 9456 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

 

The same 8+2 phase digital dual driver design is carried over from the previous board, although the PWM controller has been replaced with a newer model. ON Semiconductor NTMFS4955N/4937N Power MOSFETs used here are some of the best in class.

IMG 9493 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

IMG 9517 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

 

Over at the edge of the board, we see that the power and reset buttons have been re-deployed to an optimal spot next to a PORT-80 debug LED (godsend for debugging) and LN2 slow mode toggle (forces lowest CPU multiplier). The memory VRMs have also been upgraded to a digital solution to give faster transient reponse in an effort to squeeze out more megahertz.

IMG 9474 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

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On the underside, we see that the C5F-Z has ditched legacy PCI of its predecessor in favour of a PCIe x1 slot. The board supports up to 3-way SLI/CrossfireX which entails that it won't be participating in any 4-way action. Like on their recent Intel boards, ASUS has also implemented T-Topology on the DRAM traces to improve clock mileage when all DDR3 DIMM slots are populated.

IMG 9452 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

Large heatsinks tightly secured by screws are placed over the 990FX Northbridge and MOSFETs, which can get uncomfortably toasty during overclocking. You will definitely need active airflow in that area to keep switching efficiencies high and prevent any clock throttling.

IMG 9456 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

 

The same 8+2 phase digital dual driver design is carried over from the previous board, although the PWM controller has been replaced with a newer model. ON Semiconductor NTMFS4955N/4937N Power MOSFETs used here are some of the best in class.

IMG 9493 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

IMG 9517 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

 

Over at the edge of the board, we see that the power and reset buttons have been re-deployed to an optimal spot next to a PORT-80 debug LED (godsend for debugging) and LN2 slow mode toggle (forces lowest CPU multiplier). The memory VRMs have also been upgraded to a digital solution to give faster transient reponse in an effort to squeeze out more megahertz.

IMG 9474 ASUS ROG Crosshair V Formula Z (990FX) Review ft. Vishera FX 8350 on Phase Change

Prev2 of 5Next
Use your ← → (arrow) keys to browse
Why can't I have sharks with frickin' laser beams attached to their heads