Gigabyte Fusion E350N USB3 Motherboard Review
Author: Dennis Garcia
Published: Wednesday, March 02, 2011
Benchmark Configuration
The system as it was tested
Gigabyte GA-E350N-USB3 Hudson M1-FCH Chipset
AMD Fusion E-350 (1.6Ghz) 2x 512MB L2 Cache
2x Corsair Dominator GT PC2000 6GB DDR3 (7-8-7-21)
AMD Radeon HD 6310 (integrated)
Western Digital Raptor X 150BG SerialATA 10000RPM
LG 20x Super Multi GSA-H55L
Corsair HX 850 Watt PSU
Windows 7 Ultimate 64Bit
AMD Fusion E-350 (1.6Ghz) 2x 512MB L2 Cache
2x Corsair Dominator GT PC2000 6GB DDR3 (7-8-7-21)
AMD Radeon HD 6310 (integrated)
Western Digital Raptor X 150BG SerialATA 10000RPM
LG 20x Super Multi GSA-H55L
Corsair HX 850 Watt PSU
Windows 7 Ultimate 64Bit
Reference System
Gigabyte GA-880GMA-UD2H AMD 880G Chipset
AMD Phenom II X6 1090T Black Edition (3.2Ghz) 6 x 512KB L2 Cache 6MB L3 Cache
Radeon HD4250 (integrated)
Cooler Master V6 GT
2x G.Skill F3-12800CL7D-4GBHZ DDR3 (7-7-7-18) 2gig
Western Digital Raptor X 150BG SerialATA 10000RPM
LG 20x Super Multi GSA-H55L
Corsair HX 850 Watt PSU
Windows 7 Ultimate 64bit
AMD Phenom II X6 1090T Black Edition (3.2Ghz) 6 x 512KB L2 Cache 6MB L3 Cache
Radeon HD4250 (integrated)
Cooler Master V6 GT
2x G.Skill F3-12800CL7D-4GBHZ DDR3 (7-7-7-18) 2gig
Western Digital Raptor X 150BG SerialATA 10000RPM
LG 20x Super Multi GSA-H55L
Corsair HX 850 Watt PSU
Windows 7 Ultimate 64bit
Reference System
Gigabyte GA-H55N-USB3 Intel H55 Chipset
Core i5 661 (3.33Ghz) 2x 256 L2, 4MB L3 Cache 2.5GT/s DMI
Themaltake Silent 1156
2x Corsair Dominator GT PC2000 6GB DDR3 (7-8-7-21)
Intel HD Graphics
Western Digital VelociRaptor 150BG SerialATA 10000RPM
LG 20x Super Multi GSA-H55L
CoolerMaster Silent Gold 1200W PSU
Windows 7 Ultimate 64Bit
Core i5 661 (3.33Ghz) 2x 256 L2, 4MB L3 Cache 2.5GT/s DMI
Themaltake Silent 1156
2x Corsair Dominator GT PC2000 6GB DDR3 (7-8-7-21)
Intel HD Graphics
Western Digital VelociRaptor 150BG SerialATA 10000RPM
LG 20x Super Multi GSA-H55L
CoolerMaster Silent Gold 1200W PSU
Windows 7 Ultimate 64Bit
CPU-Z
Our old motherboard testing suite was compiled to expose differences in chipset design. In the beginning this worked very well for us however there was very little effort spent to test the other aspects of the motherboard. Now with the advent of modern processors we found ourselves needing to improve our testing procedure and find new ways to determine actual performance and quality of the boards we review. Because of this we will be rolling in some new tests and saying good bye to some old friends.
Other than the new standard tests it will be business as usual with out of box testing first followed by overclocking results. This is assuming the system allows overclocking.
Other than the new standard tests it will be business as usual with out of box testing first followed by overclocking results. This is assuming the system allows overclocking.