Select a news topic from the list below, then select a news article to read.
ECS Black Series X58B-A @ FutureLooks
“The Intel Core i7 is the current king of the desktop performance market and shows no signs of slowing down. At present, the Core i7 processor is the superior number crunching executioner of choice compared to any other CPU solution to cross this test bench to date. This success would be for naught without the X58 platform which currently solely supports it.”
Gigabyte GA-MA770T-UD3P @ X-Bit Labs
“It becomes quite real to put together an inexpensive system on AMD Phenom II or Athlon II processors equipped with DDR3 SDRAM. This type of memory has already become affordable enough, and Gigabyte managed to come up with a Socket AM3 mainboard for DDR3 at a very modest price point. Read more in our review!”
Gigabyte GA-MA770T-UD3P @ Guru3D
“So get this I spotted this little cute Gigabyte motherboard still with 6x SATA, Gigabyte Ethernet, RAID, 4 DIMM slots, integrated audio, dual-BIOS and the entire Gigabyte enchilada of motherboards features for roughly 79 USD. Here in Europe you can even pick them up at just over 60 EUR. Pop on a nice value AMD Phenom II processors (as yes it’s AM3 ready as well) and you might have purchased a heap, seriously a HEAP of value.”
MSI X58M @ ITReviewed
“MSI should be applauded for bringing Intel’s X58 chipset to the masses at a sub-£150 price point. Sure there are full-size motherboards that offer better performance and overclocking features, but for mainstream users building a MicroATX-based machine the X58M is fantastic value. The motherboard offers an almost perfect balance of features and performance, and would make a great choice for a high performance small form factor multimedia (HTPC) or gaming system.”
ASUS Maximus II Gene @ Bjorn3D
“With all of this in mind, it is good to see manufacturers like ASUS still working hard on improving the Intel socket 775 CPU’s. Like its bigger brother the ASUS Rampage II GENE motherboard, the Asus Maximus II GENE motherboard is a micro ATX form factor, but with a couple of difference’s, the Maximus II GENE motherboard supports the Intel socket 775 CPU’s, dual channel DDR2 memory, and it uses the P45 Eaglelake chipset, paired up with a ICH10R south bridge, with a few extra’s added we seen with the Rampage II GENE motherboard.”
ASUS Crosshair III Formula @ TBreak
“As far as performance is concerned the motherboard performed very well when compared to its competitors. We also managed to overclock the board’s FSB to 260 using automatic settings and, going the manual route, we think it has got tons of overclocking potential.”
MSI G41TM-E43 @ HardwareZone
“Playing HD videos without a hitch using integrated graphics has been a goal that Intel reached with its GMA X4500HD, which has full HD hardware acceleration. But what about the other variants in its lineup, like the G41 and 43 chipsets? We explore this with the MSI G41TM-E43.”
ASUS M4A79 Deluxe @ TechwareLabs
“Over-clocking, Tweaking, Optimizing, are just a few terms used by PC users whom TechwareLabs list as Extreme Gamers or those who are not just looking to get the most from their systems, but are the ones who are willing to spend hours tweaking their systems to get every last clock cycle from their system. ASUS has built a motherboard like nothing that has been release to date.”
Gigabyte MA770T-UD3P @ PCPer
“Most of the time, having dual PCI-E x16 slots isn’t really necessary if you plan to only use one PCI-E slot. The same thing goes for RAM and other pieces of hardware. The UD3P’s price might make some consumers think it’s cheap so they will overlook it. But, we are here to tell you, this is a diamond in a rock’s shell. It’s features might not stand out at first, but once you install it and get it up and running, we definitely noticed the stability and performance was well beyond its modest price tag.”
ASUS Crosshair III Formula @ OC Club
“When it came to overclocking on the ASUS Crosshair III Formula, I found it easier and more effective to push the BUS speed versus raising the multiplier. When raising the multiplier, I was only able to push it to 18x for a total speed of 3.6GHz before I lost stability. However, by putting the voltage to the maximum of 1.5v, I was able to push the BUS speed all the way to 241MHz for a total overclocked speed of 3.854GHz, which is over 200MHz more than the previous attempt.”