With the release of the Broadwell-E CPUs, like the 6950X we reviewed a few weeks ago, comes the time for motherboard partners to release their updates and pack in more features. In this article we are going to take a look at one of EVGA’s refreshes, the X99 FTW K. The K version brings with it some much needed updates in today’s motherboard landscape with Broadwell-E support out of the box and the addition of an M.2 slot and USB 3.1 Gen 2 Type-A and C like its mainstream brother, the Z170 chipset. There are also some changes on the network adapter side of things with dropping one Intel NIC to be replaced by the Killer E2400 NIC. Stick around for more details and performance comparisons later! Read More
Posts Tagged: Motherboards
Today we’ll have a look at the ASUS 970 Pro Gaming/Aura AM3+ motherboard. It’s been quite some time since we’ve seen anything new in the AMD camp and change is always welcome. The 970 Chipset isn’t new but ASUS has come back with a nice set of features to update this platform. On top of that they’ve packaged them in a very nice looking, all new board. With the new AMD socket nearly a year away, it’s nice to see some new AM3+ motherboards with added features such as USB 3.1 and M.2 SSD functionality. One other interesting tidbit is the new Aura feature which allows the user to customize color and rhythm of the on-board RGB LEDs. For those who enjoy a bit of bling, this should be right up your alley. Read More
Our next motherboard review comes courtesy of MSI. This go around, we get a chance to look at their flagship offering, the Z170A XPower Gaming Titanium Edition motherboard… wow was that a mouthful! On the cover, it looks like the board is a mashup between the monster, overclocking based, flagship XPower series we as overclockers love, and their black and white themed Krait line which focuses more on budget minded gaming. Being an avid overclocker, I am hoping MSI sticks to their roots on the XPower Gaming Titanium Edition and takes care of the overclockers. Bless your heart gamers, but your demographic is pretty easy to take care of in most cases. Let’s see where the needle lands when we look at MSI’s flagship Z170 motherboard! Read More
We have all now seen the latest offerings for P55 chipset Motherboards and for many it was the best board for their needs and they upgraded. I found that there are still many undecided folks still delaying the decision to upgrade their computers. Read More
Since the release of Intel’s P55 platform, a seemingly endless number of motherboards have been popping up, ranging from under $100 for basic entry-level boards to close to $300 for feature-packed overclocking powerhouses. MSI’s top end 1156 motherboard, right around the middle of the P55 price range, is the P55-GD80. With all of the features and overclocking options, I was very excited when MSI sent me this board for testing.
Since the introduction of the P55/Lynnfield platform a few months ago, I’ve had the opportunity to test several P55 motherboards. Each has had it’s own advantages, as well as it’s own quirks and bugs. But every time I test a new board, I always come back to this one: Gigabyte P55 UD6.
Intel’s attempt to make Core i7/i5 accessible at a budget price.
Gigabyte Japan asked me to look at their entry level board, the GA-P55-UD3R.
nVidia finds out Intel doesn’t want to share. Read More
Today, we will be looking at a capacitor mod of an ASUS P5K. Let me state at the outset that there is no compelling need to take the soldering iron to this board if you don’t plan on extreme overclocking or pushing a Quad to its max. Frankly, I did it because I had the time and because I wanted to give a pesky ROHS (lead-free solder process) board a shot.There is lot of conjecture and educated guesswork involved and I could not test the board with a quad-core. So, there are no quantitative or qualitative results available. This article is intended to be
Why Mod? The motivation is to prepare this board for a quad-core CPU. There have been reports of caps blowing up with the P5K series of boards when pushing a quad-core CPU to the max. In most cases the caps that blow up are either on the CPU VRM side or on the source ATX 12V connector side. There can be two possible reasons booth which have a cascading effect. Read More