EVGA is the last one amongst the motherboard vendors to announce their X299 motherboards. Like in the past, when a new chipset was launched, EVGA has prepared three new models. This time they have come up with two E-ATX form factor ones, which go by the name X299 Dark and X299 FTW K as well as a mATX X299 Micro.
The X299 Dark should replace the X99 Classified and compared to the high-end X99 model, EVGA is changing the color scheme and also the design has been improved. Since this motherboard is designed for overclockers there are only four DIMM slots. There are five full-sized PCIe slots without steel reinforcements and one PCIe x4 slot. In the case of storage you’ll find eight angled SATA ports, two U.2 ports and two M.2 slots covered with a new heatsink. Looking for additional features we find two debug displays, several onboard buttons and a new layout for the PCB.
The X299 FTW K features, like the previous model, an E-ATX form factor yet this time EVGA is using all the area the PCB has to offer. There are four full-sized PCIe slots without steel reinforcements, one PCIe x4 slot and one PCIe x1 slot. In the storage department you’ll find eight angled SATA ports, two U.2 ports and two M.2 slots. This time there isn't any kind of big heatsink or fan. Looking for additional features we find a debug display, support for USB 3.1 and a good mix of connectors at the I/O panel.
The last model is the X299 Micro which shares a lot of the previous model’s DNA. Like the name suggests, this model is based on a mATX form-factor and there are four DIMM slots. Due to the size of the PCB there are only three PCIe slots, six angled SATA ports, one M.2 port and one U.2 port. Apart from that there are more internal and external USB ports and a few small changes have been made to the layout.
At the moment this is basically all the information available on EVGA's upcoming X299 motherboards. It looks like EVGA is spending a lot of time when it comes to designing their new X299 based motherboards, trying to find the best solution for each user.
Source:
Videocardz