Gigabyte has won its unflinching reputation as the leading manufacturer of multifarious hardware components primarily thanks to catering for the needs of any customer, either it is a corporate client or an average home user. Today the company decided to cater for the needs of enthusiasts and overclockers, who long for extreme performance, extreme speeds, as well as for limitless facilities, by introducing two new high-end motherboards. Codenamed Z87X-OC and Z87X-OC Force, the boards are based on Intel Z87 Express chipset that supports the 4th generation Intel Haswell processors. 
Gigabyte teamed up with EK Water Blocks in order to develop a pair of off-beat motherboards. The GA-X99-Ultra-Gaming-EK and the GA-Z170X-Gaming 7-EK are differentiated from their predecessors by the integration of EK-Supremacy EVO X99 & EK-FB GA-Z170X waterblocks. The latter is sure to cool down not only the CPU and its environment but also key components of the power subsystem.| SAMSUNG Android USB Remote NDIS Network Device | USB\VID_04E8&PID_6881 |
SAMSUNG Android USB Remote NDIS Network Device
USB\VID_04E8&PID_6881
USB\VID_04E8&PID_6881
Introduction In addition to this year's Intel Optane DC P4800X SSD for data centers and caching memory, Optane Memory Intel is launching a small series of SSDs for high-performance Optane 900P workstations. New SSDs based on 3D XPoint technology are intended for enthusiasts and professionals engaged in photo and video processing, game development, etc.
The Intel Optane SSD 900P is extremely fast thanks to the new 3D XPoint memory, but it's also expensive, as this latest technology is in high demand now. For more than a decade, Intel and Micron have jointly created 3D XPoint memory as a part of a closed secret project in1966. Developers still do not disclose the details of this technology, although third-party companies confirm the information that this is one of the forms of memory based on the phase transition (Phase-change memory, PCM).
Performance
To speak about the performance, the new high-speed memory is designed to fill a niche between operational …