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Latest known driver: 23.12.2020

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Xilence Company has presented a kilowatt power supply unit of XQ series

Taiwanese company Xilence released two PSU of unusual design — XQ Series of 750 and 850 W capacities. In contrast to usual offers on the market, these PSU are equipped with a pair of 60-mm fans. It has separate adjustment of speed and can operate in a completely passive mode at a load of up to 20-30%.



Recently, Xilence added to the above-mentioned series a power supply with nominal 1000W. New model in the pre-sale testing was certified with 80 Plus Platinum, which indicates the level of efficiency from 90% to 94% in the system of 230 V. Like its predecessors, the unit uses a modular principle of cabling, active power factor correction mechanism and complies with ATX12V v2.3 and EPS12V v2.92 standards. The list of available power cables (connectors) is the following: 4x PCI-E 6-pin, 4x PCI-E (6 + 2)-pin, 7x Molex 4-pin, FDD, 12x SATA, EPS12V (4 +4)-pin, EPS12V 8-pin and ATX (20 +4)-pin.


Five-year warranty on the Xilence XQ 1000W provides the possibility of replacement the …

ASRock Unleashes Hyper OC Series of Overclocking-Oriented Mainboards

ASRock is thought to be an innovator in the development of hardware know-hows. The Computex 2016 came as no exclusion: the company introduced a lineup of overclocked mainboards which joined Hyper OC series. Initially, the lineup consisted of three models – H170 Pro4/Hyper, B150M Pro4/Hyper & H110M-DS/Hyper; further on, it will be replenished by three other models – Fatal1ty H170 Performance/Hyper, Fatal1ty B150 Gaming K4/Hyper & B150A-X1/Hyper.



As seen from the codenames, the motherboards are based on Intel B150, H170 and H110 chipsets which employ ASRock Hyper BCLK Engine controller; it overclocks Intel Skylake CPUs by means of BCLK alteration, without dislocating other components. The new-comers support the installation of superfast DDR4 RAM, graphics cards with PCI-e 3.0 x16 interfaces as well as voluminous drives (including Ultra M.2).


ASRock H170 Pro4/Hyper features the following specifications:

— chipset: Intel H170;

— memory: 4x DDR4;

— storage: …

Gigabyte GR-EZI04H: NAS for Home-Based Platforms

Gigabyte is going to release a new data storage intended specifically for home use. Codenamed GR-EZI04H, this NAS is housed in a black casing and features 220x183x146 mm dimensions. The storage is based on the combination of two-core Intel Atom D2500 processor (clock frequency 1.8 GHz) and Intel ICH10R south bridge. It is estimated for four 3.5-inch drives of up to 3TB in capacity each. Each of the drives should employ SATA II interface.



The overall volume of DDR3 RAM (1066 MHz) can achieve 4GB. This data storage is controlled by Windows Home Server 2011 or Embedded Linux OS platforms. All interface in/outputs are located on the rear panel. Here one can find a couple of USB 2.0 and the same number of USB 3.0 ports, a single D-Sub port, one DC input, and two more RJ-45 sockets. In addition, the storage is able to support two gigabit Ethernet connections.


GR-EZI04H is delivered with two pre-installed 60 mm fans that are called to provide for an optimal thermal environment. …

Videocodecs, list of vendors

Here you can find a list of Videocodecs vendors and download necessary drivers straight away. With a view to find a required driver out of 654963 items in our database inventory, select an appropriate vendor of Videocodecs from the list of 25142 available in this section.

DevID : : Videocodecs

The video codec is one of those programs that demonstrates its self-interest every PC user when you need to view any video. Surely you at least once puzzled over how to "force" the player to play the clip or movie, if the screen throws an error. It's very simple: just download the drivers for the video codecs!

What is the video codec? This is a small program-an algorithm that encodes (compresses) and decodes (plays back from a compressed state) video files for their further discernment multimedia players. Usually the multimedia files are very large, making it impossible for their storage, transfer and playback without any special processing. Such processing performed codecs "packaging" material to the required size.

When recording video, for example, on camera, the files are encoded. In order for this video to run on a PC, it is necessary to decode; that is, the codecs installed on the computer should recognize the video, convert compressed files to stream and play back in the desired format on the player.

Decoding of content is also necessary for transferring files over the network. Video codecs compress the original file size (video, film), while maintaining excellent image quality.

Just imagine how much storage space a PC would take a two-hour movie format Full HD without coding and how much time would be needed for the player to play for such a massive file? Downloading the drivers for the video codecs, you just decide this thing!

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Popular drivers for Videocodecs