FSP Intros ‘Noiseless’ PSU Model Aurum Xilenser 500

FSP, a renowned developer and supplier of power supply units, introduces a new product that is widely recognized as ‘noiseless’ PSU. Codenamed FSP Aurum Xilenser 500 (AU-500FLD), it employs a passive cooling system instead of an air cooler, thus its dump operation is easily explainable. The unit also characterizes by a startling efficiency which provided for the acceptance of 80+ Gold certificate.



Aurum Xilenser 500 takes similar to Aurum Pro/CM models design with a totally black casing and a comb-like top grid enclosed in a golden stripe. The model is able to operate at the nominal 500W power and support the latest ATX12V/EPS12V standards. It should be noted that this unit utilizes a standard framework with all power connectors soldered on the printed circuit board. A set of connectors involves five SATA connectors, a single 4-contact FDD, four 4-contact Molex, and a pair of 6+2-contact PCI Express connectors. Naturally, it contains two main 24-contact and 4+4-contact …

PNY Debuts with GeForce GTX 750 and GTX 750 Ti Adapters

PNY, following an echelon of graphics cards manufacturers, has launched its own versions of Nvidia’s GeForce GTX 750 adapters. The PNY GeForce GTX 750 and PNY GeForce GTX 750 Ti are based on power-efficient Maxwell architecture that does not compromise on performance. Both new-comers operate at etalon frequencies and are thought to provide entry-level customers with some outstanding facilities. The preliminary retail price of models makes up $124 and $149 for GTX 750 and Ti version correspondingly.



The PNY GeForce GTX 750 employs GM107-300 GPU (512 CUDA cores), whereas the PNY GeForce GTX 750 Ti is equipped with GM107-400 GPU (640 CUDA cores). Both run at 1020 MHz (nominal) / 1085 MHz (boost) clock frequency. The products are differentiated also by the incorporation of video memory.


The first model involves 1 GB of GDDR5 memory; it uses 128-bit interface and runs at 1250 MHz (nominal) / 5000 MHz (efficient) frequency. At the same time, the second model involves 2 GB of …

Intel to Take Care about Power-Efficiency of Ivy Bridge Processors

The rising competition between the two giants in the manufacture of processing units, Intel and AMD, makes each of the two invent ever newer technologies and implement them in their products. The attempts to dominate in the market and win as many consumers usually develop into brand new approaches and brand new advanced facilities.



In this light, Intel is going to upgrade its Ivy Bridge processors to make them more power-efficient. But power-efficiency does not imply that processing units will show less performance; quite the contrary, the manufacturer is willing to combine an utmost performance with the maximal power efficiency level.


Currently, the most power-saving processors of Ivy Bridge generation can be found in mobile devices on Windows platform and in Apple MacBook Air devices. Their TDP level is recorded at 17W. As appears from the above mentioned, the TDP level in upgraded Ivy Bridge processors will be lower than 17W, though the developers do not voice the margin …
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Dell Inc. Dimension 4700 based on Dell Inc. 0M3918

  • CDROM
  • COMPUTER
  • DISKDRIVE
  • HDC
  • HIDCLASS
  • KEYBOARD
  • MEDIA
  • MOUSE
  • NET
  • PORTS
  • PROCESSOR
  • SYSTEM
  • USB
  • VOLUME