The First Take on Versa N23 Chassis from Thermaltake

Thermaltake PC cases have never been a frustration. The Versa N23 is not an exception. It is a combination of functionality balanced with modern styling and a bit of company’s passion. The middle-tower chassis draws attention by the front panel with light-blue insertions against black panel. The other attraction is the right-side panel with an integrated acrylic window.

Thermaltake Versa N23 is intended to accommodate mini-ITX, micro-ATX and ATX motherboards with the maximum of 7 expansion slots. The availability of ODD bays enables the installation of two 5.25-inch drives. The layout also welcomes five 3.5-/2.5-inch drives which might be mounted without any tools.

Internal space is enough for 160-mm high CPU coolers, PS/2 ATX power supply units and 250-mm long graphics cards. If retrieving unnecessary drive bays from the bottom section, there is a chance to install 360-mm long videocards.

To continue, air cooling configuration offers 5 seats for 120 mm fans (2x …

MSI Showcases R9 280X Gaming 3G LE Graphics Card with Under-Frequency

MSI Gaming lineup of graphics cards is currently rich in numerous models targeting gamers with any taste and budget. Nonetheless, the company never stops pleasing its fans, so the appearance of a new R9 280X Gaming 3G LE (Light Edition) card is quite viable. The new-comer is much alike its predecessor — R9 280X Gaming 3G, released last autumn, — but features reduced frequencies. The other specifications are almost identical.

MSI R9 280X Gaming 3G LE is based on AMD Radeon R9 280X GPU. Its modified frequency chart looks the following way: nominal clock frequency in Silent/Gaming/OC mode makes up 860 MHz, whereas dynamic clock frequency differs, depending on the mode. Hence, in Silent mode it equals to 1000 MHz, in Gaming mode – to 1010 MHz, and in OC mode – to 1020 MHz. Just to compare, the predecessor boasts some 1000 MHz nominal and 1050 MHz dynamic index.

The layout of the graphics card involves 3 GB of GDDR5 memory (384-bit bus) that runs at 6 GHz, Military …

AMD Highlights Plans for the Transition to the 28nm Process

AMD is a company known for the continual and elaborate work on the development and improvement of all product lines, as well as technological standards. Thus, the coming 2013 year is supposed to be portentous for the company in terms of the implementation of 28nm standards in their APU. AMD has recently voiced the plans for the change of the Trinity APU to a new model, codenamed Richland, and the transition to 28nm technological process.

The new APU, Richland, is presumably to be released in two versions: dual-core and quad-core. It will support a number of high-performance technologies, such as Blu-ray 3D, dual graphics, Open CL, AMD turbo core overclocking, and some others.

According to the preliminary information, Richland will employ FM2 socket (which Trinity employs) and Radeon 8000 series DirextX 11 GPU. This GPU will be furnished with 128 cores in dual-core model line, and with 384 cores in the high-end A10 APU. The same number of cores has been implemented in …
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Registered at: 07 April 2012, 18:08
Last visit: 07 April 2012, 18:17