APU AMD A10-4600M Review

Intel and AMD companies have established a good reputation for providing efficient hardware solutions for all customer groups. Each new product introduced by the two companies enters the top sales ranks and this promotes for the competition. AMD has recently produced a new APU solution based on Trinity architecture with graphics module VLIW4 and called it AMD A10-4600M. This model can boast the whole spectrum of improvements and advanced features as compared with its predecessor APU Llano, and is intended to beat its rival Intel in efficiency and performance.

Trinity Architecture

CPU Trinity is based on Piledriver micro architecture which superseded Bulldozer from AMD. The distinctive feature of Piledriver is that it’s primarily integrated in a mobile APU. Quad-core Trinity chips utilize two Bulldozer modules, each of which is equipped with two execution cores. Each APU module employs 2 MB of L2 cache, so the entire module architecture approximates to 4 MB of L2 cache; …

Thermaltake Showcases an Original Bigwater 760 Pro Cooling System

Thermaltake Technology, a renowned Taiwanese designer of varied PC hardware pieces, is going to release its new original water-cooling system, codenamed Bigwater 760 Pro. This cooler is targeting powerful processors that require no less powerful cooling. The product demonstrates a wide compatibility with all novel processors that support Socket LGA775, LGA1366, LGA115x, LGA2011, FM1, FM2, AM2(+), and AM3(+).

Bigwater 760 Pro consists of three major parts: waterblock, head block and a couple of hoses. The implemented waterblock features nickeled-copper base of 45x35 mm dimensions. The head block features 252.8x145.8x84 mm dimensions and takes two 5.25-inch bays within the chassis. Its framework involves a pump, a heatsink and a tank for coolant.

The pump is based on a ceramic bearing and produces not more than 16 dB noise. Its performance level achieves 500 liters/hour, while Mean Time Between Failures index is estimated at eighty thousand hours. The integrated heatsink is …

Which DDR3 SDRAM is better for Ivy Bridge

The overclocker memory is now in the category of products for perfectionists, still the common users are pleased with usual modules DDR3-1600 or DDR3-1333 SDRAM. The issue appears related to the release of processors Ivy Bridge series, which in some aspects are similar to its predecessors, still have some distinctive features.

Ivy Bridge processors are restricted on the maximum frequency supported by the DDR3 SDRAM. This indicates the theoretical chance of these processors work with high-speed memory DDR3-3200 SDRAM. Developers of overclocker memory package perceived the change in rules with certain enthusiasm: there are DDR3-2400 modules available in stores. The gap in frequencies of «elite» and «running» versions of the memory has grown twice in size. It won’t have a noteworthy blow on the work of commonly used tasks in systems.

The memory controller in the Ivy Bridge can work both in symmetric mode, with delay, frequency and volume modules in memory channels, and …
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Registered at: 27 October 2012, 10:15
Last visit: 27 October 2012, 12:23