Release of Chassis Aresze Subverter 7650B with Efficient Cooling System

Aresze is going to release its new series of chassis developed in Mid-Tower form factor. Codenamed Subverter 7650B, these chassis are primarily intended at consumers with the heightened demands to the layout and integration but with rather 'modest' financial possibilities. Subverter 7650B series can boast an outstanding efficiency pertained to cooling down. In addition, the internal zoning and integration of this model are similar to that implemented in more costly line of products manufactured by Aresze.



Aresze took all efforts to achieve the maximal results applied to the efficient cooling down. Thus, the framework zoning for the airflow distribution has been designed according to the company's own technology. The bay designated for graphics cards, which can support the cards of up to 300 mm in length, can be applied for the wide range of solutions. The 120 mm fan is located at the top part of the chassis and serve the blowing out means; this way the hot airflow does not …

Asus Launches Top-Notch ROG Matrix GTX 980 Ti Graphics Card

Asus is happy to introduce, upon its own statement, the most efficient graphics card based on Nvidia’s GTX 980 adapter. The ROG Matrix GTX 980 Ti is by 18.7% faster than all other reference analogues. Its advantage in some gaming applications achieves stunning 21.6%. Besides, the customers are able to further boost its performance due to ROG GPU Tweak II utility.



Asus ROG Matrix GTX 980 Ti employs an overclocked version of GM200-310 GPU. In OC gaming mode its clock frequencies make up 1216 MHz/1317 MHz (base/dynamic), whereas in Gaming mode these showings achieve 1190 MHz/1290 MHz margin. As far as memory is concerned, it’s introduced by GDDR5 modules (6 GB, 384-bit rail), running at 7200 MHz frequency.


Cooling is entrusted to DirectCU II cooler with direct touch technology and a pair of fans. The latter provide for the decrease of heat by 30% as well as triple cut of noise level, if compared with the reference cooler. Power is supplied via two 8-pin connectors.

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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Registered at: 10 December 2011, 16:12
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