Asetek to Finalize the Development of the 4Gen LCS

Asetek, a well-known manufacturer and supplier of water/liquid cooling solutions, announces the final stage in the development of the 4th generation of its patented liquid-cooling system. Currently, the products developed by Asetek are widely used by OEM-companies in their own systems. However, in accordance with the voiced information, the LCS of the fourth generation will be delivered as OEM-product line, so as a brand Asetek product. The prospective release date is scheduled for the end of 2012.



The 4th generation of patented liquid cooling systems features an elaborated waterblock base and totally refined pump. Such improvement might provide for a dramatic increase in performance. The implemented pump creates a higher pressure and more efficiently distributes the liquid current at the entrance to the micro-channel base structure.


At the same time, thermal resistance has been reduced at 20% which resulted in 1.2 times better waterblock heat irradiation properties. …

Sapphire Showcases Radeon HD 7870 GHz Edition Toxic Solution

Sapphire Technology Ltd. is going to release a new graphics card on Tahiti LE chip. Codenamed Radeon HD 7870 GHz Edition Toxic, the card is one of the first models to use the newest GPU, developed under 28 nm technological process. The suffix 'GHz Edition' in the model's name witnesses that the nominal GPU clock frequency exceeds the index of 1 GHz.



The core of Sapphire Radeon HD 7870 GHz Edition Toxic is based on Graphics Core Next architecture and contains 1536 current processors. The card's inventory involves 2GB of GDDR5 memory with 256-bit bus interface. The memory modules are known to operate at 6000 MHz frequency. GPU operational frequencies are still not clarified, but it's possible to assume that on activation of AMD PowerTune option the card will demonstrate some outstanding performance. In fact, analysts dare saying that this model is the most efficient one among all other solutions based on Tahiti LE chip.


Optimal thermal regime and airflow activity are …

Haswell processors for laptops will consume up to 57 W, desktop - up to 100

Intel provides with three graphics levels: GT1, GT2 and GT3. Desktop processors won’t receive graphics performance higher than GT2, but mobile processors will be able to boast of with GT3 class. Support of PCI Express 3.0 for Haswell processors will be quite usual characteristics, but at the memory controller little progress is seen — yet provides dual-channel DDR3-1600.



By energy consumption Haswell desktop versions will be divided into models with values of 35, 45, 65 and 95 watts of TDP level. For mobile processors the values are ​​37, 47 and 57 W. Finally, ultra book processors with built-in system logic will be filled by TDP level not more than 15 watts. It is assumed that this will enable them, among other things, be in standby mode up to 10 days without charge.


The desire of Intel to compete with AMD in terms of performance integrated in graphics processor, will add some work to companies producing cooling systems for laptops. The developers report about …
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