Intel Unveils Power-Saving Silvermont Architecture

Intel has just unveiled its new advanced working out: power-saving and high-efficient microarchitecture codenamed Silvermont. According to Intel, this architecture is primarily targeting devices with low power consumption and can embrace a vast production segment, starting from smartphones and finishing with datacenters. Silvermont is ready to demonstrate a threefold increase of performance and fivefold decrease of power consumption (with preservation of erstwhile efficiency), if compared with the current generation of Intel Atom cores.

Intel Silvermont has been elaborated in compliance with the norms of 22 nm technological process with the implementation of 3-D Tri-Gate transistors. The employment of new progressive techniques promotes for enhancing the operation speed and reducing energy demand of products which use Silvermont as the basis. Multi-core architecture with the support of up to eight cores ensures higher bandwidth, lower latency and more efficient operation on …

Sapphire Radeon RX 480 Nitro OC is Available for Preorder

Sapphire is about to launch the first modification of AMD’s graphics adapter – the Radeon RX 480. The new-comer, entitled Radeon RX 480 Nitro OC, is already available for preorder at the price tag of $322. The PCB, as well as the integrated cooling system, employs a modified design. The ‘OC’ postfix implies that the card has been overclocked to provide for a better performance.

Sapphire Radeon RX 480 Nitro OC comes equipped with AMD Polaris 10 GPU (14 nm, FinFet, GCN). It features 2304 stream processors, 32 ROPs & 144 TMUs. The presumptive GPU clock frequency might achieve 1350 MHz. At the same time, memory subsystem hasn’t been modified: 8 GB of GDDR5 are supposed to run at 2.0/8.0 GHz (base/dynamic) frequency.

The 2-slot cooling system employs a few heatpipes, a large aluminum heatsink, a stiffening plate at the reverse side, and a couple of 100-mm fans. The latter are able to operate in passive mode when GPU temperature is low. Moreover, the model boasts the …

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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Registered at: 30 November 2011, 19:51
Last visit: 30 November 2011, 20:25