VIA Nano ultra-low power processor
Atom smasher?
14th August 2008 11:51 GMT
The Atom left us unmoved despite its low price because the performance is none too great. We reckon the dual-core Atom could have some potential, but in the meantime we'd like Intel to combine its low-power CPU with a chipset that was younger and better than the i945G it's currently saddled with. And while Intel is giving Atom a workover, could it please sort out the silly heatsink on the chipset.
Atom may well be the natural competition for Nano, but heading into this review it seems to us that VIA has set the bar for comparison rather low.
VIA makes a number of claims about Nano - codenamed 'Isiah' - to whet our appetite. For starters; the chip's pin-to-pin compatible with the C7 series of CPUs, which is the sort of thing that will please motherboard manufacturers. Atom is a new design.
Nano has 64-bit, superscalar architecture and can handle out-of-order instructions. According to VIA, Atom can’t do any of those things so it’s worth pointing out that Intel lists drivers for the D945GCLF Atom motherboard for Windows XP x64 along with 32-bit XP and 32-bit Vista.
Other nuggets of information about Nano obscure and inform in equal measure. For instance, there is a dual-core Isaiah on the roadmap, but we don’t know when it's due to be released. We do know that a shift to 45nm is planned for H2 2009, and you might well expect that the dual-core changeover will happen at the same time, but that’s pure speculation on our part. Either way, we’re looking at a full year and that’s a long, long time to wait.



Intel Core i7 I7-920 Quad Core Processor (2.66GHz, 4x256kB, 4.8GT/s QPI, LGA 1336 Socket B)
AMD Phenom II X4 965 Black Edition Quad Core Processor (3.4GHz, 6MB L3 Cache, 4x512KB L2 Cache, 2000 MHz Bus, Socket AM3)
Intel Core i5 750 Qaud Core Processor (2.66GHz, 8MB L3 Cache, 2.5 GT/s Bus, Socket H LGA1156)
Asus P7P55D Motherboard (Intel Socket H LGA1156, P55 Express, ATX, 16GB DDR3)
Asus M4A785TD-V EVO AMD 785G/SB710 Socket AM3 ATX Motherboard