Shuttle X27D Barebone Driver
Figure: All of the functions of the Shuttle Barebone X are managed by an Intel chip set. Shuttle Inc. has introduced its Shuttle Barebone X27D, the first. Results 1 - 7 of 7 - Brand new Shuttle XPC X27D Barebone Mini PC Features: Intel Atom FSB MHz - Intel GC ICH7 - 1 x pin DDR2 DIMM slot. The ultra-compact Shuttle Barebone X27D comes with an integrated Dual Core Intel Atom processor. Its visual appearance shines with coated surfaces and.
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Shuttle X27D Barebone Driver
Mini and glossy outlook The X27D has a gorgeous glossy outlook with a mere 3-liter volume.
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The unique black piano mirror finish reflects Shuttle X27D Barebone touch of Shuttle PC lineup. With the X27D, you can optimize your work space while create a space-saving, yet stylish work environment conducive to productivity.
To experience the greatest benefits of using a digital display device, DVI is made to maximize the quality of flat panel LCD monitors. Eco-green living No more Shuttle X27D Barebone about loud noise from CPU fan.
Shuttle X27D barebone PC with Atom dual-core - SlashGear
The Shuttle X27D Barebone is an extreme silent PC which produces only 23 db when in both idle and full load mode. The reduction in power consumption is also a major issue of eco trends.
You are certainly able to concern about consumer citizenship while stay your exquisite taste with this chic gadget. As Shuttle X27D Barebone basis of a secondary machine, however? All of the core functionality of any decent PC is in there. Only compute-intensive tasks, like video encoding, cause Atom to show its true colours, a mix of sluggish brown and a rather slow grey.
Arrival of the dual core Atom So what has taken this dual core version so long to actually turn up? Strangely, we think it may have been a complete lack of demand.
While countless companies embraced the for its combination of low power, low heat and low-to-middling performance, there's not much more on offer in the that's particularly different or desirable — just another core, which isn't especially relevant on a machine meant for low-end tasks. It's virtually the same chip; Shuttle X27D Barebone model, stepping and revision are identical.
Each type of cache is duplicated, too. In fact, it's literally two Atom dies glued on top of each other, making four virtual cores thanks to Atom's inherently multithreaded design. New to the is bit support, although we can't imagine why you'd need to use Shuttle X27D Barebone.
Improved performance This extra breathing room Shuttle X27D Barebone make a surprising difference, though. Cinebench showed this very clearly — the 's single core performance, which was really only utilising half of a core thanks to Windows' complete lack of load balancing, was pretty abysmal.
Multi-CPU performance, where the whole chip was used, nearly tripled the performance. That's about average for multi-core platforms.
Heavenly match It's clear that Shuttle has needed the Atom for a long time. Bashing desktop chips into tiny boxes is a poor idea; Shuttle X27D Barebone Shuttle's barebones systems have been brilliantly compact in the past, they've also been noisy and hot. The Shuttle X27D, though, is not.