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AMD GPU roadmap points to a happy 2011 for Radeon lovers
The ATI name might be dead, but Radeon graphics cards are only growing bigger, bolder and better. AMD's recent financial analyst day has made official what many of us already knew or suspected: there'll be three new high-end GPUs forthcoming in the first quarter of 2011. The slides explicitly describe the recently launched HD 6870 / 6850 as mere refreshes, aiming to bring HD 5800 series performance in a more efficient package, but peek beyond them and you'll see an armada of HD 6900 chips just itching to bring the fight to NVIDIA and its newly crowned GTX 580 king of the single-GPU hill. No specs yet, of course, but at least we now know there'll be some fireworks to greet us early in the new year. Oh, and if the mobile realm is more your thing, we've got a shot of AMD's plans on that front waiting for you just after the break.
Intel's Braidwood looks to take another stab at Turbo Memory
Intel's jumped into familiar waters this month at Computex when it showed off Braidwood, a flash memory-based accelerator that works by caching I/O from the processor, reportedly enabling applications to launch much faster. Though not directly stated, for all intents and purposes it looks like this is a spiritual successor to Intel's Robson / Turbo Memory, a similar initiative from the company's past that didn't quite meet the commercial or critical success it had hoped. Whether we see better results this time is gonna be a story we revisit in the more distant future: Braidwood's coming as an option with the Nehalem-based Clarkdale processor, which isn't ramping up production until late this year.
Acer fleshes out Aspire / TravelMate portfolios
While Acer did make a quick stop to confirm that this Gemstone brouhaha was indeed becoming a reality, the firm has apparently gotten around to fleshing out the rest of its healthy Santa Rosa lineup. On the consumer side of things, the the Aspire 5720 touts a 15.4-inch CrystalBrite display, integrated CrystalEye webcam, Dolby Digital Live audio, and a choice of ATI graphics cards. The 7720 steps it up by packing more powerful Core 2 Duo processors, a 17-inch widescreen display, an ATI graphics card with up to 512MB of RAM, webcam, and an optional DVB-T tuner, while the 9920 takes things to the extreme with a 20-inch screen, NVIDIA's DX10-capable GeForce 8600M-GT, and an HD DVD drive to boot. Meanwhile, the TravelMates are also seeing updates, as the 6592 packs a Core 2 Duo CPU, 802.11a/b/g/n, dual-layer DVD burner or HD DVD drive, ATI's Mobility Radeon X2300-HD graphics, and a 15- or 15.4-inch display. The 6492 loses an inch of screen space, steps down to integrated X3100 graphics, but sports up to 8.5-hours of battery life with a secondary cell installed in the media bay, and the 6292 wraps things up with a 12.1-inch display, WiFi, ezDock II compatibility, and a lightweight design. No word just yet on pricing or availability, but at least you've got a smattering of choices on the Acer horizon to decide upon.Read - Acer TravelMate lineupRead - Acer Aspire lineup
Future Apple Notebooks likely to benefit from flash?
Another cool thing about the transition to Intel is the availability of more information for informed guesses about the future direction of Apple hardware. Since Apple is increasingly using technology also offered to other OEMs it's harder for Apple to keep likely future developments secret for as long as they have in the past. This informed speculation in APC Magazine is a perfect example. They apparently interviewed a Samsung engineer about the new hybrid hard drives that Microsoft is promoting for use with Vista and asked if Samsung had offered the technology to Apple. The Samsung engineer indicated that they had done so but that Apple had turned them down. This leads APC to conjecture that Apple is likely to use Intel's Robson flash chip technology in future notebooks instead. The flash chip module uses flash memory "as a 'smart storage' buffer between system RAM and the hard drive." This offers a number of potential benefits including quicker boot times and better performance on apps that access the hard drive a lot (since flash is faster than a hard drive), as well as improved battery life (since the power hunger motor in the HD is not spinning as much). Let's just hope that Apple gets out in front on this technology like they have with so many others.
