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"The launch of the Athlon 64 FX-62 and Athlon 64 X2 5000+ processors, while impressive in their own right, is almost secondary to the future potential of Socket AM2. Certainly, it is nice to see the higher performance and improved specifications of the latest processors, but it's more a horizontal transition, where the Socket AM2 processors are faster than similarly-clocked Socket 939 models"
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VIA Announces Comprehensive AMD Chipset Support for Socket AM2 Transition
VIA delivers full line of solutions for upcoming range of AMD products including the latest AMD Athlon(tm) 64 FX-62 and AMD Athlon(tm) 64 X2 5000+ dual-core processors
Taipei, Taiwan, 23 May 2006 - VIA Technologies, Inc, a leading innovator and developer of silicon chip technologies and PC platform solutions, today announced top-to-bottom chipset solutions supporting the transition to socket AM2 by AMD (NYSE: AMD).
To accommodate the latest platform features and rising system bandwidth requirements, AMD's transition to socket AM2 will enable a new wave of innovation on AMD64 based systems featuring AMD Virtualization and high-performance DDR2 memory. Supporting this transition, VIA offers a wide range of chipset solutions that are fully compatible with socket AM2 platforms, including the VIA K8M890, ideal for Windows Vista(tm)-ready systems, and the VIA K8T900 performance chipset with dual X8 PCI Express support.
"VIA is proud to continue our strong collaboration with AMD and support their continued leadership with the acclaimed line of AMD Athlon(tm) 64 and AMD Sempron(tm) processors," commented Chewei Lin, Vice President of Product Marketing, VIA Technologies, Inc. "With leading top-to-bottom solutions for the AMD platform, VIA is well positioned to strengthen our standing as a premier supplier of solutions for the AMD platform."
"We have achieved greater than 20 percent market share as of the end of Q1 in servers, allowing us to leverage that success into the traditional client space," he leveraged.
The sources revealed that over half of Hewlett Packard (HP) notebooks use AMD processors, and these models are chiefly for the European and American markets. For Acer, the AMD proportion is 35%, the sources added.
AMD also pointed out that it now owns 48.1 percent of the U.S. four-way x86 server space and 36 percent of the worldwide market for those servers. Dell signed on as an OEM for AMD?s four-way servers last week after years as an Intel-only OEM.
"PhysX by AGEIA" is designed to take your PC gaming experience to the next level by introducing hardware driven physics."
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"The authors found that direct and indirect contributions of entertainment software to the nation's gross national output, a measure of the value of goods and services produced in an economy, exceeded $18 billion in 2004 -- a figure they said would steadily increase as the industry grows."
More on the impact of the gaming industry
ATI's line of chipset is the latest buzz in the menagerie of core logic. An insane overclocking potential, combined with 32 PCIe lanes dedicated entirely to graphics processing are the main charms enticing the novice along with the hard-boiled overclocking fanatic. Crossfire in the purest form includiung the possibility of using two ATI X1900 XT processors complements the platform by taking advantage of a 16 MB/sec path for feeding the graphics monsters with data and inter-GPU communication for coordination of the different workloads.
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Thanks to AMD's price cuts, we were able to bump up our previous system's dual Opteron 270s to Opteron 275s and save $400 in the process. The Opteron 275s have two 2.2GHz cores, each with 1MB of cache. Added up, we have the equivalent of four desktop Athlon 64 3700+ processors, all able to work simultaneously. Any kind of multitasking should scream with this machine, and let's not even talk about multithreaded apps.
Sadly, Intel is out of the picture on the workstation front. Current dual-core Xeons are just too hot, too power-hungry, and too slow to compete against AMD's dual-core Opterons.
"El Reg: Our major issue with AMD at this point is your reluctance to talk about what is coming down the road. You were more than happy to talk about 64-bit extensions early and dual-core parts early. Why aren't you being more specific about what you have to do to counter Intel's improvements?
HR: First off, because we don't feel as much as the outside world does a need to counter. Right now it is more asking Intel what they are going to do to counter AMD than the opposite.
We are in front and gaining share.
Maybe it's me, but I don't see any reason to let the speculative fires burn again till Dell reports a quarter in which it loses substantial server market share. That day may be coming, of course. (Certainly, AMD is putting enough pressure on Intel (Nasdaq: INTC) to make it possible.) But I'm willing to wait. If (when?) Dell loses ground, I'll be ready to write about how the long romance between Intel and Dell has gone sour. Until then, let's please just call this tech love story what it is -- a marriage that needs work.
"A digital entertainment computer proposed by Intel ViiV and AMD Live! platforms is in charge of distributing digital content (data, music, movies, photos, etc) to other electronic equipment such as TVs, notebooks, MP3 players and PDAs. This digital entertainment computer should be able to record TV shows, videos, music and photos in DVD or CD."
Advanced Micro Devices Inc. is looking forward to the requirements of system design at the 45-nanometer chip manufacturing node and beyond. And the company is foretelling a need to work at yet higher levels of abstraction in a zone where both the software and hardware for multiple system implementations are generated from high-level design intent.
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