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Home > Green IT

We can provide performance while reducing power draw
Vendors of all hues and colors have now started converting themselves to green. Sun Microsystems is no exception, with its green strategy hinging around its processor design. The company is stressing on going green in its products through adoption of Core-Multi Threading technology, thus increasing the performance-per-watt usage. Sridhar Vajapey, VP, technology, validation and test, speaks on Suns strategy on going green Excerpts
Wednesday, January 09, 2008
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What is Suns green products strategy from the product development/technology perspective?
Our green strategy starts from the processor design. Our Core-Multi Threading (CMT) methodology has shown that we can provide performance while maximizing performance/watt. Suns energy efficient UltraSPARC T2 CMT CPU has 64 threads and each thread consumes less than two watts of power. The performance/watt leadership also allows customers to minimize on space. Lower power actually causes CPUs to run cooler.

Sridhar Vajapey, VP,
Technology, Validation and Test, Sun Microsystems

What is Suns roadmap for microprocessors/multi-core chips, as the industry is talking of Quad core while Sun is well on its way to 8-cores?
More than well on its way. We have released both first and second generation products, UltraSPARC T1 and T2, respectively, with 8-cores on a chip. UltraSPARC T1 CMT CPU was released in December 2005.

Yes, Sun SPARC has been leading the way in innovations for nearly two decades now. Our CMT strategy is yet another innovation that allows us to be able to tightly integrate 8-cores with each core having 8-threads. Our first generation CMT chip, UltraSPARC T1, had 8-cores and 4-threads per core (total of 32 threads).

In UltraSPARC T2, the 8-cores are connected by a high-speed crossbar capable of 180GB/s of read and 90GB/s of write to internal memories. Further, apart from the number of cores and threads, we have pulled in and integrated dual 10Gb Ethernet ports. This further enhances the performance in networking.

What is the USP of Suns Throughput Computing Strategy? How is it different from other technologies prevailing in the market?
The Web and applications are very thread-friendly. This is, therefore, more of a throughput problem than a single-thread problem. A single-thread design will actually have to brute-force various threads through a pipe while in a highly threaded environment they can indeed run in parallel. This is a difference between the two styles of implementation.

R Jai Krishna/CyberMedia News
maildqindia@cybermedia.co.in

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