The company did not say how much the chips will cost.
One reason that Tilera can perform so well, the company asserted, is that the processors have been optimized for datacenter applications such as database mining and video transcoding.
In the 3000 series each core features a three-issue, 64-bit ALU with its own virtual memory system. Each core includes 32-kbytes of level-one instruction cache, 32-kbytes of L1 data cache and 256-kbytes of L2 cache, with up to 32-Mbytes of L3 coherent cache across the device. Processor utilization is optimized using memory stripping that uses up to four 72-bit DDR3 memory controllers supporting up to one terabyte (TB) total capacity. The 3000 series integrates networking hardware for preprocessing, load balancing, and buffer management of incoming traffic.
The 3000 series chips are designed to handle most common cloud applications and runs Linux release 2.6.36.
"We have been working with the largest cloud computing companies for two years to design a processor that addresses their biggest pain points," said Ihab Bishara, director of server solutions at Tilera, in a statement. "The Tile-Gx 3000 series has features like 64-bit processing, virtualization support and high processor frequency, which were specifically implemented for our web customers. The era of 20 to 30 percent incremental gains is over. The Gx-3000 series provides the order of magnitude improvements the industry is looking for."
Graphical depiction of Tilera's tile architecture, which the company says is power efficient and highly scalable. Source: Tilera Corp.
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