Intel's Core i7 desktop chips went on sale in Tokyo on Saturday night, bringing to market a series of processors that are significantly more powerful than any of the company's current desktop products.
In a move intended to stoke demand among PC enthusiasts, shops in Akihabara, Tokyo's main electronics district, stayed open past midnight to put the first Core i7 chips on sale. The launch preempted a San Francisco news conference planned for today, as signs increasingly point to softening global demand for computers.
"This is a major new architecture for Intel and to be able to launch it here first to the user-community that Akihabara supports is a really exciting thing for us to do," said Steve Dallman, vice president of sales and marketing and general manager of Intel's worldwide reseller channel organisation, shortly after the midnight launch. He was referring to the PC hobbyists and gamers who crowd the areas electronics stores in search of components to build their own computers.
"One of the features in the new processor I think they are going to be very excited about is Turbo-mode," he said.
"There's also Turbo-tuning, which allows them to go in for the first time and tune 20 different parameters to optimise the performance of the processor."
The chips are also now available in the UK. Overclockers lists the 3.2GHz Core i7 965 Extreme Edition at £916, while the 2.93GHz Core i7 940 and 2.66GHz Core i7 920 are priced at £517 and £282, respectively. Additional versions of Nehalem targeted at other market segments, including laptops, are expected to be released next year.
Several hundred people crowded stores that were open from around 10pm until 1am Sunday morning to check out the new chip and buy it. It was offered alongside compatible motherboards and other components.
"We ran-out of the high-end ones, the 965 processors, and the motherboards above ¥40,000 (£280)," said Keisuke Kuraishi, manager of the Faith store in the electronics district.
Core i7 is the first chip series based on Intel's Nehalem architecture to hit the market. Manufactured using a 45-nanometre process, these chips differ from Intel's existing products in several ways, most notably with the inclusion of an on-chip memory controller and faster links that connect the processor with main memory.