The Cell processor sits at the heart of the PlayStation 3, the most powerful game console yet developed, and a high-performance computer from IBM and now Toshiba wants to put that power into mobile devices and cell phones.
A roadmap for the processor on display by Toshiba at this week's Ceatec show in Japan shows a more powerful version of the chip under development for 2007. While details of the chip were not available, a source close to Toshiba said that the new device will be manufactured using more advanced 65-nanometer production technology. The current chips are being made on a 90-nanometer line and the switch will mean lower power consumption and increased performance.
The Cell chip is the product of a joint development project by Toshiba, IBM, Sony and Sony Computer Entertainment Inc. (SCEI). Each chip contains a main processor and eight sub-processors to deliver about 200G floating point operations per second (FLOPS) of power.
It will make its consumer debut next month when SCEI puts the Playstation 3 on sale in Japan and the U.S. but Toshiba has plans for the chip in other parts of the living room.
"As the first application we are focused on the consumer electronics area such as media servers or something like that but Cell itself is not restricted to that area," said Mitsuo Saito, chief fellow at Toshiba's semiconductor company and one of the key creators of the chip, in an interview at Ceatec.
"Maybe other partners are going onto the very high-end. We are focusing on the low power area. One is for more mobile types of applications such as small games or some mobile phone-like systems," he said.
When the Cell partners disclosed details of the chip in 2004 both Toshiba and Sony said they planned to put the device into consumer electronics products by 2006. Toshiba said its plans have been delayed but remain very much in-place while Sony said it is currently concentrating on getting the Cell into the PlayStation 3 and will look at other uses once the games console is launched.
Toshiba's Saito said the three partners are also collaborating on the software side so that Cell-based software won't end up tied to specific versions of the chip.
"Also, maybe the most important thing is to have collaboration, he said. "Each type of Cell has to have the same basis of software so for this purpose we are doing a lot of effort to centralize software from the very small Cell to the very large one to have a uniform world. It's our plan to expand to that kind of area. That is a very important aspect so we are collaborating together, three companies, to enhance the Cell world."
(Additional reporting by Sumner Lemon)