SANTA CLARA, Calif. Configurable processor cores are on a rapid growth curve and have "great opportunities" in many embedded applications, said analyst Jim Feldhan, keynote speaker at the ConfigCon Silicon Valley 2006 conference here Monday (Oct. 30). Other speakers also described a bright future for configurable processors.
ConfigCon, which has been held in Taiwan and China but is appearing for the first time in Silicon Valley, is sponsored by ARC International. Presenters included representatives of EDA vendors, real-time operating system (RTOS) providers, silicon intellectual property (IP) suppliers, and foundries.
Feldhan, president and founder of Semico Research Corp., said that total processor cores account for around 2.5 billion units today and will approach 4 billion units by 2010. Configurable processors account for 200 million units today and will reach 1 billion units by 2010 a much faster overall growth curve than non-configurable cores, Feldhan said.
"There's a great deal of design work going on right now, and there's a great opportunity for ARC, Tensilica and other vendors as well," Feldhan said. Good opportunities for configurable cores, he said, include markets with new standards that are in flux; applications that require the processing of a large amount of data in a limited time; and power management for portability, where reducing clock cycles is important.
Feldhan said that configurable cores should do well in applications such as wireless networks, multimedia, streaming video, image processing, HDTV, and old and new portables. He said that configurable cores provide product differentiation, address multiple standards, support multicore designs, and protect designers' IP.
Feldhan also reiterated a previous Semico forecast that predicts a short downturn in semiconductor industry growth in 2007, followed by strong market growth through 2010.
Meanwhile, speakers from ARC presented configurable processors as a new chip design methodology for the 21st century. "We believe this represents the future of SoC [system on chip] design," said Carl Schlachte, ARC president and CEO.
Schlachte said that Moore's Law actually inhibits the creation of low-cost SoCs, because increasing complexity results in high design costs. "We need to be able to utilize SoCs without touching every transistor," he said. "The IP industry was born on the back of this fact."