Chip manufacturer Transmeta is considering a shift in focus from operations to licensing its technologies, especially its LongRun2 software.
This is in a bid to counter the advances in low-power mobile chip design made by rivals Intel and Advanced Micro Devices.
Last week AMD started shipping the 90-nanometer versions of its Mobile Athlon 64 processors, code-named Oakville, to PC makers.
Transmeta lost $591m (£326m) this year and earlier this month announced it might have to scale back operations to concentrate on its fledgling licensing business if it needs to raise cash in the coming quarters and runs into problems securing credit.
By submitting your email address, you agree to receive emails regarding relevant topic offers from TechTarget and its partners. You can withdraw your consent at any time. Contact TechTarget at 275 Grove Street, Newton, MA.
Its problems stem from Crusoe, its first chip. Transmeta used a 128-bit VLIW (very long instruction word) architecture to build Crusoe, but that architecture was not compatible with that of the x86 used by Intel and AMD processors or the vast majority of the world's PC software. So code-morphing software was used to translate x86 instructions to Transmeta's hardware.
Transmeta's software approach allowed it to use fewer transistors on Crusoe than most x86 chips, cutting the power consumption of the chip. However, PC suppliers were looking for more general-purpose performance. Software simply cannot duplicate the raw performance of a well-designed collection of transistors.
Early reviews were not kind. PC suppliers were further disappointed by manufacturing delays, as Transmeta tried to make the jump from 180-nanometer process technology to 130-nanometer process technology in 2001. Transmeta relies on third-party foundries to manufacture its designs.
Intel countered Transmeta's Crusoe in 2000 by launching the low-power Pentium III. By 2003, Intel's Pentium M processor, however, had surpassed Transmeta's low-power benefits.
According to analysts, Transmeta's best hope moving forward is the Efficeon chip, a revised version of Crusoe that addresses many of the flagship chip's performance issues. Efficeon runs faster than Crusoe, uses a 256-bit VLIW architecture, and has a new version of LongRun to boost performance and reduce power consumption.
Transmeta has lined up partners, namely NEC Electronics, which has licensed Transmeta's LongRun2. Transmeta hopes to harvest its technology by finding other licensees that will tap into its intellectual property, said Arthur Swift, senior vice-president of marketing at Transmeta.
LongRun2 allows Efficeon to adjust its clock speed and operating voltage hundreds of times a second to match the workload of applications. This approach of applying power as needed has been a hallmark of Transmeta's products since the first Crusoe chip, and the company hopes that LongRun2 not only improves its own chips, but also attracts the attention of third-party chipmakers.
Tom Krazit writes for IDG News Service