SAN FRANCISCO--Intel Corp. said all the components needed for Light Peak will be available before the end of the year, enabling systems to ship using the 10 Gbit/second optical interconnect in 2011. That's as much as a year before Intel is expected to support USB 3.0 in its processor chip sets, enabling a mainstream market for that interconnect.
An earlier report incorrectly said the components would not come until 2011 and systems would follow in 2012.
The quick time to market is breathtaking given Intel first announced Light Peak at its Intel Developer Forum a year ago. At that time, senior executives said it could take years for the technology to be ready for mainstream uses.
What a difference a year makes. At IDF this week, Intel showed a Compal notebook linked to an Avid audio processor and Western Digital storage system using Light Peak to handle professional media editing (see video here). An Intel spokesman said the systems all used an Intel controller.
"We are going after consumer and mobile platforms so we don't expect to have a large bump in power consumption or cost" over traditional copper interfaces, said Robert Siegel, who manages Intel's Light Peak ecosystem efforts.
Siegel would not give power consumption or cost figures for the Light Peak parts. He also declined to name the third parties who will supply the optical modules, connectors and cables needed for Light Peak.
It's ironic Intel is providing Light Peak controllers on such an accelerated schedule. Many chip and systems companies have complained that Intel postponed until 2012 plans to include in its processor chip sets support for the USB 3.0 specification.
The Intel spokesman said Light Peak and USB 3.0 could both be used on future systems and serve complimentary roles. USB 3.0 supports rates up to 5 GigaTransfers/second and data transfers of at least 300 Mbytes/second.
Nearly 120 products have been certified complaint with the USB 3.0 spec to date, coming from companies such as Asustek, Buffalo, D-Link, Fujitsu, Hewlett-Packard, PLX, Texas Instruments, Samsung and Western Digital. Separately, only PLX Technology showed a demo at IDF of Light Peak, using the optical link to carry PCI Express 3.0 traffic between systems.
A representative from Texas Instruments estimated as many as 40 million notebooks could ship with USB 3.0 next year. The company will sample before the end of the year a four-port USB 3.0 controller that requires no external flash and will sell for about four dollars in 100,000 unit quantities.
intel has been known to introduce some exclusive thing to help dominate the market. Like when AMD and INTEL partnership for MMX.
MMX was a nice marketing plow to help put those two CPU manufactures ahead of everyone else. In reality there was only a dozen software titles actually used that MMX extensions, it was short lived for like 6 months or something but it was a awesome strategy. Who cares about the mmx extensions now? LOL!
Interesting, I got the Camera Connection Kit for my iPad 2 and when attaching 2.5 inch external hdd on it, the iPad complains the attached device is requesting more power then it's prepared to give. It occurred to me that port doesn't meet USB 2.0 standards, maybe only meeting USB 1.1. Did refusing to go USB 2.0 help reduced it's battery consumption rate for the iPad?
Light Peak has potential data speeds capacities, however higher cost of parts for optical connections will keep it back. USB offers powering of devices as well as connection, I don't see anything on this matter concerning Light Peak. I reckon USB still be around another good 10 years or at least till light speed come into mainstream (due to reduced pricing/increase popularity) maybe 2016, long time. Or lack of adaptation could see it never really taking off.
Has anybody asked what sot of bus is going to feed 100Gb/s, or 1Tb/s (the photonics link). Intel has aimed for the 100Gb/s on system bus years ago, but what new (optical) bus might they have up their sleeves now? All I can tell you is AMD should worried and worried about being trumped. Steve Jobs went to see the cell even though he did not want to, he had already abandoned Power PC, because he had already seen what Intel was promising (not that it all came through as expected). If he seen all this, Terascale and all, no wonder.
There's already USB3.0 solutions available so I'm not too concerned about Intel right now. I agree that AMD has an opportunity here if they choose to take it. I, for one, will likely skip USB3.0 and wait for LP -- unless I get a USB3.0 equipped board for other reasons. A great thing about LP is that it can be used to support all protocols including USB3.0 LP is an optical pipeline, not a protocol by itself. It leverages existing PCIe & USB protocols but can collapse all the separate wires for these into a single optical cable.
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.