Intel Develops Silicon Hybrid Laser Chip
September 18, 2006 5:30 PM
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High performance light-based computers in the horizon
Researchers at Intel and the University of California, Santa Barbara
the world's first Hybrid Silicon Laser
, or HSL. An HSL is a silicon-based laser emitting device. According to Intel, creating a laser emitting silicon chip is a breakthrough that will propel the world of computers into the light-based transmission era.
Called Indium Phosphide, the material contains properties that allow it to emit light when voltage is applied. Intel researchers were able to integrate Indium Phosphide into traditional silicon chip manufacturing techniques, thereby creating a silicon-Indium Phoshide hybrid chip -- one that could process traditional electrical signals and transmit laser light. The laser light generated by an HSL chip could be used to transmit data and thus power other silicon photonic devices said Intel.
“Silicon Photonics is a critical part of tera-Scale computing as we need the ability to move massive amounts of data on and off these very high performance chips" claimed Intel Chief Technology Officer Justin Rattner. Intel said that HSL could bring along terabit-capable transmission processors that are low cost and easy to produce. Computers would be a multitude more powerful than those we use today. The technology however, is still a number of years off.
Currently, silicon chips can detect light, route light and even modulate light said Intel, but the problem is getting silicon chips to produce light. Intel is taking Phoshide lasers commonly used in other industries and bringing along new types of applications. Voltage is first applied to the HSL. The Indium Phosphide element then produces light, which then enters a silicon waveguide to create continuous laser light. Using this technique, Intel also maintains a low cost production of HSL devices. According to Intel:
The hybrid silicon laser is a key enabler for silicon photonics, and will be integrated into silicon photonic chips that could enable the creation of optical “data pipes” carrying terabits of information. These terabit optical connections will be needed to meet the bandwidth and distance requirements of future servers and data centers powered by hundreds of processors.
The application potentials for HSL chips are truly exciting. The industry in general has been talking about laser or light based electronics for a number of years already. With the development from a company like Intel -- and hopefully others like AMD -- the industry is getting the right push it needs. With multi-core processors now the mainstream, computers will only get faster. HSL devices will drive the future of computing said Intel, and things are looking only brighter. Communications technology uses a fair number of laser electronics and as the technology is refined, desktop computer and notebooks will be using the technology in the next few years as the limits of traditional silicon is reached.
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Ive got one better.
9/23/2006 8:00:24 AM
Although I didnt actually figure out the way Intel's engineers were able to produce the light beam break down pattern, there is another way to improve on this tech.
I came up with a similar idea almost 15 years ago.
Since someone has already basically come up with the same layout. :(
They need to make a "light spectrum spread array" that can take millions of colors and turn them into individual pathways for information.
Think of it more as a solar panel that absorbs light beams and converts them into data "bits".
I was using this idea for flash memory as well, (I called it bubble memory) using each light color point into a bit transmitter for data storage.
Lets just say, todays memory storage is a joke.
Now, apply it to processors, and you will have it made.
Additionally, it can be applied to a new generation of optical data storage that can handle millions of times the storage area of the current best tech.
Imagine the applications for AI?
Food for thought.
Not to sound wacko, but I think of this stuff all the time.
Just wish id get a patent on this stuff.
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