#silicon photon

[qwnse-blog]

Technical new break-through of silicon photon

Henry Samueli project of U.S.A. UCLA and researcher of the applied science school developed one kind to use all technical silicon component recently, it has combined light amplification and photoelectric effect, so not merely can realize light amplification with the zero-power, exergonic that still can be in this course. Can say so, this kind of silicon photon technology can give play to the potentiality of the mere network in the computer, thus construct the new monobasic miniaturized, low price photon device.

In test, the research group finds the raman amplifier of silicone base has non linear photoelectric characteristics, then in 2004, they have released the first can utilize Ramon to enlarge the silicon laser of the effect. In the past, the photon absorption in two silicon dices will cause and produce the obvious loss in high-power raman amplifier and laser, but this technology can retrieve and loss energy, has raised products efficiency greatly. If want to understand more information, please visit websites http://www.engineer.ucla.edu.

[qwnse-blog]

Technical new break-through of silicon photon

Henry Samueli project of U.S.A. UCLA and researcher of the applied science school developed one kind to use all technical silicon component recently, it has combined light amplification and photoelectric effect, so not merely can realize light amplification with the zero-power, exergonic that still can be in this course. Can say so, this kind of silicon photon technology can give play to the potentiality of the mere network in the computer, thus construct the new monobasic miniaturized, low price photon device.

In test, the research group finds the raman amplifier of silicone base has non linear photoelectric characteristics, then in 2004, they have released the first can utilize Ramon to enlarge the silicon laser of the effect. In the past, the photon absorption in two silicon dices will cause and produce the obvious loss in high-power raman amplifier and laser, but this technology can retrieve and loss energy, has raised products efficiency greatly. If want to understand more information, please visit websites http://www.engineer.ucla.edu.

[osyore-blog]

Luxtera cooperates with Sun Microsystems Promote the development of silicon photon technology

Luxtera Company that specially develops silicone base CMOS photon products claims to sign a value and several million American round contracts with Sun Microsystems today, come together to promote the advanced plan of American Ministry of National Defence to study the administration (Defense Advanced Research Projects Agency, DARPA) On-chip communication (UNIC) of nanometer photon of ultra characteristic made Research project. Technology and silicon manufacture process of Luxtera use quilt for developing the optical interconnect technology of the future generation, supporting chip is interconnected to the chip or on-chip to come. It is reported, the design original intention of UNIC research project is to offer the low-cost, advanced, high-performance computer system for computer industry.

Luxtera shows this company the first succeeds in integrating a plurality of photon components and silicon electronic elements to the company on a one piece CMOS chip directly. The spokesmans of this company show silicon CMOS photon I/O technology will offer an effective way for constitute light transceiver, this will increase efficiency and reliability. To this research project, Luxtera will offer strategy for Sun Microsystems to guide, basic photoelectric circuit, tool and device are designed and support. Finally, DARPA will produce the baby light emitter / receiver. (Compile: Yu ZhanTao)