Примери коришћења Silicon photonics на Енглеском и њихови преводи на Српски
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The Status of Silicon Photonics Technology.
Identification of new structures anddirections of further development in the field of silicon photonics.
The Silicon Photonics technology is to be used for distance within 1km.
The evolution direction of 100G PSM4 network architecture is 200G DR4 or 200G Silicon Photonics DR4, or 400G DR4.
The third possible path is Silicon Photonics technology with DML and simulation CDR technologies.
None, desirable prerequisite is passed exam in Optoelectronics.The goal1 Introducing students to silicon photonics and approach based on silicon as building material.
The disadvantage is that Silicon Photonics optical transceiver is an alternative technology, which still needs time breeding.
With the maturity of waveguide theory and the production of a series of new design devices,the industry has proposed Silicon Photonics technology based on CMOS manufacturing processes.
He is a head of Mid-infrared silicon photonics group at the University of Southampton, UK.
Silicon Photonics utilizes the very mature silicon wafer processing technology of the traditional semiconductor industry.
At present, chip-level devices that have been matured based on Silicon Photonics processes mainly include optical waveguides, multiplexer devices, external modulation devices, APD receivers, etc.
The company focuses on the development of DCI optical interconnection technology, high-definition video optical transmission technology, 5G optical network technology,coherent optical communication technology and silicon photonics chip integration technology.
Therefore, based on Silicon Photonics technology, it is very suitable for the preparation of highly integrated MZI external modulators.
The company focuses on the development of DCI optical interconnection technology, high-definition video optical transmission technology, 5G optical network technology,coherent optical communication technology and silicon photonics chip integration technology.
In addition to the laser, the Silicon Photonics technology can realize the integrated manufacturing of various devices in the optical module, covering most components inside the optical module, but does not include the laser chip.
The disaggregated rack architecture includes Intel's new photonic architecture, based on high-bandwidth,100Gbps Intel® Silicon Photonics Technology, that enables fewer cables, increased bandwidth, farther reach and extreme power efficiency compared to today's copper based interconnects.”.
The Status of Silicon Photonics Technology in the Application of Optical Module With the maturity of waveguide theory and the production of a series of new design devices,the industry has proposed Silicon Photonics technology based on CMOS manufacturing processes.
The waveguide technology is one of the core technologies in the Silicon Photonics technologies, and a large number of passive components(splits, joints waves, ring resonators, etc.) can be implemented on-chip by silicon waveguide technology.
From this perspective,it can also be seen that Silicon Photonics technology is still in the early stage of development, and the solution with the highest cost performance and technical stability has not yet been stand out from the crowd, Silicon Photonics technology still needs a period of precipitation and development, in order to focus on the final winning mainstream technology, and then to play a larger role in the scale effect of CMOS process, cost and yield can be continuously optimized.
In the next few years,Gigalight engineers will adopt new Silicon Photonics technology under the existing conditions to develop a lower power coherent optical communication module for 200G or even 400G optical transmission network for the construction of a new generation of optical communication networks.