Optical interconnect

A Solution of the Memory Wall Based on Optical Interconnect

一种基于光互连技术的存储墙问题解决方案

A High Speed Optical Interconnect Link for Computer Parallel Interconnection

用于计算机总线并行互连的高速光互连链路

Study of routing algorithm in optical interconnect networks

光互连网络中排序算法研究

Study on Mesh Optical Interconnect Integrated Module

Mesh光互连网络集成模块研究

A novel integrated module of free space optical interconnect Mesh network is presented in this paper .

本文研究了一种新型的自由空间光互连Mesh网络集成模块。

The results show that the silicon waveguide can implement optical interconnect with high transmission efficiency , low insertion loss and crosstalk .

结果表明，硅波导实现光互连，具有高的传输效率，低插入损耗和串扰的特点。

Now optical interconnect between chips on board-level is still in an early stage of development and there is no some protocol or standard .

目前，板级芯片问的光互连研究刚刚起步，还没有建立起相关的协议标准。

Many research institutions have invested a lot of manpower and resources to develop the related technologies and wish to develop their own optical interconnect devices and standards .

在这种背景下，众多研究机构均投入了大量的人力物力进行相关技术的开发，并希望制定属于自己的光互连器件和标准。

In this paper , we report a kind of holographic wave-guided optical interconnect based on a glass substrate and transmission volume gratings in photopolymer .

报道了以玻璃为基、以光致聚合物制造透射体积输出光栅的全息波导光互联，并通过实验绘制了光栅的衍射效率与曝光时间曲线。

The optical interconnect with its advantages of huge capacity , high bit-rate , non-interference , low power consumption , and so on , is becoming more and more attractive for people .

而光互连以其传输容量大、速率高、无干扰、低功耗等优点越来越多的受到人们的青睐，势必取代电互连，成为未来通信中的主要互连方式。

The recent progress of the three basic optical interconnect devices ( light emitter , photo receiver and optical waveguide ) and their integration with silicon ICs are overviewed and reviewed .

介绍了组成芯片上光互连的光发射器件、光接收器件和光传输器件等三种基本器件及其与硅集成电路集成的研究新进展。

Furthermore , the platform can also be used to simulate the performance of optical interconnect network . The performance of various sizes of the optical Mesh networks and optical Torus networks are analyzed by this platform .

同时，这一平台还能用于光互连系统的网络性能层面仿真，本文通过该平台对不同大小的Mesh结构和Torus结构网络进行了性能分析。

The system structure of the Mesh optical interconnect is designed , and the highlight is laid on the optical design of the light transceiver lens array of the system module . Two different design methods in this paper are compared .

对Mesh光互连系统结构进行了设计，着重对系统模块中的光收发透镜阵列进行了光学设计，对两种不同设计方案进行了比较。

The waveguides ( poly Si / SiO_2 , Si / SiO_2 , Si_3N_4 / SiO_2 ) for on-chip optical interconnect have been analyzed in detail , including the basic conditions , fabrication method and loss mechanism . The recent progress is summarized .

较详细地分析了用于全硅片上光互连所用光波导（如多晶Si/SiO2、Si/SiO2、Si3N4/SiO2）需满足的基本条件、制作方法以及损耗机制，总结了目前的研究进展。

The SDH and digital TV transmission platform of Dingxi City was established based on hired communication optical fiber to interconnect BC & TV systems between the city ′ s urban district and countries with transmission capability of 2.5 Gbps .

通过租用通信光缆纤心，搭建SDH与数字电视传输平台，实现了市到县广播电视联网，带宽达2.5Gbps。

Single fundamental mode vertical-cavity surface-emitting laser ( VCSEL ) has potential applications such as data transmission in optical network , optical interconnect , optical storage , and laser printing .

单基模垂直腔表面发射激光器（VCSEL）在光网络数据传输、光互连、光存储和激光打印中有潜在的应用前景。

Implement method of optical comparision and exchange in optical interconnect network

光互连网络中的光学比较交换实现方法

Now in the data transmission aspect , there are both electrical and optical interconnections ( OI ), and because of the advantages of optical interconnect , we can forecast that in the near future it will totally substitute EI .

目前在信息传输方面，呈现出光互连与电互连共存的局面，并且由于光互连的优越性，在不久的将来光互连有可能全面取代电互连。

Optical addressing modulator overtakes other kind of electronic computer in such field as compute , optical interconnect communication and light memory , which requires devices of considerable corresponding speed and high precision .

在计算、光互联以及光存储等对器件响应速度和精度都有极高要求的应用领域中，光寻址空间光调制器呈现出以往电子计算处理方式无法比拟的优点。