Gbit

With the quantity unceasingly grows, telephone, facsimile, modem and computer are demanding more and more high to the band width, to transmit the Gbit digitized information ( video frequency, picture, constructs model procedure as well as data and pronunciation and so on).

数量不断增长的电话、传真、调制解调器和计算机，它们对带宽的需求越来越高，以用来传送吉比特数字化信息（视频、图像、建模程序以及数据和语音等）。

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Signal integrity design of access unit in 40 Gbit/ s SDH system

40Gbit/s SDH系统中接口单元信号完整性设计

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The band width of network has reached Gbit, with the development of fiber network, and it will reach 10 Gbit even more.

随着光纤网络的发展，网络的带宽己达到了吉比特，在今后几年很快就要达到10吉比特甚至数十吉比特。

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Issues on SDH 10 Gbit/ s Technology and Its Application

关于SDH10Gbit/s技术的几个问题及其应用

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Ultra long span transmission technique for single channel 2.5 Gbit/ s system

单通路2.5Gbit/s系统超长距离传输技术

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Study on GBit Network CUBIC Congestion Control Simulation

吉比特网络CUBIC拥塞控制算法仿真研究

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10 Gbit/ s laser module and key technique for optical communication application

光通信用10Gbit/s激光器模块及关键技术

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The stabling center frequency technology by temperature feedback method in high speed wavelength devision multiplexing system ( 2.5 Gbit/ s) is studied.

本文研究了高速率（以2.5Gbit/s速率为例）波分复用系统中光发射模块中心频率的稳定技术&温度反馈稳频技术。

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When the optical transport network is evolving to the direction of super-high speed, super-large capacity, super-long distance and intelligence, 40 Gbit/ s ( STM-256) SDH equipment and system are very attractive and critical.

在光传输网络向超高速、超大容量、超长距离和智能化方向演进的过程中，40Gbit／s（STM-256）SDH设备与系统是非常有吸引力和关键的一步。

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10 Gbit/ s SFP+ optical transceiver modules

10Gbit/s SFP+光收发模块

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Discussion About Transmission Technology Supporting 40 Gbit/ s Core Router Interconnection

支持40Gbit/s路由器的传输技术研究

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Experiment on 2.5 Gbit/ s symbol overlapping fast frequency-hopping optical code division multiple access ( SO-FFH OCDMA) system with single user is designed and demonstrated.

设计并实现了单用户、数据速率2.5Gbit/s的码位重叠快跳频光码分多址（SO-FFH OCDMA）实验系统。

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An 8 × 2. 5 Gbit/ s optical time division multiplexing signal generating system has been achieved by using two 1 × 8 single-mode fiber couplers.

采用两只1×8单模光纤耦合器，实现了8×2.5Gbit／s时分复用信号的产生。

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