ITU-T G.681 SPANISH-1996
使用光放大器(包括光纤多路复用技术)的局间和长距离线系统的功能特征.15号研究组.39pp

Functional characteristics of interoffice and long-haul line systems using optical amplifiers, including optical multiplexing

ITU-T G.681 SPANISH-1996 发布历史

This Recommendation applies to the functional characteristics of interoffice and long-haul line systems using Optical Amplifiers (OAs), including optical multiplexing. Existing Recommendations such as G.958, and the G.780-Series have not considered these new technologies. As such this Recommendation is the first attempt to characterize the functions that OAs and optical multiplexing require to describe these capabilities. Its present structure and contents describe the systems where optical interfaces for single-channel systems with optical amplifiers and optical interfaces for multichannel systems with optical amplifiers are implemented.

ITU-T G.681 SPANISH-1996由国际电信联盟 IX-ITU 发布于 1996。

ITU-T G.681 SPANISH-1996 在中国标准分类中归属于: M33 光通信设备。

ITU-T G.681 SPANISH-1996 发布之时，引用了标准

• ITU-T G.784-1994 同步数字体系的管理-数据转换系统的各个方面
• ITU-T G.803-1993 基于SDH网的无线中继系统的结构和功能方面

ITU-T G.681 SPANISH-1996的历代版本如下：

• 1996年 ITU-T G.681 SPANISH-1996 使用光放大器(包括光纤多路复用技术)的局间和长距离线系统的功能特征.15号研究组.39pp

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标准号

ITU-T G.681 SPANISH-1996

发布日期

1996年

实施日期

废止日期

无

中国标准分类号

M33

发布单位

IX-ITU

引用标准

ITU-T G.652-1993 ITU-T G.653-1993 ITU-T G.655-1996 ITU-T G.661-1996 ITU-T G.662-1995 ITU-T G.663-1996 ITU-T G.671-1996 ITU-T G.707-1996 ITU-T G.781-1994 ITU-T G.782-1994 ITU-T G.783-1994 ITU-T G.784-1994 ITU-T G.803-1993 ITU-T G.805-1995 ITU-T G.825-1993

适用范围

This Recommendation applies to the functional characteristics of interoffice and long-haul line systems using Optical Amplifiers (OAs), including optical multiplexing. Existing Recommendations such as G.958, and the G.780-Series have not considered these new technologies. As such this Recommendation is the first attempt to characterize the functions that OAs and optical multiplexing require to describe these capabilities. Its present structure and contents describe the systems where optical interfaces for single-channel systems with optical amplifiers and optical interfaces for multichannel systems with optical amplifiers are implemented.