Powering the fiber information network

D. Michlovic
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引用次数: 1

Abstract

The future of voice, data and video transmission is fiber, but electronics will still be required to translate sounds and images into pulses of light for transmission and back again to electronics for hearing and viewing. And electronics require sources of DC power.The question facing telcos today is "Who will provide this power, and where will it be located?" Traditionally, the telco has maintained an "active" copper network, providing 48V DC power with battery backup to energize copper transmission lines in the Central Office (CO) and at other points along the network to overcome resistance in the copper. Pulses of light carried by fiber optic cables do not require power to overcome resistance.The ultimate long-term goal is to abandon the copper in the ground and replace it with fiber. However, since fiber does not yet reach all the way to most subscribers, at some point, conversion is required from optical to electronic so that it can be carried "the final mile" on existing copper.
光纤信息网络供电
未来的语音、数据和视频传输是光纤,但仍然需要电子设备将声音和图像转换成光脉冲进行传输,然后再返回到电子设备中进行听觉和视觉传输。电子产品需要直流电源。电信公司今天面临的问题是“谁将提供这些电力,这些电力将放在哪里?”传统上,电信公司一直保持一个“有源”铜网络,提供48V直流电源和备用电池,为中央局(CO)和网络其他点的铜传输线供电,以克服铜中的电阻。光纤电缆传输的光脉冲不需要电力来克服阻力。最终的长期目标是放弃地下的铜,代之以纤维。然而,由于光纤还没有到达大多数用户,在某些时候,需要从光学到电子的转换,以便它可以在现有的铜上进行“最后一英里”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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