ICC讯微软与南安普敦大学的科研团队日前突破光纤技术极限,开发出一种创新的中空光纤电缆。这一光纤采用空气核心传光,与传统实心玻璃光纤相比,信号损耗大幅降低,达每公里0.091分贝,创下记录,比传统硅基光纤最低0.14分贝的损耗更优;并且数据传输速率提升了45%。这不仅意味着信号可以传输得更远而无须信号放大,还可能彻底革新网络基础设施,对云计算、远程手术等高敏感时延和高带宽需求的应用带来颠覆性影响。...
Source LinkICC讯微软与南安普敦大学的科研团队日前突破光纤技术极限,开发出一种创新的中空光纤电缆。这一光纤采用空气核心传光,与传统实心玻璃光纤相比,信号损耗大幅降低,达每公里0.091分贝,创下记录,比传统硅基光纤最低0.14分贝的损耗更优;并且数据传输速率提升了45%。这不仅意味着信号可以传输得更远而无须信号放大,还可能彻底革新网络基础设施,对云计算、远程手术等高敏感时延和高带宽需求的应用带来颠覆性影响。...
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