光互连技术是光通信网络的基础。
The technology used for the optical interconnection is the foundation of optical communication networks.
可重构的光互连技术具有针对不同的应用提供相应的网络结构的能力。
Reconfigurable optical interconnects have the ability to provide diverse network configurations according to different applications.
光互连技术是以光的波粒二相性的各种现象实现信号传输和数据交换的理论。
Optical interconnection technique is a kind of theory using photon wave-particle duality phenomenon to achieve the signal transmission and data exchange.
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。
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.
光互连也是光计算机的基本技术。
Oplical interconnection is also a fundamental technique for optical computation.
然而这种全光互连的解决方案如果要应用到大众消费市场必须基于低成本的技术。
However, any optical solution must be cost-effiency if it is to be applied to the mass market.
光交叉互连是全光网络技术中的关键技术之一，而其核心技术就是可用于交叉互连的高性能光开关。
OXC, Optical cross Connector, is one of the most important technologies in AON, and one of its core technology is high powered optical switching which can be used for OXC .
光交叉互连是全光网络技术中的关键技术之一，而其核心技术就是可用于交叉互连的高性能光开关。
OXC, Optical cross Connector, is one of the most important technologies in AON, and one of its core technology is high powered optical switching which can be used for OXC .
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