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A mixed-signal implementation of a multi-carrier QAM transceiver for optical communications

机译:用于光通信的多载波QAM收发器的混合信号实现

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This paper proposes sub-carrier multiplexing (SCM) modulation in the electrical domain as a bandwidth efficient modulation with advantages over on-off keying in the design and implementation of a low-cost short-haul high-speed optical communication system. With SCM the signaling rate can be lowered to a level where current cost-effective mixed-signal and digital circuit technology can operate and be effectively implemented. Novel digital signal processing techniques and architectures are presented that reduce overall system SCM design specification constraints and alleviate linear channel impairments.
机译:本文提出了电域中的子载波多路复用(SCM)调制作为带宽有效调制,其优点是在低成本短速光通信系统的设计和实现中的开关键控。使用SCM,可以将信令降低到电流经济高效的混合信号和数字电路技术可以运行并有效地实现的水平。提出了新颖的数字信号处理技术和架构,从而减少整体系统SCM设计规范约束和缓解线性通道损伤。

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