Terahertz High Speed Parallel Signal Processing Structure

Lei Lang, Jing-ning Wang, Yi Wang, Zitao Zhao, Bo Tang, Qiang Xu
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Abstract

With the gradual exhaustion of low frequency spectrum resources, the working frequency band of wireless communication is developing towards the terahertz frequency band, and communication rate is gradually increasing. Therefore, the physical layer digital baseband system is required to generate a larger bandwidth, higher-order modulation signal, and carry a higher amount of data. Due to the limitation of the operating frequency of the system core (such as FPGA), high speed signal processing mostly adopts multi-channel parallel processing. In the paper, a special parallel processing structure is designed for the difficulty of engineering realization of ultra-high bandwidth; then, the key scheme design in the transmitter and receiver is completed based on this structure.
太赫兹高速并行信号处理结构
随着低频频谱资源的逐渐枯竭,无线通信的工作频段向太赫兹频段发展,通信速率逐渐提高。因此,要求物理层数字基带系统产生更大的带宽、更高阶的调制信号,并承载更高的数据量。由于系统核心(如FPGA)工作频率的限制,高速信号处理多采用多通道并行处理。针对超高带宽工程实现的困难,设计了一种特殊的并行处理结构;然后,在此基础上完成了发送端和接收端的密钥方案设计。
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