An Energy-Efficient and Low-Crosstalk Sub-THz I/O by Surface Plasmonic Polariton Interconnect in CMOS

Integrated spoof plasmonic circuits

“…The future work in this area on one hand should produce more high-performance passive and active devices, but more importantly needs to make breakthroughs in two directions: systemlevel applications and CMOS-based integrated circuits [91]. Taking the advantages of spoof SPP/LSP TLs, passive and active devices, an integration study of SPP/LSP systems is highly demanded to reach new technologies of the wireless communications, radar, and EM compatibility.…”

Half-spaced substrate integrated spoof surface plasmon polaritons based transmission line

“…Various fully opened spoof SPP TLs have been proposed in literatures 21 – 27 , 34 , 35 . The corrugated ultrathin plasmonic TLs for example, show very good energy confinement and plenty of functional devices based on it have been investigated in the past years.…”

Electromagnetic metamaterials—from effective media to field programmable systems

“…相对于平行耦合微带线, 两个平行的 SPP 传输线在 220 GHz 到 325 GHz 的宽带范围内具有约 19 dB 的串扰抑制, 初步证明了 SPP 传输线在集成电路中 的优势. 2017 年我们进一步合作将 SPP 传输线应用于片上信道, 并利用开口谐振环进行调制, 验证了 在片上环境下 SPP 传输线仍具有传输串扰低的特性 [89] .…”