Tim Vollmer

2025

1. M. Grözing, S. Özbek, J. Großholtfurth, S. Wazynski, T. Vollmer, S. Michel, and G. Rademacher, “Design of 200 GBd 22-nm CMOS-based and 300 GBd SiGe-HBT-based Analog Multiplexers,” in IEEE Photonics Society Summer Topicals Meeting Series (SUM), 2025, p. WB3.
   • Zusammenfassung
   • BibTeX
   • DOI

   Zusammenfassung

   Analog multiplexers enable ultra-high optical transmitter symbol rates without being dependent on sub-10 nm CMOS technologies. AMUX circuit designs and corresponding simulations reaching 200 GBd for 22 nm FDSOI CMOS on schematic level and 300 GBd using 130 nm SiGe-HBTs on layout level are presented.

   BibTeX

   @inproceedings{Grozing.2025, abstract = {Analog multiplexers enable ultra-high optical transmitter symbol rates without being dependent on sub-10 nm CMOS technologies. AMUX circuit designs and corresponding simulations reaching 200 GBd for 22 nm FDSOI CMOS on schematic level and 300 GBd using 130 nm SiGe-HBTs on layout level are presented.}, author = {Grözing, Markus and Özbek, Sefa and Gro{\ss}holtfurth, Jakob and Wazynski, Samuel and Vollmer, Tim and Michel, Sascha and Rademacher, Georg}, booktitle = {IEEE Photonics Society Summer Topicals Meeting Series (SUM)}, doi = {10.1109/SUM65312.2025.11121754}, pages = {WB3.3}, publisher = {IEEE}, title = {Design of 200 GBd 22-nm CMOS-based and 300 GBd SiGe-HBT-based Analog Multiplexers}, year = 2025 }

   DOI

   10.1109/SUM65312.2025.11121754