China Mobile and partners used 230GBaud technology to complete a real-time single‑wavelength 1.6Tb/s transmission over G.652.D backbone fiber, setting a record 960km single‑wave 1.6Tb/s distance. The trial advances 1.6Tb/s optical transmission system performance and underlines accelerated evolution of Tbps‑class interconnects for smart-computing centers driven by AI demand. 1.6Tb/s is positioned as the post‑400G next‑generation rate and has reached industry consensus in standards bodies includin

2026-11-11

China Mobile and partners used 230GBaud technology to complete a real-time single‑wavelength 1.6Tb/s transmission over G.652.D backbone fiber, setting a record 960km single‑wave 1.6Tb/s distance. The trial advances 1.6Tb/s optical transmission system performance and underlines accelerated evolution of Tbps‑class interconnects for smart-computing centers driven by AI demand. 1.6Tb/s is positioned as the post‑400G next‑generation rate and has reached industry consensus in standards bodies including ITU‑T and OIF.