Key points
- The transmission reached 1.6 Tbps using a single optical wavelength.
- The 960 km test used standard G.652.D fiber at a symbol rate of 230 GBaud.
- China Mobile plans to incorporate the results into a new ITU-T long-haul standard.
Context
This was China Mobile's longest reported 1.6 Tbps transmission and used existing standard fiber rather than a specialized new link type. For enterprise architects, the result is primarily relevant to long-term capacity planning for geographically distributed services. It does not imply an immediate change to current software or infrastructure designs.
What this means for you
Not yet happened
For you, the result informs long-term capacity planning for distributed services but does not require immediate software or architecture changes.
Who benefits: Technical decision-makers planning networked services that may require greater long-distance capacity could gain useful context for future infrastructure roadmaps.
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