The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026
The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026The company has collaborated with the Chinese Academy of Sciences to overcome the challenges of large-scale production of hollow fiber optic cables, achieving a single wavelength of 1.2Tbit/s transmission over 20 kilometers and providing a low latency connection solution for distributed AI computing power clusters. It is expected to be put into commercial use by 2026
