As AI development accelerates, training models are evolving to trillions of parameters, necessitating upgrades in switching capacity and the evolution of data center switches. To facilitate efficient interconnection of these high-capacity switches, optical modules must progress from a single lane of 56 Gbit/s to 112 Gbit/s. However, this transition faces several challenges:
- Transmission distance: Growing data centers require support for longer transmission distances.
- Reliability: Issues like optical module failures and fiber optic contamination are increasingly common.
- Security: Exposed optical fibers during cross-equipment room interconnections pose risks of sensitive data exposure.
- Spanning: Utilizing a unique optical path coupling algorithm, Huawei optimizes signal power distribution, achieving transmission distances double the industry average.
- Stable: Huawei's short-distance optical return loss positioning technology enables fault detection on optical links in minutes, significantly faster than the typical three-hour industry standard. Exclusive channel loss resistance technology ensures continuous training even during link disconnections, enhancing reliability tenfold.
- Secure: The PHYSEC physical layer encryption capability integrated into the optical module's oDSP guarantees 100% encryption of all packets, eliminating data leakage risks.
Looking ahead, Huawei aims to collaborate with industry partners to further research and innovate in data center network optical modules, promoting intelligent network upgrades and generational evolution to create greater value for customers and the industry.
Source: HUAWEI
Reporter: PR Wire
Editor: PR Wire
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