Zero-Loss Handover

Technical Explanation

High-frequency Sub-THz and millimeter-wave handovers occur frequently due to small cell footprints. Traditional handover mechanisms tear down the old link before establishing the new one, causing packet gaps and jitter. Zero-Loss Handover uses AI trajectory predictions to identify target base stations seconds in advance. The core user plane proactively bi-casts traffic to both towers and synchronizes sequence numbers, achieving 100% hitless handovers with zero dropped packets.

Key Functions

• Predictive bi-casting of user data streams to anticipated handover target towers
• Zero packet loss and zero interruption latency during high-speed cell transitions
• AI trajectory forecasting predicting exact target micro-cells with >98% accuracy
• Seamless mobility support for autonomous vehicles and high-speed rail at 500+ km/h
• Eliminating TCP congestion window resets caused by transient handover packet drops