Architecting regional telco edge compute deployments for real-time intersection collision avoidance over 5G Uu networks.
While modern 5G radio networks boast air-interface latencies under 5 milliseconds, typical cloud-hosted automotive services route packets through national carrier cores and centralized public cloud facilities, introducing 50 to 90 milliseconds of jitter and latency.
V2XConn co-locates lightweight containerized V2X message brokers directly with carrier base station aggregation hubs. Using 3GPP Local Breakout (LBO) through Edge User Plane Functions (UPF), vehicle telemetry is processed and reflected to neighboring vehicles in under 4.2 milliseconds. ``` +-----------------------+ 5G Radio Link +-----------------------+ | Connected Vehicle | --------------------------------> | gNodeB Base Station | | Hazard Telemetry | +-----------------------+ +-----------------------+ | v V2XConn Edge Gateway Sub-5ms Local Reflection ```
In trials with municipal buses and emergency vehicles, V2XConn edge processing resolved crossing conflict warnings 35 milliseconds faster than public cloud architectures, preventing numerous simulated broadside crashes.