Non-Blocking Clos Switching Networks Ensuring Jitter-Free ISAC Baseband Aggregation

Non-blocking spine-leaf Ethernet switching fabrics interconnecting hundreds of distributed cell sites with pooled GPU accelerators.

Folded-Clos Non-Blocking Switching Fabric

ISACSpine employs a 3-stage Clos switching topology where every leaf switch connects to every spine switch. Equal-Cost Multi-Path (ECMP) routing distributes packet flows evenly, eliminating queueing bottlenecks.

Strict Priority Queuing for Radar Echo Frames

Hardware switches prioritize time-critical radar frames using IEEE 802.1Qbv time-aware shapers, ensuring that urgent collision-warning radar echoes traverse the spine in under 1.5 microseconds.

Non-blocking Clos architecture providing 100% throughput under full load
Equal-Cost Multi-Path (ECMP) routing dynamically balancing network traffic
Sub-1.5 microsecond packet transit latency across core spine switches
Hitless redundant path failover within 50 milliseconds

Voir les domaines