The world's first NoC generator powered by multi-agent AI. Our agents don't just "route" wires; they architect performance, predict congestion, and autonomously solve timing violations.
Analyzes your IP inventory and traffic matrices to autonomously select between Mesh, Star, or Ring topologies based on your specific PPA (Power, Performance, Area) goals.
Uses ML models to predict physical routing congestion and thermal hotspots. It preemptively adds virtual channels to prevent system-wide stalls.
Automatically injects pipelining and asynchronous FIFO buffers to close timing on high-frequency paths. No more manual CDC debugging.
"Optimize this NoC for 80GB/s bandwidth to Memory with a 30mW power budget at 5nm."
"I have shifted the DDR Controller to Node 0x0A to reduce wire length by 14.2% and added a Protocol Shim for CHI-to-AXI translation."
> [Agent:Strategist] Initializing topology scan...
> [Agent:Predictor] Hotspot detected at Node 0x04. Re-routing traffic...
> [Agent:Closer] Injecting 2-stage pipeline on Link-07.
> [SUCCESS] PPA Goals met. RTL ready for download.
Modern chips are too complex for manual routing. Our agents explore the design space in parallel—testing thousands of "What If" scenarios that would take a human engineer weeks to analyze.
"By using the SysNexus Agentic NoC, we were able to reduce our interconnect silicon footprint by 22% while hitting our 1.2GHz timing target on the first try."