Products
Flexible, software-defined fabric IP for custom protocols, AI workloads, and chiplet-scale systems.
Our Protocol-Neutral Scalable Custom Fabric IP enables chip designers to build custom interconnects for advanced SoCs, AI accelerators, and chiplet-based systems using a flexible, protocol-independent transport fabric.
Designed for extreme flexibility, the fabric gives teams control over topology, routing, channel width, clock frequency, protocol clusters, and physical implementation choices. This allows engineering teams to optimize area, power, performance, and layout based on workload and floorplan requirements.
With built-in QoS, RAS, multicast, virtual channels, system-level simulation, and physically aware optimization through FabricStudio, the fabric helps teams create scalable custom architectures that support multiple protocols while reducing implementation risk and accelerating time to market.
Create custom interconnects using a protocol-independent transport fabric that supports customer-defined protocols and enables multiple protocol domains to coexist within a unified architecture.
Scale to very high bandwidth and interface counts with up to 2048-bit channels, up to 64 parallel networks, and support for large multi-chiplet systems.
Configure topology, routing, channel widths, clock frequency, and protocol-level clusters to match workload, floorplan, and system architecture needs.
Support high-throughput multicast, scatter/gather acceleration, deep virtual channels, and deterministic traffic behavior for demanding AI workloads.
Use FabricStudio-driven analysis, tiling, QoS, RAS, and performance monitoring to optimize implementation, reduce risk, and accelerate time to market.
Discover how Baya’s Protocol-Neutral Scalable Custom Fabric IP enables flexible, high-bandwidth interconnect design for custom protocols, AI workloads, and chiplet-based systems. Connect with our team to discuss your architecture goals.
Discover how Baya’s protocol-neutral fabric is designed to transport custom message-passing protocols across high-bandwidth AI and multi-chiplet systems. The brief covers its protocol encapsulation interface, support for shared custom and AMBA traffic, multicast and scatter-gather communication, topology and channel configurability, bandwidth management, QoS, performance monitoring, RAS, and implementation optimizations.