Infrastructure Market
Modern networking and communications infrastructure must process and move massive amounts of data while meeting increasingly demanding bnadwidth, latency, power and scalability requirements. From wireed and wireless networks to edge platforms, eddicient connectivity is critical to system performance.
Baya helps architects optimize communication between CPUs, accelerators, memory and networking resources with scalable fabric IP and software-driven design tools that enable efficiend data movement accross complex infrastructure systems.
Enable efficient communication between processors, accelerators, memory, and networking resources.
Support growing bandwidth requirements across increasingly complex networking and communications platforms.
Connect diverse IP blocks and interfaces through configurable fabric architectures optimized for infrastructure workloads.
Advanced QoS and traffic management capabilities help maintain performance under demanding network conditions.
Accelerate architecture exploration and optimization using workload-driven simulation and analysis.
A modular switching architecture that scales across dies and chiplets while maintaining predictable latency and performance as systems grow.
Built-in QoS, congestion isolation, and physically-aware tiling deliver predictable tail latency — even under mixed workload pressure.
Built-in QoS, congestion isolation, and physically-aware tiling deliver predictable tail latency — even under mixed workload pressure.
Built-in QoS, congestion isolation, and physically-aware tiling deliver predictable tail latency — even under mixed workload pressure.
Enable efficient communication across baseband processing, radio access networks, and edge infrastructure while operating within demanding power and thermal constraints.
Support high-throughput packet processing and traffic management across next-generation networking platforms.
Optimize data movement across distributed compute and networking resources supporting content delivery and edge services.
Enable scalable connectivity for distributed edge platforms requiring low latency and efficient resource utilization.
Support cooperative processing across CPUs, GPUs, FPGAs, ASICs, and specialized accelerators through efficient system-level connectivity.
Product Spotlight
Networking and communications infrastructure requires flexible connectivity across diverse processing, memory, and I/O resources. Calico is an extremely flexible, high-performance fabric designed to support packet processing, networking, and communications workloads with scalable bandwidth, low latency, and advanced QoS capabilities. Its configurable architecture helps infrastructure designers optimize data movement across complex SoCs and multi-chiplet systems.
The IoT market is scaling toward 30 billion connected devices, and AI inference is rapidly shifting from the cloud to the edge.
AI-driven data centers are scaling at an unprecedented pace, demanding efficient communication between processors, accelerators, memory, and networking components. Baya delivers scalable, high-bandwidth fabrics that eliminate data movement bottlenecks and enable the next generation of AI and cloud infrastructure.
As AI models grow in size and complexity, efficient data movement becomes as critical as compute performance. Baya enables scalable AI accelerator architectures with optimized connectivity, chiplet-aware fabrics, and high-performance interconnect solutions designed for training and inference workloads.
The shift toward software-defined vehicles and centralized compute architectures demands faster, more reliable communication between processors, sensors, memory, and accelerators. Baya provides scalable, efficient fabrics that enable high-performance automotive systems with the reliability and flexibility required for next-generation vehicles.
Intelligent IoT devices require efficient connectivity within increasingly complex systems while balancing performance, power, and cost. Baya enables optimized data movement for scalable IoT architectures, from advanced edge devices to connected intelligent systems.
