Automotive Market
The automotive industry is undergoing a fundamental transformation as vehicles evolve into software-defined platforms powered by centralized compute, AI-driven perception, and increasingly sophisticated sensor systems. As the volume of data moving between processors, accelerators, memory, and vehicle subsystems continues to grow, efficient connectivity has become critical to system performance, scalability, and reliability.
Modern vehicle architectures depend on seamless communication across ADAS, autonomous driving, infotainment, connectivity, and vehicle control systems. Bottlenecks in data movement can impact responsiveness, increase system complexity, and limit the ability to scale future vehicle platforms.
Baya helps automotive architects overcome these challenges with scalable fabric architectures and software-driven design tools that optimize communication across complex SoCs and chiplet-based systems. From architecture exploration through deployment, Baya enables high-performance, efficient connectivity for the next generation of intelligent vehicles.
Support the transition from distributed ECUs to centralized and zonal compute platforms without sacrificing performance.
Enable high-bandwidth communication between sensors, AI accelerators, processors, memory, and vehicle subsystems.
Support next-generation automotive SoCs and heterogeneous chiplet architectures with optimized die-to-die connectivity.
Advanced QoS, monitoring, and traffic management help ensure reliable operation across mixed-criticality workloads.
Evaluate and optimize connectivity architectures early in the design cycle using workload-driven simulation and analysis.
Designed from the ground up for ISO 26262 and IEC 61508, WeaveIP provides the fault detection, coverage, and traceability required for ASIL- and SIL-rated systems.
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.
Support the high-bandwidth movement of sensor and perception data between processors, accelerators, and memory for advanced driver assistance systems.
Enable scalable communication across AI, sensor fusion, planning, and control functions required for next-generation autonomous vehicle platforms.
Connect diverse vehicle domains through high-performance fabrics that support software-defined vehicle architectures and centralized processing.
Deliver efficient communication between displays, multimedia processors, AI assistants, connectivity modules, and vehicle services to support rich in-vehicle experiences.
Product Spotlight
As automotive systems consolidate more functionality into centralized compute platforms, maintaining efficient communication and data coherency becomes increasingly important. Cashmere is a scalable coherent fabric designed to connect processors, accelerators, memory, and vehicle subsystems with high bandwidth, low latency, and predictable performance. Its advanced QoS, RAS, and cache coherency capabilities help automotive architects build reliable, scalable platforms for software-defined vehicles and autonomous driving systems. Cashmere provides scalable cache-coherent connectivity with built-in QoS and RAS features for complex 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.
Modern infrastructure systems require flexible, reliable connectivity across diverse processing elements, memory, and I/O subsystems. Baya’s configurable fabrics provide the scalability, performance, and reliability needed for networking, communications, and high-performance infrastructure applications.
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.
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.
