IoT Market
From industrial automation and robotics to smart gateways and connected consumer devices, IoT systems increasingly rely on heterogeneous compute architectures to process data closer to where it is generated. These platforms must balance performance, power efficiency, and cost while supporting a growing mix of processors, accelerators, sensors, and connectivity technologies.
Baya helps architects build efficient, scalable IoT platforms with fabric IP and software-driven design tools that optimize communication across compute, memory, and I/O resources while meeting stringent power and area requirements.
Optimize communication architectures to reduce power consumption in constrained and battery-operated environments.
Enable efficient communication across CPUs, DSPs, AI accelerators, microcontrollers, and specialized processing engines.
Support highly integrated SoCs that balance performance, power, and silicon area.
Connect diverse interfaces, peripherals, memory, and processing resources through a unified fabric architecture.
Evaluate and optimize system architectures early using workload-driven simulation and design automation.
Evaluate and optimize system architectures early using workload-driven simulation and design automation.
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 between processors, AI accelerators, memory, and sensors for real-time intelligence at the edge.
Support reliable connectivity across controllers, processors, sensors, and industrial networking resources.
Enable heterogeneous processing and efficient data sharing for perception, planning, control, and actuation systems.
Optimize communication between networking, security, storage, and application processing resources.
Support increasingly sophisticated consumer electronics requiring efficient connectivity across diverse subsystems.
Product Spotlight
IoT architects must balance performance, power, area, and cost across increasingly complex systems. FabricStudio helps teams explore, optimize, and deploy power-efficient fabric architectures tailored to their specific workloads and design constraints. Through workload-driven analysis, static validation, and automated optimization, FabricStudio enables architects to build efficient connectivity solutions for edge and embedded applications. FabricStudio provides architecture exploration, static analysis, simulation, and deployment capabilities to optimize fabric designs for specific system requirements.
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.
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.
