AI Accelerator: Scalable Compute with Chiplet Architecture
Features
Inference-Optimized Architecture

Purpose-built to accelerate AI inference workloads, delivering fast, efficient execution of trained models while balancing performance, power, and thermal efficiency.
Massive Parallel Processing

Designed with high levels of parallelism to process large tensor and matrix operations simultaneously, enabling scalable AI performance across demanding workloads.
Ultra-Low Latency Performance

Enables real-time AI processing with minimal delay, ideal for time-sensitive applications such as object avoidance in autonomous driving and advanced robotic platforms.
High Performance per Watt

Optimizes compute efficiency to maximize AI performance while minimizing power consumption in physical AI deployments such as autonomous vehicles and robots.
Automotive-Grade Compliance

Designed to meet stringent automotive requirements for functional safety, cybersecurity, and reliable performance under real-world operating conditions.
Specifications
AI / NPU Subsystem
TBA
Memory Subsystem
TBA
High-Speed Interfaces
TBA
Low-Speed / Peripheral Interfaces
TBA
Safety / CPU
TBA
Architecture
AI Die
CPU Subsystem
AI / NPU Subsystem
Memory Subsystem
I/O & Chiplet Subsystem
AI Die System Fabric
LPDDR Memory Interface
Safety, Security & Power Mgmt.
Applications
ADAS & Autonomous Vehicles

Our AI accelerator is designed for inferencing tasks in advanced driver assistance and autonomous driving systems, delivering efficient performance under automotive power and thermal constraints.
Cobots, AMR & Humanoids

As human interaction with collaborative robots, autonomous mobile robots, and humanoid robots becomes more commonplace, our automotive-grade AI accelerator poses a safe and secure solution.
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