<p>➀ The rise of edge AI has spurred semiconductor designers to build accelerators for performance and low power, leading to a proliferation of NPUs among in-house, startup, and commercial IP product portfolios.</p><p>➁ The complexity of software and hardware around neural network architectures, AI models, and base models is exploding, requiring sophisticated software compilers and instruction set simulators.</p><p>➂ The hardware complexity of inference platforms is evolving, with a focus on performance and power efficiency, especially for edge applications.</p><p>➃ The combination of tensor engines, vector engines, and scalar engines in multiple clusters to address the challenges of acceleration is complex and costly.</p><p>➄ The supply chain and ecosystem for NPUs are becoming increasingly complex, with intermediate manufacturers and software companies having limited resources to support a wide range of platforms.</p>
Related Articles
- System-On-Module For Edge AI Computing2 months ago
- Powerful MCUs For Smart, Multi-Use AI2 months ago
- Designing to Support Energy-Efficient Edge AI in Process Applications2 months ago
- Ceva-XC21 and Ceva-XC23 DSPs: Advancing Wireless and Edge AI Processing2 months ago
- Synaptics extends Veros3 months ago
- AONDevices Partners with Faraday to Enhance Production Capabilities3 months ago
- Neurons Cast in Silicon: The SENNA AI Chip Accelerates Spiking Neural Networks3 months ago
- YorChip announces Low latency 100G ULTRA Ethernet ready MAC/PCS IP for Edge AI3 months ago
- NXP buys Kinara4 months ago
- CEO Interview: Mouna Elkhatib of AONDevices4 months ago