ASRock driving Edge AI forward

Thiis upgrade supercharges artificial intelligence (AI) acceleration, unlocking up to two times faster generative AI (GenAI) performance.

Delivering unprecedented inference speeds, real-time decision-making, and superior power efficiency, Super Mode is redefining Edge AI computing – powering everything from predictive maintenance and anomaly detection to AI-driven medical imaging, intelligent surveillance, and autonomous mobility – and pushing performance beyond limits, faster, smarter, and more efficient than ever before.

Whether driving Edge AI computing, real-time vision processing, intelligent autonomous vehicles, advanced robotics, industrial automation, or smart city infrastructure, ASRock Industrial’s latest innovation empowers industries with cutting-edge AI capabilities that drive real-world transformation.

The iEP-6010E Series and iEP-6010E Series Dev Kit, now optimised with Super Mode, provides:

• Up to 2X faster GenAI processing: up to 157 TOPS (Sparse) on Orin NX 16GB (Super) and 67 TOPS (Sparse) on Orin Nano 8GB (Super), delivering fast generative AI performance for automation, robotics, and real-time vision systems
• Optimised power boost and efficiency: supports power modes up to 40W /MAXN Super on Orin NX and 25W/MAXN Super on Orin Nano, while maintaining high-performance AI workloads in power-sensitive environments, making it well suited for industrial automation and smart city infrastructure
• NVIDIA JetPack 6.2 support: fully compatible with the latest NVIDIA JetPack 6.2 SDK, offering enhanced libraries, frameworks, and tools to accelerate advanced AI development

“AI at the Edge is no longer an option – It’s a necessity”, commented James Lee, Chairman of ASRock Industrial. “With Super Mode, we’re not just enhancing AI computing, we’re redefining what’s possible, setting a new standard for industrial intelligence, automation, and smart infrastructure worldwide.”

By accelerating automation, vision AI, and autonomous systems, Super Mode enables factories to predict failures before they happen, smart cities to optimise traffic and security in real time, and robotics to make faster, more autonomous decisions.