The RecAccel™ PCIe achieve a remarkable 1.7x improvement in performance-per-watt. The solution delivers a lower overall TCO and allows you to optimize your data processes with incomparable efficiency.
Revolutionize the way you approach data with our cutting-edge FFP8 technology, delivering an outstanding 99.99% accuracy that pushes the boundaries of what's possible.
Advance sustainability initiatives through partnerships between hyperscalers and CSPs, leveraging innovation to optimize energy efficiency.
Boost the power of your AI recommendation systems with the RecAccel™ N3000 PCIe card. This dual-slot PCI Express Gen5 card delivers exceptional performance and reliability, making it perfect for the most demanding elastic data centers. Powered by the NEUCHIPS RecAccel™ N3000 series AI chip, this card offers powerful acceleration capabilities that take your AI recommendation systems to the next level. Experience the ultimate in speed, performance, and reliability- and unlock the full potential of accelerated AI for your business.
The revolutionized domain-specific architecture design for cloud recommendation is a result of deep insights into the intricate interplay between compute-bound, latency-bound, memory-bound, energy-bound, and accuracy-bound requriements. With supreme algorithmic optimizations, hardware acceleration, data caching, and power management, this design promises to deliver unparalleled performance and efficiency, setting a new standard for cloud recommendation systems.
The RecAccel™ N3000 has proven itself to be a leader in both performance and power efficiency in the industry. During MLPerf™ v3.0, it has shown that the RecAccel™ N3000 system delivers 1.7 times better performance per watt for inference DLRM while maintaining 99.9% accuracy with the help of its proprietary INT8 calibrator.
During system testing in MLPerf™ v3.0, the RecAccel™ N3000 delivered exceptional performance, with nearly 100% scaling observed across each card. This means that the card's performance increased linearly with the addtion of more cards, allowing for seamless scalability and enhanced performance.