AMAX introduces Next Generation industrial AI Platforms for Semiconductor metrology. New AMAX industrial AI systems to bring GPU acceleration and thermal efficiency to next generation semiconductor inspection and metrology tools. AMAX, a leading solution provider and designer of industrial AI and HPC solutions for the semiconductor industry, today announced the launch of its next generation HPC and AI compute platform engineered for advanced metrology applications. As semiconductor inspection tools for advanced technology nodes generate increasingly large volumes of data, compute requirements for metrology have intensified. While traditional systems have relied on deterministic image processing, the industry is now entering a new phase of AI-based and GPU accelerated image inspection and analysis. AMAX's next generation platform, powered by NVIDIA Blackwell architecture, is built to enable this shift, delivering the compute density and heat rejection technology required to operate in semiconductor fabs. The new platform achieves higher power density while remaining 100% heat neutral, ensuring no residual heat enters surrounding environments subject to strict fab regulations. Air-cooled designs support up to 25 kW of power density per rack, while liquid-cooled designs scale to 50 kW and beyond. This enables semiconductor manufacturers to increase analysis throughput and accuracy without compromising facility space. Engineering for Semiconductor Demands AMAX develops systems specifically for semiconductor equipment manufacturers, where every aspect of design impacts function, performance and reliability. Its engineering teams account for thermal behavior, airflow dynamics, and acoustic control, as well as structural and seismic requirements. Electrical design is optimized for safety, system control and monitoring, and integration into existing tools or for stand-alone operation. Mechanical design ensures systems remain serviceable and reliable under continuous operation. This multidisciplinary approach enables AMAX to deliver appliances that meet the strict technical and environmental standards of semiconductor fabs and labs. "AMAX's next generation platform is designed for the coming wave of GPU-driven applications in semiconductor metrology," said Dr. Rene Meyer, Chief Technology Officer, AMAX. "We are leading the way in system design to help equipment manufacturers adopt GPU acceleration, enabling faster inspection and analysis for advanced technology nodes, to increase yield and bring down wafer costs." With end-to-end engineering services spanning design, manufacturing, certification, deployment, and life-cycle management, AMAX partners with semiconductor companies to deliver solutions optimized for specific applications and operational environments. By combining industrial-grade customization with high-performance compute, AMAX is positioned to accelerate the semiconductor industry's transition to GPU-enabled metrology. To learn more about how AMAX designs and deploys solutions for the semiconductor industry, visit AMAX's Semiconductor Solutions page (https://www.amax.com/industries/semiconductor-solutions/). 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Enables accelerated generative AI inferencing and high-performance computing (HPC) with industry leading efficiencySANTA CLARA, Calif., May 15, 2025 /PRNewswire/ -- Achronix Semiconductor Corporation, the leader in data acceleration FPGAs, today announced the launch of the VectorPath® 815 (VP815), a new PCIe accelerator card powered by the industry- leading Speedster® 7t1500 FPGA, and engineered to meet the growing demands of AI workloads and high-performance computing (HPC).Achronix Introduces VectorPath 815 to accelerate generative AI inference and High Performance Computing Post this Achronix VectorPath 815 FPGA Accelerator CardFPGAs are uniquely suited for AI inferencing due to their massively parallel architecture, customizable data paths, and efficient handling of sparse and irregular computations — characteristics that traditional GPUs and CPUs struggle with. Unlike fixed-function ASICs, FPGAs provide hardware adaptability, allowing AI models to evolve over time without requiring new silicon. This adaptability is becoming increasingly valuable as AI models trend toward more efficient, lower precision (such as 1-bit, 2-bit and 4-bit) inferencing architectures, which significantly reduce computational overhead through low-precision operations. Achronix FPGAs, featuring integrated machine learning processors (MLPs), are specifically optimized for these compact, quantized workloads, offering unparalleled performance and seamless programmability for rapidly evolving AI applications. The VectorPath 815 accelerator card exemplifies this capability by delivering unprecedented performance, flexibility, and accelerated time-to-market for high-efficiency AI inference deployments."As AI and HPC workloads continue to demand extreme performance and energy efficiency, Achronix has developed the industry's most advanced power/performance-optimized FPGA acceleration platform," said Jansher Ashraf, Director of AI Solutions Business Development at Achronix. "The VectorPath 815 card delivers greater than 2,000 tokens per second with 10 ms inter-token latency (LLAMA 3.1-8B Instruct) for unmatched generative AI inferencing performance — enabling customers to accelerate bandwidth-intensive, low-latency applications with a greater than 3x total cost of ownership (TCO) advantage vs