SuperX AI Technology Limited has secured a US$38.8 million contract through its Japanese subsidiary to supply NVIDIA B30
SuperX AI Technology Limited (NASDAQ: SUPX), a Nasdaq-listed full-stack AI infrastructure solutions provider, announced that its wholly-owned Japanese subsidiary, SuperX Industries Co., Ltd., has received a commercial purchase order from Japanese client WOODMAN Inc. The order calls for the supply of NVIDIA B300 GPU-based server clusters to support an AI infrastructure project in Yokohama, Japan, with a total contract value of approximately US$38.8 million. Delivery is scheduled for mid-November 2026. As of August 20, 2026, SuperX had collected an advance payment of approximately 20 percent, with the remaining balance due before shipment per contractual terms. This agreement marks the first commercial collaboration between the two companies and represents a key milestone in SuperX's push into Japan's high-performance AI infrastructure sector.
The acquisition of the NVIDIA B300 clusters underscores SuperX's capacity to track next-generation AI computing architectures and rapidly deploy them commercially. While the company previously established a foothold in Japan using solutions like the NVIDIA RTX PRO 6000, this latest order highlights its progression toward higher-density, next-generation GPU platforms. SuperX is simultaneously broadening its focus from individual server hardware to comprehensive, integrated AI infrastructure solutions, strengthening its position across the entire infrastructure value chain.
Japan serves as a strategic priority in SuperX's global expansion, offering both a major growth market and a testing ground for international project delivery, supply chain integration, and localized technical services. Collaborations with Woodman and other domestic partners are helping SuperX build a localized ecosystem for supply chain coordination, execution, and support. Each project is treated as a dual opportunity for immediate revenue and long-term capability building in localized delivery and service networks. Following this initial engagement, the Yokohama deployment will proceed, with further AI infrastructure cooperation expected.
The significance of the US$38.8 million contract extends beyond new customer acquisition and contract scale. It validates SuperX's ability to scale its AI computing applications and international footprint. The broader industry trend shows AI infrastructure shifting from traditional server deployments toward modular, integrated designs emphasizing higher computing density and energy efficiency. SuperX continues to develop capabilities in AI servers, liquid cooling, power infrastructure, and data center solutions, gradually moving up the value chain. This approach supports a scalable growth model centered on tracking GPU advancements, rapid product adaptation, real-world commercialization, and leveraging project experience to enter new markets.
Looking ahead, SuperX plans to maintain its focus on AI computing infrastructure, closely monitor next-generation GPU developments, accelerate integrated solution development, and enhance localized delivery and service capabilities worldwide. By capitalizing on early investments in AI infrastructure technologies and a growing international client base, the company aims to capture long-term growth opportunities across the Asia-Pacific and global markets, continuously strengthening its strategic position in the global AI computing infrastructure industry.
SuperX AI Technology Limited is headquartered in Singapore and provides proprietary hardware, advanced software, and end-to-end services for AI data centers globally. Its offerings include solution design, infrastructure product integration, operations and maintenance, high-performance AI servers, 800 Volts Direct Current solutions, high-density liquid cooling systems, and AI cloud and agent platforms. WOODMAN Inc. is a Japanese technology firm dedicated to converting underutilized resources like surplus electricity and computing power into new value, specializing in optimized computing environments for AI and high-performance computing. The press release includes forward-looking statements based on current expectations.