SuperX AI Meets Kazakhstan PM to Discuss 1GW Computing Park
Executives of SuperX AI met with Olzhas Bektenov, the Prime Minister of Kazakhstan, on the sidelines of the World Economic Forum's Summer Davos in Dalian on June 23. The parties discussed a proposal for the phased construction of a 1-gigawatt AI computing park, which SuperX views as a potential entry point into Central Asia's digital infrastructure market. During the meeting, SuperX expressed interest in a proposed three-year tiered investment and construction roadmap. Under this proposal, a 200-megawatt computing cluster would be targeted for completion in 2027, an additional 300 megawatts in 2028, and a further 500-megawatt capacity expansion in 2029. The conceptual 1-gigawatt national intelligent computing center would be intended to function as a cross-border computing node bridging Europe and Asia. Discussions also touched upon the potential establishment of a tripartite joint working group to oversee land use, energy supply, fiscal and tax policies, and talent development. The Kazakh side has invited SuperX's team to conduct local site-selection surveys to further evaluate the feasibility of the project.
Trade with 70% Backtested Accuracy
Analyst Views on SUPX
About SUPX
About the author

- Joint Venture Launch: SuperX AI, in collaboration with Suzhou TFC Optical Communication and APEX VERVE, has officially registered a joint venture with a capital of SGD 2 million, with SuperX holding a 45% stake, marking a significant expansion into global markets.
- Innovative Technology Products: The joint venture has rolled out 800G and 1.6T silicon-photonics optical modules that support transmission distances of up to 500 meters over single-mode fiber, complying with industry standards and meeting the high-speed interconnection demands of AI supercomputing clusters, thereby enhancing SuperX's market competitiveness.
- Growing Market Demand: Overseas investment in AI infrastructure is projected to exceed USD 470 billion in 2026, driving sustained demand for 800G and 1.6T high-speed optical interconnects; the joint venture will leverage TFC's mature technologies to optimize the product supply chain and enhance profit elasticity.
- Strategic Collaboration Benefits: The joint venture platform allows SuperX to fill critical gaps in the optical interconnect industrial chain, significantly boosting its competitiveness in overseas markets and unlocking long-term performance growth potential.
- Project Collaboration Proposal: SuperX AI Technology Limited executives met with Kazakhstan's Prime Minister to discuss a phased plan for a 1-gigawatt AI computing park, which is seen as a significant entry point into Central Asia's digital infrastructure market.
- Investment Plan Details: SuperX proposed a three-year tiered investment roadmap, targeting completion of a 200-megawatt computing cluster by 2027, an additional 300 megawatts in 2028, and a further 500-megawatt expansion in 2029, aimed at establishing a cross-border computing node linking Europe and Asia.
- National Digitalization Strategy: Kazakhstan has designated 2026 as the Year of Digitalization and Artificial Intelligence, with the state investment arm actively seeking foreign partnerships to enhance domestic high-end computing capacity, and SuperX's involvement could help address this critical capacity gap.
- Market Potential Outlook: If the project is successfully realized, SuperX would gain access to Central Asia's billion-scale digital infrastructure growth market, while also strengthening its global computing network and enhancing its competitive position in the international market.
- Project Collaboration Proposal: SuperX AI Technology executives met with Kazakhstan's Prime Minister to discuss a phased plan for a 1-gigawatt AI computing park, which is seen as a significant entry point into Central Asia's digital infrastructure market.
- Investment Plan Details: SuperX proposed a three-year tiered investment roadmap targeting the completion of a 200-megawatt computing cluster by 2027, an additional 300 megawatts in 2028, and a further 500-megawatt expansion in 2029, aiming to establish a cross-border intelligent computing center.
- Geopolitical Advantage Recognition: The Prime Minister acknowledged SuperX's expertise in intelligent computing operations and welcomed further coordination with Kazakhstan Invest to explore the project's viability, highlighting the country's openness to foreign investment.
- Market Potential Outlook: If realized, the project is expected to address critical computing capacity gaps in Kazakhstan while unlocking access to a billion-scale digital infrastructure market in Central Asia, thereby enhancing SuperX's global computing network footprint.
- Optical Module Innovation: SuperX will introduce its 1.6T optical module solution at Interop Tokyo 2026, aimed at addressing the high-bandwidth connectivity needs of large-scale AI training and inference environments, thereby enhancing its competitiveness in Japan and global markets.
- Diverse AI Compute Platforms: The showcased AI compute platforms include the high-performance XN8161-B300 servers, designed for intensive training and high-performance computing workloads, which are expected to drive customer investments and deployments in AI infrastructure.
- Modular AI Factory: SuperX's modular AI factory solution simplifies deployment with a pre-validated full-stack architecture, enabling scalable expansion from 2.5MW to 80MW, significantly reducing project complexity and time-to-market while enhancing overall operational efficiency.
- Strengthened Local Services: With an annual production capacity of up to 20,000 AI servers at its Global Supply Center in Japan, SuperX enhances its local responsiveness and service support, ensuring it meets the rapidly growing demand for AI infrastructure.
- Market Strategy: SuperX AI Technology Limited will introduce its 1.6T optical module solution at Interop Tokyo 2026, aiming to meet the growing demand for AI infrastructure in Japan and global markets, thereby enhancing its competitive position in the rapidly evolving AI data center sector.
- High-Performance Optical Module: This optical module solution, built on a full Digital Signal Processor architecture, supports high-bandwidth connectivity for large-scale AI training and inference environments, which is expected to significantly enhance the performance and reliability of customers' AI infrastructures.
- Modular AI Factory: SuperX's modular AI factory solution facilitates a shift from traditional infrastructure planning to a more scalable and performance-oriented AI data center deployment model through a pre-validated full-stack architecture, reducing project complexity and time-to-market.
- Strengthened Local Operations: With an annual production capacity of up to 20,000 AI servers at its Global Supply Center in Japan, SuperX enhances efficient logistics and rapid deployment, further solidifying its localized service capabilities in the Japanese market, improving customer response times and service reliability.
- Surging Market Demand: SuperX AI Technology Limited has launched its first U.S. AI Inference Cloud Hub in Denver, Colorado, with significant pre-launch customer reservations indicating strong demand for dedicated AI inference services, which is expected to drive rapid growth in the North American market.
- Integrated Technological Advantage: The cloud hub leverages NVIDIA AI accelerator technologies to deliver high-performance, low-latency AI inference services that support a wide range of AI workloads, enhancing SuperX's competitiveness in the global AI infrastructure market.
- Flexible Service Models: SuperX offers both 'On-Demand' and 'Reserved Capacity' service models to accommodate varying deployment needs, thereby improving infrastructure utilization efficiency for customers and further solidifying its market position.
- International Expansion Strategy: The launch of the Denver Hub not only strengthens SuperX's service capabilities in North America but also lays the groundwork for its international business expansion, indicating the company's commitment to continuously evaluate infrastructure opportunities in global markets to meet the growing demand for AI services.







