Malaysia to Debut AI Supercomputer Powered by NVIDIA Blackwell Superchip in 2025
Malaysia is on track to launch its first AI supercomputer by the third quarter of 2025, powered by the revolutionary NVIDIA GB200 Grace Blackwell Superchip — a key milestone that cements the country’s ambition to become a regional AI innovation hub. The system will be hosted on the NVIDIA DGX Cloud and deployed at YTL Power’s 500MW Green Data Centre Campus in Johor.
This landmark project is spearheaded by YTL Power International Bhd, in strategic collaboration with NVIDIA, and will provide the computing backbone for Malaysia’s sovereign large language model (LLM) known as ILMU 1.0.
A Leap Forward: Malaysia’s First Sovereign AI Infrastructure
“This AI cloud infrastructure will serve as the foundation for the country’s sovereign AI and will power Malaysia’s very own LLM, ILMU 1.0,” said Datuk Seri Yeoh Seok Hong, Managing Director of YTL Power.
Hosted by YTL Cloud, a subsidiary of YTL Power and one of NVIDIA’s select Cloud Partners, the project will place Malaysia among the first Asia-Pacific nations to deploy NVIDIA’s Blackwell Ultra platform — the world’s most advanced chip for AI workloads.
🌐 Key Features of the Project:
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Powered by: NVIDIA GB200 Grace Blackwell Superchip
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Platform: NVIDIA DGX Cloud (AI-specific infrastructure)
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Location: 500MW Green Data Centre Campus, Johor
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Launch Timeline: Q3 2025
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Purpose: Host ILMU 1.0 — Malaysia’s sovereign LLM
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Sustainability: Runs on green energy infrastructure
What Is the NVIDIA DGX Cloud?
The NVIDIA DGX Cloud is not just a high-performance cloud—it’s a dedicated AI supercomputing platform, purpose-built for:
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Training and deploying large AI models
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Accelerating natural language processing (NLP)
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Supporting sovereign AI initiatives
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Enabling rapid AI experimentation across industries
Global Applications of DGX Cloud Include:
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Deloitte (on Oracle Cloud): AI in drug discovery
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Cerence Inc (on Azure): Automotive-specific LLMs
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Malaysia’s ILMU 1.0: Regional sovereign AI
“DGX Cloud is about optimising AI workflows, not vendor lock-in. It gives nations and enterprises the tools to innovate freely,” said Alexis Bjorlin, NVIDIA VP and GM of DGX Cloud.
Strategic Location: Johor’s Green Data Centre Campus
Malaysia’s choice to host the supercomputer in Johor is intentional. The state offers:
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Stable power infrastructure
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Strong manufacturing ecosystem
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Proximity to Singapore’s tech corridor
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Sustainable energy resources for data centre operations
The campus aligns with the green computing movement, reflecting ESG priorities in tech infrastructure development.
What is ILMU 1.0? Malaysia’s Sovereign LLM
ILMU 1.0 (short for Intelligent Language Model for Malaysia) is envisioned as a homegrown large language model that reflects Malaysia’s:
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Linguistic diversity (Bahasa Malaysia, English, Chinese, Tamil, and more)
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Cultural context and national values
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Sovereign control over data and AI infrastructure
This LLM will be the cornerstone for AI-driven applications in:
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Government digital services
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Education and language learning tools
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Healthcare, public policy, and localised automation
Malaysia’s Path to Becoming an AI Leader in Southeast Asia
YTL’s collaboration with NVIDIA not only marks a national first—it’s a regional breakthrough. Malaysia’s entry into the sovereign AI race positions it alongside global tech powers prioritising localised AI ecosystems.
Key Benefits of the Project:
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Data sovereignty and security
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National talent development in AI
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AI infrastructure competitiveness in Southeast Asia
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Attraction of FDI and AI-related R&D
Final Thoughts: Malaysia’s Defining AI Milestone
With the planned launch of the NVIDIA DGX Cloud and the rollout of ILMU 1.0, Malaysia is taking a definitive step forward in AI sovereignty, digital infrastructure, and tech innovation.
This project is more than a hardware upgrade—it is a strategic leap toward building a resilient, sovereign digital economy, where Malaysian-developed AI serves Malaysian and regional needs.
As global interest in AI nationalism and digital self-reliance grows, Malaysia’s DGX-powered supercomputer initiative will be watched closely by regional players, investors, and global AI leaders alike.
