NVLink Fusion Powers Japan’s AI Infrastructure Push

Fujitsu and Nvidia’s NVLink Fusion partnership fuses MONAKA CPUs with Nvidia GPUs to power sector-specific AI agents today and supercharge FugakuNEXT by 2030.

Japan’s tech titans are doubling down on AI. Fujitsu and Nvidia just announced an expanded collab to build a full-stack AI infrastructure, fusing Fujitsu’s MONAKA CPUs with Nvidia GPUs over NVLink Fusion to deliver real-world AI agents today—and supercharge tomorrow’s supercomputer, FugakuNEXT, by around 2030.

Getting Real with AI Agents

This ain’t your grandma’s server setup. Fujitsu’s throwing its next-gen MONAKA CPU tech into Nvidia’s GPU party via NVLink Fusion—think a super-fast expressway straight to the GPU city.

The goal? Ready-to-roll AI agents for:

AI Transforming Healthcare
AI agents are being developed to assist medical professionals in diagnostics by quickly analyzing scans and patient data.
  • Healthcare: Agents that read scans, cross-check records, and spot patterns faster than any human doc.
  • Manufacturing: Digital factory copilots handling planning, predictive maintenance, and motion planning in one shot.
  • Robotics: Smarter perception-to-action pipelines in logistics and service bots, leveraging Japan’s robotics prowess.

Nvidia CEO Jensen Huang didn’t mince words: “Japan can lead the world in AI and robotics.” 

He’s on a mission to build local, sovereign AI infrastructure at scale, and this partnership is step one of that playbook.

Until now, NVLink mostly played nice with Nvidia’s own CPUs.

Opening it up to Fujitsu’s MONAKA chips means:

  • Custom AI Factories: Deploy massive GPU clusters with your choice of CPU—no vendor lock-in.
  • Slick Performance: Direct CPU-to-GPU links slash latency and boost throughput for continuous learning workloads.

In short, it’s like ripping out stoplights on the data highway.

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FugakuNEXT: Japan’s 2030 Showstopper

Fujitsu, RIKEN, and Nvidia are co-designing FugakuNEXT, slated for around 2030.

For the first time, Japan’s flagship will mix GPUs and CPUs in a hybrid AI-HPC platform, aiming for 5–10× the muscle of the current Fugaku and multi-exaflop FP64 peaks, all within a ~40 MW power envelope.

chart of Supercomputer Performance Growth
NVLink Fusion Powers Japan’s AI Infrastructure Push 3

What’s Next?

  • 2025–2027: Pilot AI-agent rollouts with Japanese enterprises, early software co-design, and MONAKA-X CPU reveals.
  • 2028–2030: FugakuNEXT hardware deployment, full-scale AI-HPC fusion, and mass rollout of sector-specific agents.

This partnership isn’t just hype—it’s Japan’s bid to own the next decade of AI and robotics, from the hospital floor to the factory line to the supercomputer center.

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Jayesh Shewale

Tech Analyst, Futurist & Author

For the past 5 years, Jayesh has been at the forefront of AI journalism, demystifying complex topics for outlets like TechCrunch, WIRED and now AIBlogFeed. With a keen eye for industry trends and a passion for ethical technology, they provide insightful analysis on everything from AI policy to the latest startup innovations. Their goal is to bridge the gap between the code and its real-world consequences.

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