Germany’s Leibniz Supercomputing Centre, LRZ, is gaining a brand new supercomputer that delivers roughly 30x extra computing energy in contrast with SuperMUC-NG, the present LRZ high-performance laptop. It’s referred to as Blue Lion. And it’ll run on the NVIDIA Vera Rubin structure.
That’s new. Till now, LRZ — a part of the Gauss Centre for Supercomputing, Germany’s main HPC establishment — had solely stated its subsequent system would use “next-generation” NVIDIA accelerators and processors.
We’re confirming it: That subsequent era is Vera Rubin, NVIDIA’s upcoming platform for AI and accelerated science.
If the identify sounds acquainted, it ought to. Final month, Lawrence Berkeley Nationwide Lab unveiled Doudna, its subsequent flagship system that will even be powered by Vera Rubin.
Two continents. Two techniques. Identical structure.
What Is Vera Rubin?
Vera Rubin is a superchip. It combines:
- Rubin GPU — the successor to NVIDIA Blackwell
- Vera CPU — NVIDIA’s first customized CPU, constructed to work in lockstep with the GPU
Collectively, they kind a platform constructed to break down simulation, knowledge and AI right into a single, high-bandwidth, low-latency engine for science. It combines shared reminiscence, coherent compute and in-network acceleration — and is launching within the second half of 2026.
Blue Lion is constructed to fulfill it.
In regards to the System
HPE is constructing Blue Lion. It’s going to use next-generation HPE Cray know-how and have NVIDIA GPUs in a system outfitted with highly effective storage and interconnect that harnesses HPE’s 100% fanless direct liquid-cooling techniques structure, which makes use of heat water delivered by means of pipes to effectively cool the supercomputer.
It’s constructed for researchers engaged on local weather, turbulence, physics and machine studying, with workflows that mix traditional simulation and trendy AI. Jobs can scale throughout all the system. Warmth from the racks might be reused to heat close by buildings.
And it’s not simply native. Blue Lion will assist collaborative analysis initiatives throughout Europe.
In regards to the Doudna Supercomputer
In the meantime, in Berkeley, California, Doudna, the U.S. Division of Power’s subsequent supercomputer, will even run Vera Rubin. Constructed by Dell Applied sciences, the supercomputer is known as for Nobel laureate and CRISPR pioneer Jennifer Doudna and can serve over 11,000 researchers when it launches subsequent 12 months.
Doudna might be wired for real-time workflows and optimized for science outcomes per joule of power. Information streams in from telescopes, genome sequencers and fusion experiments and lands instantly within the system through NVIDIA Quantum-X800 InfiniBand networking. Processing begins immediately. Suggestions loops are stay.
It’s designed to advance fusion power, supplies discovery and biology quicker. In contrast with its predecessor, it’s anticipated to ship 10x extra software efficiency, utilizing simply 2-3x the ability. That’s 3-5x higher efficiency per watt.
Why This All Issues
Blue Lion and Doudna aren’t simply massive machines. They’re indicators of what comes subsequent: a shift in how high-performance techniques are designed, used and linked.
AI is now not an add-on. Simulation isn’t a silo. Information isn’t parked — it strikes. Science is turning into a real-time self-discipline. The techniques that energy it must sustain.
Vera Rubin is constructed for that.