Merge branch 'musica_correction' into 'main'

fixed a type in the musica hardware details

See merge request !82

docs/systems/musica.md

@@ -5,16 +5,16 @@
     
 In the past, Austria's most powerful supercomputers (the Vienna Scientific Clusters, VSCs) had been jointly operated by several universities - but so far in a central location, with online access for all participating institutions. Distributing the computer hardware itself across several locations and thus connecting high-performance computing with cloud computing is an innovation of the MUSICA project.
 
-## Hardware
+## Performance
 
-Musica is co-located in Innsbruck, Linz, and Vienna. The parts in Innsbruck and Linz each have 48 CPU and 80 GPU nodes, while the part in Vienna has 72 CPU and 112 GPU nodes. The hardware is supplied by Lenovo and the storage by MEGWARE.
+With MUSICA, users get significantly more computing power, the current fastest supercomputers in Austria VSC-4 and VSC-5  provide a performance of 5.01 petaflops. The new HPC cluster will provide a computing power of around 40 petaflops, which will line  it up among the most powerful systems in the world.
 
- The CPU nodes are comprised of 2x AMD Epyc 9654 with AMD Epyc 9654 (96 cores each) with 4x 32G DDR5, SharedIO NDR200 (20 of the Vienna nodes with 1x NDR400) and 1.92TB NVMe. The GPU nodes have 2x AMD Epyc 9654 with AMD Epyc 9654 (96 cores each) with 24x 32G DDR5, SXM5 H100-94G-700W, 4x NDR200 and 7.68TB NVMe. This architecture will mostly benefit  the users that perform data-intensive calculations, especially training models of artificial intelligence models to research questions from natural science and technology, and to analyze large amounts of data.
 
+## Hardware
 
-## Performance
+MUSICA is co-located in Innsbruck, Linz, and Vienna. The parts in Innsbruck and Linz each have 48 CPU and 80 GPU nodes, while the part in Vienna has 72 CPU and 112 GPU nodes. The hardware is supplied by Lenovo and the storage by MEGWARE.
 
-With MUSICA, users get significantly more computing power: The fastest supercomputers in Austria, VSC-4 and VSC-5 to date, provide a performance of 5.01 petaflops (calculation collaborations per second). The new HPC cluster will provide a computing power of around 40 petaflops, which will line up it among the most powerful systems in the world.
+ The CPU nodes are comprised of 2x AMD Epyc 9654 with AMD Epyc 9654 (96 cores each) with 24x 32G DDR5, SharedIO NDR200 (20 of the Vienna nodes with 1x NDR400) and 1.92TB NVMe. The GPU nodes have 2x AMD Epyc 9654 with AMD Epyc 9654 (96 cores each) with 24x 32G DDR5, SXM5 H100-94G-700W, 4x NDR200 and 7.68TB NVMe. This architecture will mostly benefit users that perform data-intensive calculations, especially training models of artificial intelligence models applied to research questions from natural science and technology, and to analyze large amounts of data.
 
 ## Cooling