Goethe-HLR Frankfurt

Goethe-HLR Frankfurt

Cluster Access

Loewe CSC Cluster FrankfurtLoewe CSC ClusterGoethe University Frankfurt
University

Goethe Universität Frankfurt am Main

Info

The Goethe-HLR is a general purpose HPC cluster based on Intel Xeon Skylake CPU architecture. The system was installed in Industriepark Höchst in 2019. At the 484 compute server are more than 19 000 cores provided. The nodes are connected via EDR-Infiniband. At each compute node are at least 192 GB RAM available. The measured HPL performance is 958.67 TFlop/s.

HPC Support
HKHLR Team GU Frankfurt am Main
Downloads
Quick Reference Card Goethe-HLR Frankfurt
Cluster Access

Go to CSC-Website/Access/Goethe-HLR to get an account. The project manager has to send a request to submission@csc.uni-frankfurt.de to get CPU-Time for research projects. Further information at our website.

Typical Node Parameters

Title
Node Type A
Type
Not specified
Cores (sockets x cores/socket)
2 x 40
Memory
192 GB
FLOPS/Core (DP, theor. peak)
76,8 GFlop/s
CPU Type
Intel Xeon Skylake 6148 (2.4GHz)
MPI Communication (pt2pt)
Intranode
Bandwidth
6.7 GB/s
Latency (64 bytes)
0.39 us
Memory Bandwidth (triad)
192 GB/s
Title
Node Type B
Type
Not specified
Cores (sockets x cores/socket)
2 x 40
Memory
768 GB
FLOPS/Core (DP, theor. peak)
76,8 GFlop/s
CPU Type
Intel Xeon Skylake 6148 (2.4GHz)
MPI Communication (pt2pt)
Intranode
Bandwidth
6.7 GB/s
Latency (64 bytes)
0.39 us
Memory Bandwidth (triad)
192 GB/s
Title
GPU Node
Type
Not specified
Cores (sockets x cores/socket)
2 x 6
Memory
128 GB
FLOPS/Core (DP, theor. peak)
27,8 GFlop/s
CPU Type
Intel Xeon E5-2630v2 (2.6GHz)
Accelerators
2 x AMD FirePro S10000 1.5 Tflop/s (DP) each

Global Cluster Parameters

Processors (CPU, DP, peak)
1.450 Tflop/s
Accelerators (GPU, DP, peak)
150 Tflop/s
Computing cores (CPU)
19.360
Permanent Storage
4 PB
Scratch Storage
2 PB
Job Manager
Slurm Workload Manager
Other Job Constraints
runtime: max. 21 d

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