G10 – Scientific HPC Appliance
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Accelerate your research! → To publish more papers
HPC administration support by NOVATTE – focus purely on Science
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G10 is a scientific HPC appliance that provides the maximum performance for MD, QM and Bioinformatics apps. Modular in nature, G10 can be configured to efficiently run any mix of applications required by particular Department or School: your workflow dictates your application mix, G10 guarantees your applications are run at their respective maximum speeds.
Molecular Dynamics:
|
Application |
Block |
Performance |
Benchmark |
Download benchmark |
| AMBER | Gamma-A | 23.89 ns/day/block | FactorIX NVE taken from AMBER.org |
download |
| NAMD | Gamma-A | 485 sec/block | STMV with numsteps set to 5000 taken from University of Illinois at Urbana-Champaign |
download |
| GROMACS | Gamma-A | 42.22 ns/day/block | ADH Cubic taken from gromacs.org |
download |
| CHARMM | Gamma-A | Coming soon | Coming soon | download |
| LAMMPS | Gamma-A | 209.7 sec/block | data.rhodo and in.gpu.rhodo (steps changed to 5000) inside <LAMMPS>/examples/gpu/ |
comes inside LAMMPS |
| DL_POLY | Gamma-A | Coming soon | Coming soon | download |
Quantum Mechanics:
|
Application |
Block |
Performance |
Benchmark |
Download benchmark |
| GAMESS | Gamma-A | Coming soon | Coming soon | download |
| NWChem | Gamma-A | Coming soon | Coming soon | download |
| CP2K | Gamma-A | Coming soon | Coming soon | download |
| Quantum Espresso |
Gamma-A | Coming soon | Coming soon |
download |
Bioinformatics:
|
Application |
Block |
Performance |
Benchmark |
Download benchmark |
| Velvet | Delta | Coming soon | Coming soon | download |
| BWA | Delta | Coming soon | Coming soon | download |
| Bowtie | Delta | Coming soon | Coming soon | download |
| SOAP3-dp | Gamma-A | Coming soon | Coming soon |
download |
| ABySS | Delta | Coming soon | Coming soon | download |
Cluster Management:
G10 comes with intuitive and easy to use Cluster Management System with GUI: it offers a single and consistent interface to all available cluster management functionalities. Is extremely easy to use even for people with limited Linux management experience.
G10 Compute Blocks:
| Gamma-A | Gamma-B | Delta | Omega | |
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| Ideal for | Molecular Dynamics (Moderate GPGPUs workload) |
Molecular Dynamics (Intensive GPGPUs workload) |
Quantum Mechanics Bioinformatics |
Large memory tasks Non-MPI tasks |
| Architecture | CPUs + GPGPUs + IB | CPUs + GPGPUs + IB | CPUs + IB | CPUs + IB / 10GbE |
| Theoretical Peak TFLOPs per block (SP) | 35.9 TFlops | 70.8 TFlops | 3.84 TFlops | 1.33 TFlops |
| Theoretical Peak TFLOPs per block (DP) | 8.4 TFlops | 15.9 TFlops | 1.92 TFlops | 0.66 TFlops |
| Memory per block | 256 GB | 256 GB | 512 GB | 1 TB |
G10 Storage:
| Scratch drive | Archive space | |
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| Performance | up to 3 GB/s | |
| Usable Capacity | 3.5 TB or 7TB | Vary |
Software Stack:
G10 support the following software stack
Architecture:
| Architecture |
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| Compute field |
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| Memory |
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| Networking/ Interconnect |
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| File System |
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| Storage Systems |
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| System Administration |
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