# Deepthought: System Specifications

## SLURM Partition Layout

:::{important}
The partition list below represents the current hardware that we have that will be available once the remaining hardware has been relocated from the existing cluster
:::

| Description                    | Partition Name | Nodes | Default Run Time        | Max Run Time              |
| ------------------------------ | -------------- | ----- | ----------------------- | ------------------------- |
| General Compute (CPU)          | general        | 12    | 60 minutes (0-01:00:00) | 7 days (7-00:00:00)       |
| CUDA Compute (GPU)             | gpu-cuda       | 2     | 60 minutes (0-01:00:00) | 14 days (14-00:00:00)     |
| High Capacity (CPU)            | high-capacity  | 5     | 60 minutes (0-01:00:00) | 14 days (14-00:00:00)     |
| IDS System Support             | hpc-support    | all   | Unlimited               | Unlimited                 |
| Michelle Coote Lab             | mcoote         | 5     | 60 minutes (0-01:00:00) | 14 days (14-00:00:00)     |
| Open OnDemand Interactive Apps | ood            | 4     | 60 minutes (0-01:00:00) | 12 hours (0-12:00:00)     |
| Short Runtime Jobs             | short          | 4     | 60 minutes (0-01:00:00) | 1 day (1-0:00:00)         |
| Teaching                       | teaching       | 4     | 60 minutes (0-01:00:00) | 12 hours (0-12:00:00)     |

## Storage Layout

* Home Drives (NFS): \~22TB mounted on all nodes
* Modules, Software and System Files (NFS): 3TB mounted on all nodes
* Semi-persistent Dataset Storage (Ceph): \~150TB mounted on all nodes
* Temporary Scratch/Job Storage (BeeGFS): \~250TB mounted on all nodes

:::{note}
Network Drives (R/T) are available on the login node but not on individual compute nodes
:::

## Node Breakdown

- 1x Login Node with 32 Cores / 64 Threads and 384GB of RAM
- 16x General Compute Nodes each with 64 Cores / 128 Threads and 768GB of RAM
- 5x High Capacity Nodes each with 64 Cores / 128 Threads and 3TB of RAM
- 4x NVIDIA L40S GPUs each with 48GB of RAM located in pairs in two of the High Capacity Nodes