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--- pub:hpc:hellbender [2026/03/19 15:29] – [How Much Does Investing Cost?] bjmfg8
+++ pub:hpc:hellbender [2026/06/04 14:18] (current) – [How it works:] bjmfg8
@@ Line 9: / Line 9: @@
 **Hellbender** is the latest High Performance Computing (HPC) resource available to researchers and students (with sponsorship by a PI) within the UM-System.
-**Hellbender** consists of 222 mixed x86-64 CPU nodes providing 22,272 cores as well as 40 GPU nodes consisting of a mix of Nvidia GPU's (see hardware section for more details). Hellbender is attached to our Research Data Ecosystem ('RDE') that consists of 8PB of high performance and general purpose research storage. RDE can be accessible from other devices outside of Hellbender to create a single research data location across different computational environments.
+**Hellbender** consists of 263 mixed x86-64 CPU nodes providing 24844 cores as well as 41 GPU nodes with a total of 132 GPUs consisting of Nvidia GPU's including Volta, Ampere, and Hopper generations, with more details at [[https://docs.itrss.umsystem.edu/pub/hpc/hellbender#hardware]]. Hellbender is attached to our Research Data Ecosystem ('RDE') that consists of 8PB of high performance and general purpose research storage. RDE can be accessible from other devices outside of Hellbender to create a single research data location across different computational environments.
 ==== Investment Model ====
@@ Line 92: / Line 92: @@
   * Hellbender investor account that has first right to run on the node or set of nodes that they have leased.
   * Can submit to any queue (however when using 'General' investors will still be subject to fairshare for scheduling priority on these 'General' resources). Max running time on their node(s) is 28 days.
-  * To invest please submit the following order form: [[https://missouri.qualtrics.com/jfe/form/SV_6zkkwGYn0MGvMyO| RSS Services Order Form]]
+  * To invest please submit the following order form: [[https://us1.teamdynamix.com/tdapp/app/form/start?c=M2NmOWYxMDctN2IwNS00NjE2LWJlZTEtZjg3ZjIyNmViNDI4&t=VFNyWGRBPT1tWXFuTWc4MTNPZHdicDFFei9zT1dFMk83TTY4K29kdld2SnExL1FGODlSczFVWjl5UTRJcHE4K29nVHFSYno0MUZ4SkEvazhVVVR5WDVCUnNNdE1OVFlnT3FITzE3V093cCs2UkVqakRqZXhWU3FpZjNYK1RWNlYrYmkzMStvOEI0MFVnYm1ORlo4QzdWKyt5YkYwdWc9PQ&SourceID=7| CPU Node Order Form]]
 - **Free access (General) tier storage**:
@@ Line 103: / Line 103: @@
   *   **High Performance Storage** - All flash disc - good for high I/O HPC workloads. Priced at $95/TB/Year.
   *   **General Performance Storage** - Mixed flash/spinning disc environment. Ideal for larger dataset storage/longer term storage. Priced at $25/TB/Year.
-  * To get started please fill out our [[https://missouri.qualtrics.com/jfe/form/SV_6zkkwGYn0MGvMyO| RSS Services Order Form]]
+  * To get started please fill out our [[https://tdx.umsystem.edu/TDClient/36/DoIT/Requests/ServiceOfferingDet?ID=1043| RSS Storage Order Form]]
@@ Line 117: / Line 117: @@
 | Dell C6525 | 112    | 128        | 490 GB        | 1.6 TB          | 14336  | c001-c112  |
-**The 2025 pricing is: $2,702 per node per year.**
+**The 2026 pricing is: $2,702 per node per year.**
 ==== GPU Node Lease  ====
@@ Line 163: / Line 163: @@
 **__None of the cluster attached storage available to users is backed up in any way by us__**, this means that if you delete something and don't have a copy somewhere else, it is gone. Please note the data stored on cluster attached storage is limited to Data Class 1 and 2 as defined by [[https://www.umsystem.edu/ums/is/infosec/classification-definitions| UM System DCL]]. If you have need to store things in DCL3 or DCL4 please contact us so we may find a solution for you.
-**The 2025 pricing is: General Storage: $25/TB/Year, High Performance Storage: $95/TB/Year**
+**The 2026 pricing is: General Storage: $25/TB/Year, High Performance Storage: $95/TB/Year**
 To order storage please fill out our [[https://tdx.umsystem.edu/TDClient/36/DoIT/Requests/ServiceDet?ID=605| RSS Services Order Form]]
@@ Line 270: / Line 270: @@
 === GPU nodes ===
-| **Model**   | **Nodes** | **Cores/Node** | **System Memory** | **GPU**  | **GPU Memory** | **GPUs/Node** | **Local Scratch** | **Cores** | **Node Names** |
+| **Model**   | **Nodes** | **Cores/Node** | **System Memory** | **GPU**  | **GPU Memory/GPU** | **GPUs/Node** | **Local Scratch** | **Cores** | **Node Names** |
 | Dell R750xa | 17        | 64             | 490 GB            | A100     | 80 GB          | 4        | 1.6 TB            | 1088    | g001-g017      |
 | Dell XE8640 | 2         | 104            | 2002 GB           | H100     | 80 GB          | 4        | 3.2 TB            | 208     | g018-g019      |
@@ Line 280: / Line 280: @@
 | Dell R760xa | 6         | 64             | 490 GB            | H100     | 94 GB          | 2        | 1.8 TB            | 384      | g029-g034  |
 | Dell R760 | 6         | 64             | 490 GB            | L40S     | 45 GB          | 2        | 3.5 TB            | 384      | g035-g040  |
-|        |           |                |                   |          | Total GPU      | 124      | Total Cores       | 2476    |                |
+| Dell XE9680 | 1         | 96             | 2048 GB            | H200     | 141 GB          | 8        | 28 TB            | 96      | g041  |
+|        |           |                |                   |          | Total GPU      | 132      | Total Cores       | 2572    |                |
 A specially formatted sinfo command can be ran on Hellbender to report live information about the nodes and the hardware/features they have.

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