Category:Servers: Difference between revisions
Jump to navigation
Jump to search
m (quad MI300A -> Odyssey) |
No edit summary |
||
| Line 4: | Line 4: | ||
Some relevant pages: | Some relevant pages: | ||
* [[Introduction]] and about <- click me | |||
* The [[NetworkInfrastructure]] page describes the host naming (dns) conventions, as well as documenting the physical setup and connections within the OACISS racks in the machine room. All OACISS systems automatically search .nic.uoregon.edu for DNS, so only the short hostname is needed for ssh internally. | * The [[NetworkInfrastructure]] page describes the host naming (dns) conventions, as well as documenting the physical setup and connections within the OACISS racks in the machine room. All OACISS systems automatically search .nic.uoregon.edu for DNS, so only the short hostname is needed for ssh internally. | ||
* The [[Service:storage]] describes available storage for users of OACISS systems. OACISS currently has a total of just under 350TB of online storage available. | * The [[Service:storage]] describes available storage for users of OACISS systems. OACISS currently has a total of just under 350TB of online storage available. | ||
Revision as of 23:12, 6 January 2025
This is a list of all OACISS servers in the Frank cluster at UO. You may also select a section header to view the Wiki-generated category index for systems of that type.
Some relevant pages:
- Introduction and about <- click me
- The NetworkInfrastructure page describes the host naming (dns) conventions, as well as documenting the physical setup and connections within the OACISS racks in the machine room. All OACISS systems automatically search .nic.uoregon.edu for DNS, so only the short hostname is needed for ssh internally.
- The Service:storage describes available storage for users of OACISS systems. OACISS currently has a total of just under 350TB of online storage available.
- The new HowtoMPI page describes various tested-working MPI setups and the steps
Click on the server links to access more information about individual machines. Note that only the three machines designated as login gateways (orthus, sphinx, cerberus) are accessible by machines outside of nic.uoregon.edu.
IMPORTANT: Cerberus is in the process of being decommissioned and replaced with a new and much more capable system, Sphinx. Sphinx is the new secondary login node.
| Nodes in Computing Center datacenter | ||||||
|---|---|---|---|---|---|---|
| Name | Description | OS | Model | Processors | Local Network | Physical location |
| Compute: Orthus | Primary login gateway | RHEL-8.8 | VM | 6 x Cascade Lake | 10GbE | |
| Compute: Odyssey | AMD quad MI300A system | RHEL 8.10 | SM AS-4145-GT | 4 x MI300a, 24cpu | 10GbE | R81.U27 |
| Compute: Pinwheel | AMD MI210 +Debian 12 system | Debian 12 | SM AS-2024US-TRT | 2 x Epyc Milan 7413 | 10GbE | R81.U32 |
| Compute: Headroom | Intel Data Center Max 1100 (Ponte Vecchio) | Ubuntu 22 | Supermicro | 2 x Xeon 4410T @ 3GHz | 10GbE | R82.U8 |
| Compute: Hopper1/2 | NVIDIA Grace-Hopper GH200 | RHEL 9.3 | Quanta S74G-2U | Grace (72c)+GH200 Hopper GPU @ 3.4GHz | 10GbE + Connect X-7 200 Gbps (pt2pt w/hopper1/2.eth) | R81.U33-36 |
| Compute: Grace1/2 | NVIDIA Grace-Grace | Ubuntu 22.04 LTS | Supermicro ARS-221GL-NR01 (x2) | Grace-Grace (144c) Superchip @ 3.4GHz | 10GbE + EDR 100 Gbps (pt2pt w/grace1/2) | R81.U4-8 |
| Compute: Roberta | HPE CPE Epyc Genoa | RHEL 8.8 | DL385 gen 11 | 2 x Epyc 9654 Genoa 96c @ 2.4GHz | 10GbE + NDR 400 Gbps (pt2pt w/gary) | R82.U6 |
| Compute: Gary | HPE CPE Epyc Genoa | RHEL 8.8 | DL345 gen 11 | Epyc 9124 Genoa 16c @ 3GHz | 10GbE + NDR 400 Gbps (pt2pt w/roberta)) | R82.U4 |
| Compute: Picard | Atipa Sapphire Rapids + 2 A2000 | RHEL 8.8 | R283-S91 | 2 x 32c Xeon 6430 @ 3.4GHz | 100GbE | R82.U6 |
| Compute: Illyad | AMD + 1 H100 (80GB) + 2 MI210 | RHEL 8.8 | Preproduction SuperMicro | 2 x 64c Epyc Milan @ 2.8GHz | 100GbE + 2xEDR | R85.U22 |
| Compute: Gilgamesh | AMD + 1 H100 (80GB) + 2 MI210 | RHEL 8.8 | Preproduction SuperMicro | 2 x 24c Epyc Milan 7413 @ 2.6GHz | 100GbE + 2xEDR | R85.U26 |
| Compute: Jupiter | Quad Cooper lake + Intel DG1 | Ubuntu 20.04.2 | Supermicro Sys-240 | 4 x 24c Xeon Gold 6438 @ 2.3GHz | 100GbE + EDR | R86.U10 |
| Compute: Saturn | Quad Ice lake + A100 (80GB) + 2 A100 (40GB) | Ubuntu 20.04.2 | Gigabyte RS292-4S1 | 4 x 26c Xeon Platinum 8367HC @ 3.2GHz | 100GbE + EDR | R86.U10 |
| Compute: Omnia | 2 x 8352Y CPU + AMD MI210 + Intel DG1 + 2TB Optane-200 | Ubuntu 22.04 | Supermicro SYS-220U-TNR | 2 x 36 core 8352Y | 40GbE | R84.U1 |
| Compute: Instinct | MI100+M40+A770 all in one | Ubuntu 20.04.2 | Supermicro SC747 | 2 x 64c Epyc Milan 7763 | 10GbE | R85.U6 |
| Compute: Mammatus | IBM Power 10 system | Ubuntu 20.04.2 | IBM S1022 | 10c P10 | 100GbE | R86.U31 |
| Compute: Reptar | 2x6248R CPU + AMD + nVidia | RHEL 8.8 | Supermicro 7049 | 2 x 24c Xeon Gold 6248R @ 2.9GHz | 10GbE + 100GbE | R84.U37 |
| Compute: Voltar | P100 + V100 GPU node | RHEL 8.8 | Cascade Lake GPU server | 2 x 16c Xeon Gold 6226R @ 2.9GHz | 10GbE + EDR | R86.U26 |
| Compute: Mothra | Intel + 2 x A770 (DG-2) | Ubuntu 22.04 | Cascade Lake GPU server | 2 x 24c Xeon Gold 6248R @ 3.0GHz | 10GbE | R84.U3 |
| Compute: Cyclops | IBM Power9 + 4 V100 | RHEL 8.8 | IBM AC922 | 2 x 20c Power9 @ 3.66GHz | 10GbE + 2xHDR (200 Gbps) | R86.18 |
| Compute: Gorgon | IBM Power9 + 4 V100 | RHEL 8.8 | IBM AC922 | 2 x 20c Power9 @ 3.66GHz | 10GbE + 2xHDR (200 Gbps) | R86.U16 |
| Compute: Medusa | IBM Power9 | RHEL 8.8 | IBM AC922 | 2 x 20c Power9 @ 3.66GHz | 10GbE | R86.U14 |
| Compute: Typhon | IBM Power9 | RHEL 8.8 | IBM AC922 | 2 x 20c Power9 @ 3.66GHz | 10GbE | R86.U12 |
| Compute: Delphi | Intel + GV100 | RHEL 8.8 | Intel SDP | 2 x 18c Xeon E5-2697 v4 | 100GbE | R86.U35 |
| Compute: Godzilla | Broadwell + 3 x M40 | RHEL 8.8 | Broadwell GPU server | 2 x 14c Xeon E5-2680v4 @ 2.3GHz | 40GbE + EDR | R85.U6 |
| Compute: Centaur | IBM Power8 + 2 K80 | Ubuntu 20.04 | IBM S822LC | 2 x 20c Power8 @ 3.5GHz | 10GbE | R85.U18 |
| Compute: Minotaur | IBM Power8 + 2 K80 | Ubuntu 20.04 | IBM S822LC | 2 x 20c Power8 @ 3.5GHz | 10GbE | R85.U20 |
| Compute: Eagle | IBM Power9 + 2 x T4 | RHEL 8.8 | IBM IC922 | 2 x 16c Power9 @ 2.1GHz | 10GbE + 2xEDR | R86.U24 |
| Compute: Pegasus | Compute node | RHEL 8.8 | Intel Skylake server | 2 x 18c Xeon Gold 6140 @ 2.3GHz | 100GbE + EDR | R86.U22 |
| Compute: Vina | Raptor Talos II | Ubuntu 20.04 | Talos workstation | 2 x 22c Power9 @ 2.2GHz | 10GbE | R84.U44 |
| Compute: Pike | Raptor Talos II + MI25 | Ubuntu 20.04 | Talos workstation | 2 x 22c Power9 @ 2.2GHz | 10GbE | R84.U29 |
| Compute: Cumulus-AIX.stor | AIX machine | AIX 7.2 | IBM S-924 server | 2 x 20c Power9 @ 3.6GHz | 10GbE | R85.U10 |
| Compute: Nimbus-AIX.stor | AIX machine | AIX 7.2 | IBM S-924 server | 2 x 20c Power9 @ 3.6GHz | 10GbE | R85.U14 |
| Compute: Mammatus-AIX.stor | AIX system | AIX 7.3 | IBM S1022 | 10c P10 | 100GbE | R86.U31 |
| Compute: KNL Grover | Intel Phi system | RHEL 8.8 | Intel KNL server | 68c Xeon Phi 7250 @ 1.4GHz | 1GbE | R86.U20 |
| Compute: Axis cluster | DL580 G7 nodes | RHEL 8.6 | HP 4U compute nodes with Slurm | 4 x 8c Xeon Nehalem @ 2.3GHz | 10GbE | R82 |
| Compute Nodes in Streisinger | ||||||
| Name | Description | OS | Model | Processor | Local Network | Physical location |
| Compute: Sphinx | Secondary login gateway + cluster | Ubuntu-20 | Dell T640 | 2 x 16c Cascade lake | 10GbE | Str-470 |
| Compute: Orin Cluster | NVidia AGX Orin | Ubuntu-20.04 | Jetson Orin | 12c ARM v8l rev 1 | 1GbE | Str-470 mini-rack adjacent |
| Compute: Xavier Cluster | NVidia Tegra 3 | Ubuntu-18.04.3 | Jetson TX-3 | 8c ARM v8l rev 0 | 1GbE | Str-470 mini-rack adjacent |
| Jetson ARM64 cluster | Tegra TX-2 | Ubuntu-20.04 | 4 x Jetson-TX2 | 4c ARM V8l rev 3 | 1GbE | Str 470 mini-rack |
| Jetson ARM64 cluster | Tegra TX-1 | Ubuntu-18.04.3 | 12 x Jetson-TX1 | 4c ARM V8l rev 1 | 1GbE | Str 470 mini-rack |
| Compute: OD1K | ARM64 v8 | Ubuntu | SoftIron | ARM64 | 1GbE | Str-470 mini-rack adjacent |
| Compute: Omicron | M1 Mac | OSX | M1 Mini | M1 | 1GbE | Str-470 foyer |
| Compute: M2 Mac cluster | M2 Mac | OSX | M2 Mini | M2 | 1GbE | Str-470 foyer |
| Compute: Lambda | M1 Ultra 20 core Mac Studio | OSX | Mac Studio | M1 | 1GbE | Str-470 foyer |
| Compute: Sever | Intel Xe | Ubuntu 20.04 | XPS 13 | Quad core i7 Gen11 @ 2.8GHz | 10GbE | Str-470 foyer |
| Compute: Silicon | VLSI simulation node | Debian 10 | Supermicro mobo | 6c 3.6GHz Broadwell CPU | 1GbE | Str-473 |
| Compute: Echs | Intel box | Ubuntu 20 | MSI X590 | 8 core i7-10700 | 2.5GbE | Str-470 foyer |
| Infrastructure Nodes | ||||||
| Name | Description | Model | Processor | Network | Physical location | |
| Infrastructure:orion | VM host | SuperMicro | 16c Xeon Platinum | 10GbE | R35.U37 | |
| Infrastructure:mecha | ? | Silicon Mechanics | 2x Xeon E5410 | 1GbE | R34.U37 left | |
| Infrastructure:mnemosyne | NFS Server | Supermicro X11 | 2 x Xeon 6248R | 100GbE + EDR | R35.21 | |
| Infrastructure:lighthouse | Backup infrastructure | Qlogic Comet HA600 | Core i5-10500 x6 @ 2.3GHz | 1GbE | Str-470 | |
ComputeSkeleton - Outline for new machine entries
Subcategories
This category has the following 2 subcategories, out of 2 total.