Your Customized List
You can build your customized list by selecting any of the available fields.
Once you satisfied with your list, scroll down to save it and share with the community. Explore!
# | Information | IO500 | ||||||||
---|---|---|---|---|---|---|---|---|---|---|
list name | institution | system | storage vendor | filesystem type | client nodes | client total procs | score | bw | md | |
1 | SC23 | Argonne National Laboratory | Aurora | Intel | DAOS | 10 | 2080 | 2,885.57 | 734.50 | 11,336.27 |
2 | ISC23 | LRZ | SuperMUC-NG-Phase2-EC-10 | Lenovo | DAOS | 10 | 1120 | 1,008.81 | 218.38 | 4,660.23 |
3 | ISC24 | Zuse Institute Berlin | Lise | Megware | DAOS | 10 | 960 | 324.54 | 65.01 | 1,620.13 |
4 | ISC24 | NHN Cloud Corporation | NHN CLOUD GWANGJU AI | DDN | EXAScaler | 10 | 640 | 176.57 | 62.58 | 498.22 |
5 | ISC24 | University of Virginia | Afton | Dell | WEKA | 10 | 850 | 105.94 | 33.28 | 337.29 |
6 | SC23 | Japan Agency for Marine-Earth Science and Technology | Earth Simulator 4 | DDN | EXAScaler | 10 | 320 | 101.88 | 48.19 | 215.38 |
7 | SC23 | Center for Research Informatics at University of Chicago | Randi | IBM | Spectrum Scale | 10 | 160 | 60.88 | 31.05 | 119.36 |
8 | ISC24 | Poznan Supercomputing and Networking Center | Altair | Huawei/xFiusion | Lustre | 10 | 200 | 54.03 | 11.39 | 256.36 |
9 | SC23 | Mississippi State University High Performance Computing Collaboratory | Orion | DDN | Lustre | 10 | 400 | 20.83 | 5.01 | 86.67 |
10 | SC23 | Mississippi State University High Performance Computing Collaboratory | Orion | DDN | Lustre | 10 | 400 | 17.57 | 6.43 | 48.03 |
11 | SC23 | Eikon Therapeutics | spt-compute1 | Qumulo | Qumulo Core | 10 | 20 | 5.35 | 2.24 | 12.77 |
Additional examples on how to create custom lists:
Bandwidth per server list: (information_ds_nodes + information_md_nodes != 0) * (io500_bw / (information_ds_nodes + ((information_ds_nodes == 0) * information_md_nodes) + 0.0001))
Metadata per server list: (information_ds_nodes + information_md_nodes != 0) * (io500_md / (information_md_nodes + ((information_md_nodes == 0) * information_ds_nodes) + 0.0001))