Server & Workstation Storage, NVMe, PCIe and CPU Platform Configuration Reference
Scope and methodology. This reference covers 96 chassis/backplane configurations across TekBoost’s actively orderable refurbished server and workstation catalogue — Dell PowerEdge (13th and 14th Generation), HPE ProLiant (Gen9 and Gen10), Dell Precision Tower, and HP Z Workstation. The figures below are TekBoost’s own orderable configure-to-order (CTO) platform data — the same data our configurators use to compute what you can select and check out with today — not a transcription of manufacturer marketing copy. They represent TekBoost’s currently orderable configuration options, which are a subset of a platform’s full theoretical manufacturer capability in some cases.
What this does not cover. GPU power-draw (TDP) figures are not included — our underlying data does not currently carry reliable per-chassis GPU TDP figures, and we would rather omit that column than publish a placeholder. Memory (DIMM) configuration data is intentionally not part of this asset; see a given model’s own hub page for verified memory specifications. Pricing is not shown.
One data note, for transparency: the R730XD-24SFF-4xNVME configuration’s underlying record lists an NVMe drive quantity but does not separately flag “NVMe” among its listed drive interfaces — the NVMe quantity itself is correct and reflects what the configurator supports; the interface list for that one row is a minor labeling inconsistency in our source data, noted here rather than silently smoothed over.
Last verified: September 21, 2026, directly against TekBoost’s live configurator data.
Part 1 — Storage, drive-bay and NVMe configuration reference
Dell PowerEdge
| Chassis / config |
Form factor |
Max drives |
Max NVMe (native) |
Max M.2 native |
Drive interfaces supported |
| R740XD-24SFF |
SFF |
24 |
— |
— |
SATA,SAS |
| R740XD-24SFF-FlexBay |
SFF |
28 |
— |
— |
SATA,SAS |
| R740XD-24SFF-12xNVME |
SFF |
24 |
12 |
— |
SATA,SAS,NVMe |
| R740XD-24SFF-24xNVME |
SFF |
24 |
24 |
— |
SATA,SAS,NVMe |
| R740XD-12LFF |
SFF,LFF |
12 |
— |
— |
SATA,SAS |
| R740XD-14LFF |
SFF,LFF |
14 |
— |
— |
SATA,SAS |
| R740XD-16LFF |
SFF,LFF |
16 |
— |
— |
SATA,SAS |
| R740XD-18LFF |
SFF,LFF |
18 |
— |
— |
SATA,SAS |
| R740-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| R740-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| R740-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| R640-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| R640-10SFF |
SFF |
10 |
— |
— |
SATA,SAS |
| R640-10SFF-4xNVME |
SFF |
10 |
4 |
— |
SATA,SAS,NVMe |
| R640-10SFF-8xNVME |
SFF |
10 |
8 |
— |
SATA,SAS,NVMe |
| R640-10SFF-10xNVME |
SFF |
10 |
10 |
— |
SATA,SAS,NVMe |
| R540-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| R540-12LFF |
SFF,LFF |
12 |
— |
— |
SATA,SAS |
| R440-4LFF |
SFF,LFF |
4 |
— |
— |
SATA,SAS |
| R440-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| R440-10SFF |
SFF |
10 |
— |
— |
SATA,SAS |
| T340-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| T440-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| T440-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| T640-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| T640-18LFF |
SFF,LFF |
18 |
— |
— |
SATA,SAS |
| T640-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| T640-32SFF |
SFF |
32 |
— |
— |
SATA,SAS |
| R730XD-24SFF |
SFF |
24 |
— |
— |
SATA,SAS |
| R730XD-24SFF-4xNVME |
SFF |
24 |
4 |
— |
SATA,SAS |
| R730XD-12LFF |
SFF,LFF |
12 |
— |
— |
SATA,SAS |
| R730-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| R730-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| R730-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| R630-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| R630-10SFF |
SFF |
10 |
— |
— |
SATA,SAS |
| R630-10SFF-4xNVME |
SFF |
10 |
4 |
— |
SATA,SAS |
| R530-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| R430-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| R430-10SFF |
SFF |
10 |
— |
— |
SATA,SAS |
| R430-4LFF |
SFF,LFF |
4 |
— |
— |
SATA,SAS |
| T630-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| T630-18LFF |
SFF,LFF |
18 |
— |
— |
SATA,SAS |
| T630-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| T630-32SFF |
SFF |
32 |
— |
— |
SATA,SAS |
| T430-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| T430-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| T330-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
HPE ProLiant
| Chassis / config |
Form factor |
Max drives |
Max NVMe (native) |
Max M.2 native |
Drive interfaces supported |
| DL380G10-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| DL380G10-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| DL380G10-24SFF |
SFF |
24 |
— |
— |
SATA,SAS |
| DL380G10-8SFF-2xNVMe |
SFF |
8 |
2 |
— |
SATA,SAS,NVMe |
| DL380G10-8SFF-8xNVMe |
SFF |
8 |
8 |
— |
SATA,SAS,NVMe |
| DL380G10-16SFF-2xNVME |
SFF |
16 |
2 |
— |
SATA,SAS,NVMe |
| DL380G10-16SFF-8xNVME |
SFF |
16 |
8 |
— |
SATA,SAS,NVMe |
| DL380G10-16SFF-16xNVME |
SFF |
16 |
16 |
— |
SATA,SAS,NVMe |
| DL380G10-24SFF-8NVME |
SFF |
24 |
8 |
— |
SATA,SAS,NVMe |
| DL380G10-24SFF-16NVME |
SFF |
24 |
16 |
— |
SATA,SAS,NVMe |
| DL380G10-24SFF-24NVME |
SFF |
24 |
24 |
— |
SATA,SAS,NVMe |
| DL380G10-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| DL380G10-12LFF |
SFF,LFF |
12 |
— |
— |
SATA,SAS |
| DL360G10-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| DL360G10-8SFF-2xNVME |
SFF |
8 |
2 |
— |
SATA,SAS,NVMe |
| DL360G10-10SFF |
SFF |
10 |
— |
— |
SATA,SAS |
| DL360G10-10SFF-2xNVME |
SFF |
10 |
2 |
— |
SATA,SAS,NVMe |
| DL360G10-10SFF-8xNVME |
SFF |
10 |
8 |
— |
SATA,SAS,NVMe |
| DL360G10-10SFF-10xNVME |
SFF |
10 |
10 |
— |
SATA,SAS,NVMe |
| DL360G10-4LFF |
SFF,LFF |
4 |
— |
— |
SATA,SAS |
| ML350G10-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| ML350G10-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| ML350G10-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
| DL380G9-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| DL380G9-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| DL380G9-24SFF |
SFF |
24 |
— |
— |
SATA,SAS |
| DL360G9-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| DL360G9-10SFF |
SFF |
10 |
— |
— |
SATA,SAS |
| DL360G9-4LFF |
SFF,LFF |
4 |
— |
— |
SATA,SAS |
| ML350G9-8SFF |
SFF |
8 |
— |
— |
SATA,SAS |
| ML350G9-16SFF |
SFF |
16 |
— |
— |
SATA,SAS |
| ML350G9-8LFF |
SFF,LFF |
8 |
— |
— |
SATA,SAS |
Dell Precision Tower
| Chassis / config |
Form factor |
Max drives |
Max NVMe (native) |
Max M.2 native |
Drive interfaces supported |
| T3660-12G |
SFF,LFF |
4 |
— |
3 |
SATA,M.2,SSD |
| T3660-13G |
SFF,LFF |
4 |
— |
3 |
SATA,M.2,SSD |
| T3680-13G |
SFF,LFF |
4 |
— |
3 |
SATA,M.2,SSD |
| T3680-14G |
SFF,LFF |
4 |
— |
3 |
SATA,M.2,SSD |
| T5820-W21 |
SFF,LFF |
4 |
— |
— |
SATA,SSD |
| T5820-W22 |
SFF,LFF |
4 |
— |
— |
SATA,SSD |
| T5820-X |
SFF,LFF |
4 |
— |
— |
SATA,SSD |
| T7920 |
SFF,LFF |
4 |
— |
2 |
SATA,M.2,SSD |
| T5860 |
SFF,LFF |
4 |
— |
2 |
SATA,M.2,SSD |
HP Z Workstation
| Chassis / config |
Form factor |
Max drives |
Max NVMe (native) |
Max M.2 native |
Drive interfaces supported |
| Z4G4-W1 |
SFF,LFF |
2 |
— |
— |
SATA,SSD |
| Z4G4-W2 |
SFF,LFF |
2 |
— |
— |
SATA,SSD |
| Z4G4-X |
SFF,LFF |
2 |
— |
— |
SATA,SSD |
| Z6G4-CTO |
SFF,LFF |
2 |
— |
— |
SATA,SSD |
| Z8G4-CTO |
SFF,LFF |
4 |
— |
— |
SATA,SSD |
| Z2G9-MT-12G |
SFF,LFF |
2 |
— |
3 |
SATA,M.2,SSD |
| Z2G9-MT-13G |
SFF,LFF |
2 |
— |
3 |
SATA,M.2,SSD |
Part 2 — PCIe expansion and CPU platform reference
Dell PowerEdge
| Chassis / config |
Max PCIe adapter slots |
CPU sockets (min–max) |
Supported CPU platform(s) |
| R740XD-24SFF |
8 |
1–2 |
X-Scalable |
| R740XD-24SFF-FlexBay |
4 |
1–2 |
X-Scalable |
| R740XD-24SFF-12xNVME |
6 |
2 |
X-Scalable |
| R740XD-24SFF-24xNVME |
6 |
2 |
X-Scalable |
| R740XD-12LFF |
8 |
1–2 |
X-Scalable |
| R740XD-14LFF |
3 |
1–2 |
X-Scalable |
| R740XD-16LFF |
8 |
1–2 |
X-Scalable |
| R740XD-18LFF |
3 |
1–2 |
X-Scalable |
| R740-8SFF |
7 |
1–2 |
X-Scalable |
| R740-16SFF |
7 |
1–2 |
X-Scalable |
| R740-8LFF |
7 |
1–2 |
X-Scalable |
| R640-8SFF |
3 |
1–2 |
X-Scalable |
| R640-10SFF |
3 |
1–2 |
X-Scalable |
| R640-10SFF-4xNVME |
2 |
2 |
X-Scalable |
| R640-10SFF-8xNVME |
2 |
2 |
X-Scalable |
| R640-10SFF-10xNVME |
2 |
2 |
X-Scalable |
| R540-8LFF |
3 |
1–2 |
X-Scalable |
| R540-12LFF |
3 |
1–2 |
X-Scalable |
| R440-4LFF |
2 |
1–2 |
X-Scalable |
| R440-8SFF |
2 |
1–2 |
X-Scalable |
| R440-10SFF |
2 |
1–2 |
X-Scalable |
| T340-8LFF |
4 |
1 |
X-E2100,X-E2200 |
| T440-8LFF |
5 |
1–2 |
X-Scalable |
| T440-16SFF |
5 |
1–2 |
X-Scalable |
| T640-8LFF |
8 |
1–2 |
X-Scalable |
| T640-18LFF |
8 |
1–2 |
X-Scalable |
| T640-16SFF |
8 |
1–2 |
X-Scalable |
| T640-32SFF |
8 |
1–2 |
X-Scalable |
| R730XD-24SFF |
6 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R730XD-24SFF-4xNVME |
5 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R730XD-12LFF |
6 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R730-8SFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R730-16SFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R730-8LFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R630-8SFF |
3 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R630-10SFF |
3 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R630-10SFF-4xNVME |
2 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R530-8LFF |
5 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R430-8SFF |
2 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R430-10SFF |
2 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| R430-4LFF |
2 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T630-8LFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T630-18LFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T630-16SFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T630-32SFF |
7 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T430-8LFF |
5 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T430-16SFF |
5 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| T330-8LFF |
3 |
1 |
X-E3_1200_v5,X-E3_1200_v6 |
HPE ProLiant
| Chassis / config |
Max PCIe adapter slots |
CPU sockets (min–max) |
Supported CPU platform(s) |
| DL380G10-8SFF |
8 |
1–2 |
X-Scalable |
| DL380G10-16SFF |
8 |
1–2 |
X-Scalable |
| DL380G10-24SFF |
8 |
1–2 |
X-Scalable |
| DL380G10-8SFF-2xNVMe |
8 |
2 |
X-Scalable |
| DL380G10-8SFF-8xNVMe |
5 |
2 |
X-Scalable |
| DL380G10-16SFF-2xNVME |
8 |
2 |
X-Scalable |
| DL380G10-16SFF-8xNVME |
5 |
2 |
X-Scalable |
| DL380G10-16SFF-16xNVME |
2 |
2 |
X-Scalable |
| DL380G10-24SFF-8NVME |
5 |
2 |
X-Scalable |
| DL380G10-24SFF-16NVME |
2 |
2 |
X-Scalable |
| DL380G10-24SFF-24NVME |
0 |
2 |
X-Scalable |
| DL380G10-8LFF |
8 |
1–2 |
X-Scalable |
| DL380G10-12LFF |
8 |
1–2 |
X-Scalable |
| DL360G10-8SFF |
3 |
1–2 |
X-Scalable |
| DL360G10-8SFF-2xNVME |
3 |
2 |
X-Scalable |
| DL360G10-10SFF |
3 |
1–2 |
X-Scalable |
| DL360G10-10SFF-2xNVME |
3 |
2 |
X-Scalable |
| DL360G10-10SFF-8xNVME |
1 |
2 |
X-Scalable |
| DL360G10-10SFF-10xNVME |
1 |
2 |
X-Scalable |
| DL360G10-4LFF |
3 |
1–2 |
X-Scalable |
| ML350G10-8SFF |
8 |
1–2 |
X-Scalable |
| ML350G10-16SFF |
8 |
1–2 |
X-Scalable |
| ML350G10-8LFF |
8 |
1–2 |
X-Scalable |
| DL380G9-8SFF |
6 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| DL380G9-16SFF |
6 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| DL380G9-24SFF |
6 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| DL360G9-8SFF |
3 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| DL360G9-10SFF |
3 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| DL360G9-4LFF |
3 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| ML350G9-8SFF |
9 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| ML350G9-16SFF |
9 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
| ML350G9-8LFF |
9 |
1–2 |
X-E5_2600_v3,X-E5_2600_v4 |
Dell Precision Tower
| Chassis / config |
Max PCIe adapter slots |
CPU sockets (min–max) |
Supported CPU platform(s) |
| T3660-12G |
2 |
1 |
Core 12thGen |
| T3660-13G |
2 |
1 |
Core 13thGen |
| T3680-13G |
2 |
1 |
Core 13thGen |
| T3680-14G |
2 |
1 |
Core 14thGen |
| T5820-W21 |
4 |
1 |
X-W2100 |
| T5820-W22 |
4 |
1 |
X-W2200 |
| T5820-X |
4 |
1 |
Core 9thGen,Core 10thGen |
| T7920 |
7 |
1–2 |
X-Scalable |
| T5860 |
4 |
1 |
X-W2400 |
HP Z Workstation
| Chassis / config |
Max PCIe adapter slots |
CPU sockets (min–max) |
Supported CPU platform(s) |
| Z4G4-W1 |
5 |
1 |
X-W2100 |
| Z4G4-W2 |
5 |
1 |
X-W2200 |
| Z4G4-X |
5 |
1 |
Core 9thGen,Core 10thGen |
| Z6G4-CTO |
6 |
1–2 |
X-Scalable |
| Z8G4-CTO |
7 |
1–2 |
X-Scalable |
| Z2G9-MT-12G |
4 |
1 |
Core 12thGen |
| Z2G9-MT-13G |
4 |
1 |
Core 13thGen,Core 14thGen |
How to use this reference
- Planning NVMe capacity: compare the “Max NVMe (native)” column across configurations of the same base model — for example, the PowerEdge R640 is orderable from 0 up to 10 native NVMe bays depending on which 10SFF backplane configuration you choose.
- Planning PCIe expansion: the “Max PCIe adapter slots” figure drops as NVMe backplane options increase on several platforms (notably the DL380 Gen10 and R640 families) — more NVMe bays generally means fewer general-purpose PCIe slots, because both draw from the same riser/lane budget. Check both columns together before finalizing a GPU, HBA or networking-card plan.
- Matching CPU platform to workload: the “Supported CPU platform(s)” column shows which processor family a chassis is built around. Cross-reference with a model’s own hub page for full processor and memory detail.
- These are TekBoost’s orderable options, not a ceiling on every possible configuration of a platform. If you need a configuration outside what’s listed, contact us with the model and requirements for a custom quote.
Related TekBoost resources