HPE
HPE 673646-B21 ioDrive 1.18 TB server accessory
PCIe solid-state drive with 1.18 TB capacity for HP ProLiant DL360, DL370, DL580 and DL585 servers
- TypeOther
- ColorSilver
- Low-latency storage for high-transaction workloads
- 18 TB capacity on PCIe internal card
- MLC NAND flash for real-time data access
- Fits ProLiant DL360 DL370 DL580 DL585 servers
- Compact 8.5 x 9.5 x 2.5 inch form factor
HPE ioDrive 1.18 TB PCIe card for ProLiant servers
This refurbished PCIe add-in card delivers 1.18 TB of MLC NAND flash storage directly to the server bus. It targets administrators who need low-latency, high-transaction storage for database or virtualization workloads on supported ProLiant models.
Thermals noise and power draw in normal use
The half-height card fits within standard ProLiant airflow paths and draws power solely from the PCIe slot. No auxiliary power connector is present, so platform cooling handles the thermal load without extra cabling.
What the bundled accessories
The package includes only the ioDrive card itself; no mounting brackets, cables or management utilities are supplied. Buyers who want more storage capacity or a second accelerator must source additional cards separately. Compatibility is limited to the DL360, DL370, DL580 and DL585 ProLiant series listed by the manufacturer.
Highlights
- Low-latency storage for high-transaction workloads
- 18 TB capacity on PCIe internal card
- MLC NAND flash for real-time data access
- Fits ProLiant DL360 DL370 DL580 DL585 servers
- Compact 8.5 x 9.5 x 2.5 inch form factor
Specifications
| Brand | HPE |
|---|---|
| Type | Other |
| Color | Silver |
| Shipping weight | 0.91 kg |
| Package size | 254 × 229 × 76 mm |
Questions about this item
How do I install the ioDrive 673646-B21 and which step is often missed?
Insert the card into a PCI Express slot in a compatible ProLiant DL360, DL370, DL580 or DL585, secure the bracket screw, then install the HPE driver before expecting the 1.18 TB volume to appear.
What maintenance or replacement will the 1205GB MLC G2 ioDrive2 need over time?
The MLC NAND has a finite write endurance; monitor SMART wear indicators and plan replacement once the media-life gauge approaches zero.
What limit appears first when the ioDrive 1.18 TB runs sustained workloads?
Continuous heavy writes will hit the MLC flash program-erase cycle limit before thermal throttling becomes the bottleneck.
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