[ GPU COMPUTE ACCELERATORS // IDENTIFIED COMPONENT ]
NVIDIA Tesla C2075 6 GB compute accelerator
GF110 / Fermi compute, 2011. This entry identifies one model or reference configuration; related products and OEM variants are distinguished below.
MODEL / VARIANT: C2075 is a compute board, distinct from Tesla C2070 and GeForce GTX 580. ECC and CUDA support depend on driver/toolkit generation; OEM revisions may change auxiliary connector.
Recorded specifications
| Cataloged product | NVIDIA Tesla C2075 6 GB compute accelerator |
|---|---|
| Generation / core | GF110 / Fermi compute, 2011 |
| Core & memory | GF110; 448 CUDA cores; 6 GB GDDR5 with ECC; approximately 515 GFLOPS peak double precision; 225 W maximum board power. |
| Host interface & I/O | PCI Express 2.0 x16; active single-slot blower board; no display outputs; board requires auxiliary PCIe power per OEM implementation. |
| Variant boundary | C2075 is a compute board, distinct from Tesla C2070 and GeForce GTX 580. ECC and CUDA support depend on driver/toolkit generation; OEM revisions may change auxiliary connector. |
| Archival identification | Record full part number, PCB or module revision, BIOS/firmware, device/subsystem IDs, driver version, adapters, physical condition and source-document edition. |
Compatibility, service & archival notes
Use archived Tesla C2075 board specification; host workload should target its per-board 6 GB ECC device.
Inspect blower, power connector and board label. Verify ECC state, CUDA driver compatibility, host slot airflow and server power; no display output is expected.
- Check signaling, slot keying, lane width, power pinout, board/module dimensions, case clearance, airflow and PSU requirements for the exact specimen.
- Use drivers supporting its device ID and target OS. Preserve original installer and firmware copies, and record their versions before changes.
- Do not energize boards with corrosion, cracks, damaged connectors, obstructed cooling or suspected shorts; document condition before bench testing.
Manufacturer, model & standards sources
- NVIDIA Tesla GPU architecture and product contextModel/product-history reference; compare the exact card revision and nameplate.
- NVIDIA product/legacy driver documentationManufacturer or archived product/driver documentation; exact OEM board details may differ.
- PCI Express interface standardHost interface reference; confirm exact physical and electrical compatibility.
- Unknown — Why You Shouldn't Try Gaming With an Nvidia TESLA Graphics cardIndependent video review; treat as supplementary context, not primary manufacturer documentation.
Reference specifications do not supersede the board vendor's manual or nameplate. Performance figures are vendor claims unless explicitly identified as measured.