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NVIDIA Tesla K20X 6 GB compute accelerator

GK110 / Kepler HPC, 2012. This entry identifies one model or reference configuration; related products and OEM variants are distinguished below.

Local schematic of NVIDIA Tesla K20X 6 GB compute accelerator; not a photograph or dimensional drawing
LOCAL REFERENCE ART // NOT TO SCALE OR A PRODUCT PHOTOGRAPH

MODEL / VARIANT: K20X is distinct from K20 and K20c; memory capacity, board design and firmware differ. Legacy CUDA driver/toolkit support constrains usable host software.

Recorded specifications

Cataloged productNVIDIA Tesla K20X 6 GB compute accelerator
Generation / coreGK110 / Kepler HPC, 2012
Core & memoryGK110; 2688 CUDA cores; 6 GB GDDR5 ECC; 250 W board power; peak FP64 capability is substantially higher than gaming Kepler variants.
Host interface & I/OPCI Express 3.0 x16; passive dual-slot server card with no display outputs; requires directed chassis airflow and server power cabling.
Variant boundaryK20X is distinct from K20 and K20c; memory capacity, board design and firmware differ. Legacy CUDA driver/toolkit support constrains usable host software.
Archival identificationRecord 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

NVIDIA Tesla K20X board performance and memory are not interchangeable with lower-tier K20 specifications.

Verify server airflow shroud and power harness; inspect heatsink, serial label and ECC status. Confirm exact supported CUDA/driver branch before deployment.

  • 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

  1. NVIDIA Tesla GPU architecture and product contextModel/product-history reference; compare the exact card revision and nameplate.
  2. NVIDIA product/legacy driver documentationManufacturer or archived product/driver documentation; exact OEM board details may differ.
  3. PCI Express interface standardHost interface reference; confirm exact physical and electrical compatibility.
  4. Unknown — Nvidia Tesla K20x - What can it do in 2022?Independent 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.