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NVIDIA Quadro P6000 (Reference design)

Reference design · 24 GB · catalogue identifier quadro-p6000-ref · last updated 2026-09-24

82 desktops in this database carry a verdict for the NVIDIA Quadro P6000 (Reference design): 13 fit with conditions, 50 do not fit (46 of these are estimates) and 19 are unverified. Estimated Conditions most often concern card length (13 desktops), card width (13) and power (13); for this card, its vendor publishes no recommended system power and its length is not published. Of the 50 desktops it does not fit, 32 conflict with a half-height-only slot and 21 with the desktop's largest supply option; the Dell OptiPlex 3060 Small Form Factor (2018) is one of the 32. Estimated Among the 17 cards with 24 GB in this database, its board power of 250 W is within 72–450 W, with 7 lower and 6 higher; its length is not published, while 15 cards in the group publish 241.3–313 mm. Estimated The largest listed model its 24 GB holds at 32k context is EXAONE 4.0 32B (Q4_K_M, needs 21.8 GiB). Estimated

Published specifications for this design, the OEM desktops whose own specifications accept it, and how much of a local language model its memory holds.

We have not physically tested this combination. Data is compiled from official specification sheets and cited sources.

“Reference design” is a specification, not a product. The figures below are the ones the chip vendor publishes for a baseline board: board power, auxiliary power connector and recommended system power. Cards sold by board partners are built to their own designs and differ in length, height and cooler. This database does not claim that a card built to this exact design was sold at retail, and where the chip vendor does not publish a dimension, the row below says so.

Specifications

Graphics processor
NVIDIA Quadro P6000
Card memory
24 GB · E Source for this figure not recorded per field; see record sources
Total board power
250 W · E Source for this figure not recorded per field; see record sources
Vendor's recommended system power
Not stated by the cited specification
Auxiliary power connector
8pin · A read 2026-09-19 [S1]
Length
Not stated by the cited specification
Height
Not stated by the cited specification
Width
Not stated by the cited specification
Slot widths occupied
2 · D read 2026-09-19 [S1]
Low profile
No · E Source for this figure not recorded per field; see record sources
CUDA
Yes

Each graded figure above cites: [S1] NVIDIA Quadro P6000 specifications (official).

Power. Leave headroom; OEM PSUs are often rated at the limit. The recommended system figure above is the card vendor's own, and it assumes a retail supply rather than an OEM one.

Desktops that take a card of this design

This card has been assessed against 82 desktops in this database. Each verdict is a statement about published specifications, not about a tested combination.

  • ✓ Fits: 0
  • △ Fits with conditions: 13
  • ✕ Does not fit: 50 (46 of these are estimates) Estimated
  • ? Unverified: 19

Conditions shared by the desktops below. Each is stated once here. They come from this card's own records, or are worded the same for more than one desktop. A desktop listed below names the ones it carries by number; the figures particular to that desktop are on its own page.

  1. Card length: the length of this card is not published. Check it on the specification of the card you intend to buy. (13 desktops)
  2. Card length: where a desktop publishes no maximum, measure the clearance in front of the slot and compare it with the card. (9 desktops)
  3. Card width: this card occupies 2 slots. (13 desktops)
  4. Card width: where a desktop publishes no slot-width ceiling, check that there is room beside the x16 slot. (7 desktops)
  5. Card width: where a row says a desktop's slot-width figure is recorded from third-party or community material, or from material whose source the record does not identify, rather than from a ceiling the manufacturer publishes, check that there is room beside the x16 slot. (6 desktops)
  6. Card width: where a desktop's maker offers a card at least as thick as this one as a factory option, that settles this card's width. It is a floor rather than a published ceiling, and says nothing about a thicker card. (6 desktops)
  7. Bracket height: where a row says whether a desktop takes only half-height cards is recorded from third-party or community material, or from material whose source the record does not identify, rather than from a statement by the manufacturer, check the slot opening. (2 desktops)
  8. Power: this card's vendor publishes no recommended system power, so it cannot be set against a desktop's supply ratings. Check the card's own specification sheet. (13 desktops)
  9. Auxiliary power connector: where a row says what a desktop's supply offers is recorded from third-party or community material, or from material whose source the record does not identify, rather than from a specification the manufacturer publishes, open the machine and look at the cable before buying. (3 desktops)
  10. Auxiliary power connector: this card needs an 8-pin connector. Auxiliary power connector: where a desktop's manufacturer does not publish what the supply offers, open the machine and look at the cable before buying. (5 desktops)

△ Fits with conditions 13 desktops:

✕ Does not fit 50 desktops, grouped by the published limit that conflicts with this card's published figures:

? Unverified 19 desktops. The evidence does not settle these either way, which is not the same as them being ruled out.

Verify with the manufacturer before purchasing.

What each verdict means. Every one of them is a statement about published specifications.
VerdictMeaning
✓ Fits Published specifications show no physical or electrical conflict.
△ Fits with conditions Published specifications allow it only under the stated conditions.
✕ Does not fit Published specifications rule the combination out: the card needs a connector the machine does not have, draws more than the supply provides, or is physically too large. It is a statement about specifications, not a report of a failed attempt.
? Unverified There is not enough evidence to say.

A dashed Estimated badge at the start of a line marks every verdict on that line as published as an estimate, and the grade beside it applies to each of them. The document behind each verdict, and the desktop's own figures, are listed on the desktop's own page. This card has a verdict for 82 of the 82 desktops in this database; the remaining 0 have not been assessed against it, which is not the same as them being ruled out.

Local language models this card's memory holds

Arithmetic shared by the models below. Sentences that read the same for more than one model are stated once here; each row names the ones it carries by number.

  1. This outcome is no stronger than the figures it was calculated from: this card's memory size is recorded here from material whose source the record does not identify, so grade E is shown alongside B. (15 rows)
Calculated from the published file size and the model architecture.
ModelOutcome Needs at 32k contextThe arithmetic Confidence
EXAONE 4.0 32B Q4_K_M ✓ Fits in VRAM Estimated 21.8 GiB 24 GB of memory is at least the 21.8 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 30B-A3B Instruct 2507 Q4_K_M ✓ Fits in VRAM Estimated 21.3 GiB 24 GB of memory is at least the 21.3 GB required at a context length of 32,768 tokens. [1] BE
Gemma 3 27B Q4_0 (QAT) ✓ Fits in VRAM Estimated 20.0 GiB 24 GB of memory is at least the 20.0 GB required at a context length of 32,768 tokens. [1] BE
Mistral Small 3.2 24B Instruct Q4_K_M ✓ Fits in VRAM Estimated 19.4 GiB 24 GB of memory is at least the 19.4 GB required at a context length of 32,768 tokens. [1] BE
Phi-4 14B Q4_K_M ✓ Fits in VRAM Estimated 15.6 GiB 24 GB of memory is at least the 15.6 GB required at a context length of 32,768 tokens. [1] BE
GPT-OSS 20B MXFP4 (the vendor's own native quantisation) ✓ Fits in VRAM Estimated 14.6 GiB 24 GB of memory is at least the 14.6 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 14B Q4_K_M ✓ Fits in VRAM Estimated 14.4 GiB 24 GB of memory is at least the 14.4 GB required at a context length of 32,768 tokens. [1] BE
Gemma 3 12B Q4_0 (QAT) ✓ Fits in VRAM Estimated 10.9 GiB 24 GB of memory is at least the 10.9 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 8B Q4_K_M ✓ Fits in VRAM Estimated 10.2 GiB 24 GB of memory is at least the 10.2 GB required at a context length of 32,768 tokens. [1] BE
Llama 3.1 8B Q4_K_M ✓ Fits in VRAM Estimated 9.6 GiB 24 GB of memory is at least the 9.6 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 4B Q4_K_M ✓ Fits in VRAM Estimated 7.9 GiB 24 GB of memory is at least the 7.9 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 1.7B Q4_K_M ✓ Fits in VRAM Estimated 5.6 GiB 24 GB of memory is at least the 5.6 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 0.6B Q4_K_M ✓ Fits in VRAM Estimated 4.9 GiB 24 GB of memory is at least the 4.9 GB required at a context length of 32,768 tokens. [1] BE
Gemma 3 4B Q4_0 (QAT) ✓ Fits in VRAM Estimated 4.7 GiB 24 GB of memory is at least the 4.7 GB required at a context length of 32,768 tokens. [1] BE
Qwen3 32B Q4_K_M △ Fits at short context only Estimated 27.5 GiB 24 GB of memory covers the 20.5 GB required at a context length of 4,096 tokens, but not the 27.5 GB required at 32,768 tokens. [1] BE

✕ Exceeds VRAM 3 models need more memory at 32k context than this card has, 3 of them published as an estimate. The arithmetic for each is on the model's own page.

Exceeds VRAM does not mean the model will not run: inference software can keep part of a model in system memory. How fast that is, and whether it is pleasant to use, is outside what this site measures. The sizing rule and its constants are on the Methodology page.

Cards whose published memory size is the same, so the local-model outcomes on this page apply to them as well. Whether a given desktop accepts them is a separate question, answered on each card's own page.

Sources

Every document this page draws on, with the date it was read.
DocumentPublisherKindRead on
NVIDIA Quadro P6000 specifications (official) NVIDIA Manufacturer official documentation 2026-09-19
NVIDIA Power Guidelines for Workstation Products (DA-07261-001_v15, Jul 2023) NVIDIA primary 2026-09-19
Nvidia Quadro — Wikipedia (specification table) en.wikipedia.org supporting 2026-09-19

We have not physically tested this combination. Data is compiled from official specification sheets and cited sources. Verify with the manufacturer before purchasing.