ClaimsPeople

Jensen Huang

Jensen Huang is the co-founder, president and chief executive officer of NVIDIA, and a member of its board of directors.

688 claims collected, 212 researched, 107 resolved. Report of 3 November 2026, method 0.1.0+03d23c0e.

Scores by kind of claim

Each kind of claim is scored on its own, out of 100: the share that held up, with the range it likely falls in. Fewer resolved claims give a wider range.

  • Factual claims

    Statements about the present or the past, checked against the record: did they hold up?

    72 67 78

    High confidence, 101 factual claims resolved. From 13 documents, 2012 to 2026; 15 documents sampled from 34 candidates found.

    Not scored: 37 unresolvable, 6 checkable only against their own records.

    See the factual claims

  • Predictions

    Statements about events outside the person's control, checked once they fell due: did they come true?

    Insufficient record: 1 prediction resolved, 5 needed for a score.

    Not scored: 48 unresolvable. 12 more fall due later.

    Does not yet allow for how likely each prediction was when made.

    See the predictions

  • Promises

    Commitments to the person's or organisation's own future action, with something to deliver: was it delivered?

    Insufficient record: 4 promises resolved, 5 needed for a score.

    Not scored: 1 unresolvable, 1 not yet due.

    See the promises

  • Guidance

    A company's own figures for its results over a period, checked against what it then reported.

    Insufficient record: 1 guidance claim resolved, 5 needed for a score.

    See the guidance

All types combined: 72 (likely 67 to 78, high confidence), from 101 claims: 101 factual claims. It mixes kinds of claim in different proportions for different people, so compare people kind by kind.

Jensen Huang's claims

107 claims · page 2 of 2

107 claims, sorted by newest said. Choose a claim to read it in full.
VerdictKindSaidClaimTopic
Mostly true Factual Mar 2013 The GRID VCA BASE has 8 Kepler GPUs (4GB each), 16 CPU threads and 192 GB memory; the MAX has 16 GPUs, 32 threads and 384 GB. Factual · Mar 2013 Their own work or organisation
Mixed Factual May 2012 Kepler is the world's first GPU for cloud computing. Factual · May 2012 AI compute, hardware and data
Mostly true Factual May 2012 The Tesla K20 offers 3x double precision performance (baseline not stated). Factual · May 2012 AI compute, hardware and data
Delivered on time Promise May 2012 NVIDIA will make the Tesla K20 available in Q4 2012. Promise · May 2012 Their own work or organisation
Resolved true Factual May 2012 With Hyper-Q, Kepler supports 32 concurrent work queues versus one on Fermi. Factual · May 2012 AI compute, hardware and data
Mostly true Factual May 2012 NVIDIA's Kepler SMX delivers three times the energy-efficient performance of the Fermi SM. Factual · May 2012 AI compute, hardware and data
Mostly true Factual May 2012 The Tesla K10 offers 3x single precision performance and 1.8x memory bandwidth (the slide does not state the baseline for comparison). Factual · May 2012 AI compute, hardware and data
Back to the list

Jensen Huang

Open its page

Factual Their own work or organisation

“Kepler GPUs (4GB FB ea) 8 16 CPU Threads 16 32 System Memory 192 GB 384 GB”

Jensen Huang, NVIDIA CEO, keynote slides March 2013 GTC 2013 Jen-Hsun Huang Keynote (SlideShare)

The GRID VCA BASE has 8 Kepler GPUs (4GB each), 16 CPU threads and 192 GB memory; the MAX has 16 GPUs, 32 threads and 384 GB.

Mostly true True in substance, wrong in a detail.

The second judge would not resolve this claim; the verdict shown is the first judge's.

Said for an organisation they lead or work for; it counts on both records.

What would count as true or false

Compare the claim with NVIDIA's published GRID VCA specifications from the time of launch (GTC, March 2013). The claim has six figures: BASE has 8 Kepler GPUs with 4 GB of framebuffer each, 16 CPU threads and 192 GB of system memory; MAX has 16 GPUs, 32 threads and 384 GB. True: all six figures and the 4 GB-per-GPU framebuffer match the official spec sheet or launch announcement. Mostly true: everything matches except one minor detail, such as the framebuffer being described differently or one secondary figure being slightly off. Mixed: about half of the figures match. Mostly false: most figures are wrong, but the two-tier BASE/MAX configuration really existed. False: the official specs contradict the figures outright, or the configurations did not exist. If NVIDIA formally revised the specs before shipping, the revised specs govern.

Evidence

  1. NVIDIA GPU Tech Conference report - fxguide fxguide · 20 March 2013
    “8 GPU system with 16 threads of Xeon CPU and 192GB of system RAM ($24,900 + $2,400/year for software license).”
  2. NVIDIA GPU Tech Conference report - fxguide fxguide · 20 March 2013
    “16 GPU system with 32 threads of Xeon CPU and 384GB of system RAM ($39,900 + $4,800/year for software license)”
  3. NVIDIA Unveils Industry's First Visual Computing Appliance NVIDIA · 19 March 2013 Own record
    “Available in the United States in May from authorized value-added resellers, NVIDIA GRID VCA is offered in 8 GPU or 16 GPU configurations, with pricing starting at $24,900, plus an annual software license of $2,400.”

Reasoning

fxguide's independent GTC 2013 report describes an 8-GPU GRID VCA with 16 Xeon CPU threads and 192GB of system RAM (E2), and a 16-GPU system with 32 threads and 384GB (E3). That matches all six configuration figures in the claim. NVIDIA's launch release confirms the 8-GPU and 16-GPU configurations (E4). None of the evidence confirms the 4GB framebuffer per GPU or the BASE/MAX names, so the claim is rated mostly true rather than fully true.

Cite this claim

Jensen Huang, “The GRID VCA BASE has 8 Kepler GPUs (4GB each), 16 CPU threads and 192 GB memory; the MAX has 16 GPUs, 32 threads and 384 GB.” (said March 2013). Verdict: mostly true. Reliability API, claim c_f73742167f0d, method 0.1.0+03d23c0e. https://epistacklabs.com/claims/c_f73742167f0d

Claims without a verdict

Is a verdict here wrong, or do you speak for Jensen Huang? Reply on the claim's own page, with the form at its foot (how replies work). Verdicts are made automatically; how verdicts and scores are made.