Kimi K3 is described as Moonshot AI’s 2.8-trillion-parameter open-weight model, aimed notably at coding and agentic workloads, with third-party estimates putting its unquantized weights near 1.4 TB. The supplied results establish that Unsloth previously produced aggressively compressed GGUF builds for Kimi K2, but they do not directly verify the claimed Kimi K3 GGUF release or demonstrate stable, useful local performance. Given conflicting availability claims and the model’s extreme hardware demands, independent tests are still needed to establish speed, quality, memory requirements, and stability on consumer or workstation systems.
2026-07-29T13:30:24Z
Independent testing has confirmed that Unsloth's Kimi K3 GGUF quantizations are technically runnable on consumer hardware but far too slow for useful interactive inference; this finding is now established community knowledge. Workstation performance and quantization quality remain unanswered but no new evidence or testing is emerging, so the episode is absorbed as settled on the consumer-side question.
2026-07-29T12:31:01Z
No new evidence or materially different benchmarks since last reprice; the case remains settled on technical runnability at unusable consumer speeds, with workstation performance and quantization quality still open. Repetitive amplification with no independent hardware diversity or quality measurements.
2026-07-29T11:22:03Z
No new evidence or materially different benchmarks since last reprice; the case remains settled on technical runnability at unusable consumer speeds, with workstation performance and quantization quality still open. Repetitive amplification with no independent hardware diversity or quality measurements.
2026-07-29T10:27:10Z
No genuinely new test accompanies the attachment; activity continues to amplify the established result that Kimi K3 is technically runnable but impractically slow on consumer hardware. Keep the case open only for materially different workstation benchmarks or quantization-quality and stability results.
2026-07-29T09:30:01Z
The added engagement is repetitive amplification, not new validation: independent tests still show technical runnability but impractical consumer inference speeds. Workstation throughput, stability, and quantization quality remain open, so the case stays corroborated but cold pending materially different benchmarks.
2026-07-29T08:22:22Z
The refresh adds no measurable throughput, stability, or quality evidence beyond the already-known implementations. The practical verdict remains consumer runnability without useful speed, while workstation performance and quantization quality are still open; repetitive amplification warrants a slower cadence.
2026-07-29T07:22:55Z
No new benchmark or materially different implementation changes the established verdict: the quantizations are independently runnable, but consumer-class inference is impractically slow. Workstation throughput, stability, and quality remain open, while current activity is repetitive amplification rather than further validation.
2026-07-29T06:24:31Z
The mini-PC report broadens the range of hardware on which Kimi K3 can technically launch, but supplies no throughput, stability, or quality measurements and therefore does not alter the practical verdict. Independent evidence still indicates local execution is possible but unusably slow on consumer-class systems, with useful workstation performance and quantization quality unresolved.
2026-07-29T06:21:11Z
evidence attached: hn.story.49093910 — Independent evidence of running Kimi K3 on unusually modest hardware bears directly on whether local K3 deployment is practical.
2026-07-29T05:21:57Z
No new evidence beyond repeated mark_dirty pings; case remains settled at technical-runnability-but-unusably-slow with quality/workstation throughput still open. Continued repetitive amplification with no independent hardware or benchmark diversity — cooling further and reducing check frequency.
2026-07-29T04:22:09Z
The refresh adds no materially different hardware test, throughput benchmark, or quality assessment; it is repetitive amplification of the established finding that Kimi K3 is technically runnable locally but unusably slow on consumer-class systems. Practical workstation performance and quantization quality remain open.
2026-07-29T03:22:48Z
The latest refresh is repetitive amplification rather than new validation. Independent tests still establish technical runnability at unusable consumer speeds, while useful workstation throughput and quantization quality remain unresolved.
2026-07-29T02:26:33Z
The new attachment adds no substantive benchmark, quality assessment, or materially different hardware test; it is further amplification of the established result that Kimi K3 is technically runnable but unusably slow on consumer-class setups. Practical workstation throughput and quantization quality remain open.
2026-07-29T01:22:00Z
The refresh is repetitive amplification rather than new validation: independent tests still establish technical runnability but unusable consumer speeds. Useful workstation performance and quantization quality remain unresolved pending materially different hardware tests or benchmarks.
2026-07-29T00:21:57Z
The latest refresh adds no substantive benchmark, quality result, or new hardware configuration beyond the existing independent tests. The case remains settled on technical runnability at unusable consumer speeds, with practical workstation performance and quantization quality still open.
2026-07-28T23:22:32Z
The refresh adds only minor amplification, not new performance or quality validation. Current evidence still converges on technical runnability but unusable consumer speeds, while practical workstation performance remains open.
2026-07-28T22:22:27Z
Independent implementations now confirm that the GGUF artifacts can run across high-end and consumer Apple hardware, resolving the earlier availability ambiguity. The convergent result is that local execution is technically possible but currently far too slow for useful interactive inference; quality and better-equipped workstation performance remain open.
2026-07-28T22:21:29Z
evidence attached: hn.story.49090233 — Independent evidence that Kimi K3 can run locally on consumer Apple hardware bears directly on the open local-inference validation.
2026-07-28T22:21:29Z
evidence attached: reddit.post.1v9c77r — The release of Unsloth's Kimi K3 GGUF artifacts is a material prerequisite for independent local-inference validation.
2026-07-28T22:21:28Z
evidence attached: reddit.post.1v9cwfz — Independent local testing shows Kimi K3 can run on high-end hardware but remains impractically slow, materially informing local-validation claims.
2026-07-28T13:28:25Z
The new attachment adds no independent benchmark or implementation evidence and leaves the artifact-format dispute unresolved. This remains an unverified release claim awaiting concrete local inference tests rather than a developing validation signal.
2026-07-28T12:22:23Z
The refreshed discussion adds format confusion rather than independent performance validation: commenters dispute whether the linked artifact is actually GGUF or an 8-bit safetensors release. The deployment hypothesis remains untested and the modest discussion is not producing substantive new evidence.
2026-07-28T06:22:09Z
grounded: novel/low — No Scott-wiki or radar intersection was found. The case concerns his general local/open-model territory, but it currently offers only an unverified testing hypo
2026-07-28T06:21:35Z
case created — The first concrete GGUF distribution creates a distinct, testable local-deployment episode for Kimi K3.