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AlibabaVideo model

Wan 2.2 A14B

In image to video, Wan 2.2 A14B is in place 19 of 21, with text only in place 22. A 5 s clip costs about $0.40.

Image to videoRank 19 of 21

1,170Arena ratinghigher is better

Text to videoRank 22 of 23

1,132Arena ratinghigher is better

5 s clipRank 4 of 19

$0.40$0.08 per secondlower is better

Clip lengthRank 53 of 63

5slongest single cliphigher is better

PopularityRank 513 of 875

27out of 100-1 vs. last month

Summary

At $0.08 per second of video it is cheap; a typical video model costs $0.12.

What is distinctive about Wan 2.2 A14B is its open-weight MoE branch with 27 billion parameters and 14 billion active per computation step. It handles text-to-video and image-to-video at 720p for up to 5 seconds, explicitly without native audio.

Compared with Wan 2.1, Alibaba cites more training data, stronger cinematic control, and more complex motion. Unlike hosted Wan 2.6, this branch can be run locally.

Wan 2.2 A14B benchmarks

Image to video arena

How people rate generated videos in blind comparisons, Elo points · higher is better

20 of 21 models

as of September 22, 2026 · Source: LMArena

Text to video arena

How people rate generated videos in blind comparisons, Elo points · higher is better

20 of 23 models

as of September 22, 2026 · Source: LMArena

Show all 97 individual results from 12 sources

Page 1 of 9

Published benchmarks

LMArena Text to Video

Elo ratings summarize pairwise comparisons within this leaderboard. They are not percentages. The scale does not express absolute quality or linear gaps between models.

FLUX.3 Video1,493 Elo
MiniMax H31,460 Elo
Muse Video1,456 Elo
Sora 2 Pro1,368 Elo
Veo 3.11,364 Elo
Veo 3.1 Fast1,362 Elo
Sora 21,343 Elo
Wan 2.71,337 Elo
Wan 2.61,327 Elo
PixVerse V5.61,240 Elo
Kling 2.6 Pro1,216 Elo
Hailuo 2.31,206 Elo
LTX-2 19B1,154 Elo
Wan 2.2 A14B1,132 Elo
Pika 2.21,009 Elo

higher is betterAs of November 5, 2026Scale: 0 Elo - 1,516 Elo

Source: LMArena
gradually.ai
Methodology and context
Metric
elo-rating
Scale
No upper bound is documented. The chart spans the recorded values and zero.
Participants
23
Sample
10,458
Source: LMArena

LMArena Image to Video

Elo ratings summarize pairwise comparisons within this leaderboard. They are not percentages. The scale does not express absolute quality or linear gaps between models.

MiniMax H31,495 Elo
FLUX.3 Video1,449 Elo
Wan 2.71,428 Elo
Veo 3.11,398 Elo
Veo 3.1 Fast1,385 Elo
Vidu Q3 Pro1,363 Elo
Kling 3.0 Pro1,354 Elo
Wan 2.61,310 Elo
PixVerse V5.61,299 Elo
Kling 2.6 Pro1,294 Elo
Hailuo 2.31,262 Elo
Wan 2.2 A14B1,170 Elo
LTX-2 19B1,159 Elo
Pika 2.2997 Elo

higher is betterAs of November 5, 2026Scale: 0 Elo - 1,495 Elo

Source: LMArena
gradually.ai
Methodology and context
Metric
elo-rating
Scale
No upper bound is documented. The chart spans the recorded values and zero.
Participants
21
Sample
27,054
Source: LMArena

Measurements without matching peer values

These measurements have no matching peer values under the same test conditions. Their original values and sources remain available here.

VideoPhy-2 detailed subset joint success (Show measurement, test conditions, and source)
Source value
47
Score
47
Metric
Joint Semantic-Adherence-and-Physical-Commonsense success: both ratings are at least 4 on a 1-5 scale
Unit
%
Benchmark version
arXiv:2608.29904v1; VideoPhy-2 detailed subset, Table 1
Category
video-generation:physical-commonsense
Direction
Higher is better
Sample
400
Source type
independent-evaluator
Evaluator
Off-Manifold Refinement: Guiding Video Generators with a Frozen World Model
Status
active
Retrieved at
2026-10-17
Methodology
Independent evaluation. Base Wan2.2-T2V-A14B text-to-video sampler, explicitly named in the paper abstract and bridged to the assigned profile by the official Wan-AI T2V-A14B model card. Table 1 labels the evaluated base row Wan2.2. The default primary evaluation uses a fixed 400-prompt VideoPhy-2 detailed subset with one generation per prompt; joint success requires both Semantic Adherence and Physical Commonsense ratings to be at least 4 on a 1-5 scale. No OMR-enhanced or image-to-video score is transferred.
Context
The source gives no confidence interval or other statistical uncertainty interval, so none is reported. The evaluation identifies the base T2V-A14B sampler but does not publish an immutable weight-file digest.
Source Off-Manifold Refinement: Guiding Video Generators with a Frozen World Model
WorldReasonBench (Show measurement, test conditions, and source)
Source value
19.6
Score
19.6
Metric
Acc_QA (question-answer accuracy)
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 37 (shared 80-case set)
Direction
Higher is better
Sample
80
Lower confidence bound
14.8
Upper confidence bound
24.9
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
17.5
Score
17.5
Metric
Score_PR (Acc_QA^0.8 × s_dyn^0.2)
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 37 (shared 80-case set)
Direction
Higher is better
Sample
80
Lower confidence bound
12.5
Upper confidence bound
23.1
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
30
Score
30
Metric
S(v), VLM-judged video quality weighted 0.4 reasoning, 0.3 temporal consistency, 0.3 aesthetics
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 37 (shared 80-case set)
Direction
Higher is better
Sample
80
Lower confidence bound
25.9
Upper confidence bound
34.6
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
21.6
Score
21.6
Metric
Acc_QA, Diff. (implicit, high-level intent) prompt regime
Unit
%
Benchmark version
arXiv:2605.10434v1, Table 3 (Diff. (implicit, high-level intent))
Direction
Higher is better
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. QA accuracy under the source's separate prompt regimes: Diff. gives only high-level intent; Easy adds explicit transition guidance. Table 3 does not state regime-specific N or CI.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
35.2
Score
35.2
Metric
Acc_QA, Easy (hinted, explicit transition guidance) prompt regime
Unit
%
Benchmark version
arXiv:2605.10434v1, Table 3 (Easy (hinted, explicit transition guidance))
Direction
Higher is better
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. QA accuracy under the source's separate prompt regimes: Diff. gives only high-level intent; Easy adds explicit transition guidance. Table 3 does not state regime-specific N or CI.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
22.9
Score
22.9
Metric
Score_PR, World-Knowledge
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 38 (shared evaluation set)
Direction
Higher is better
Sample
21
Confidence interval
14.5
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
14.5
Score
14.5
Metric
Score_PR, Human-Centric
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 38 (shared evaluation set)
Direction
Higher is better
Sample
9
Confidence interval
12.6
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
16.4
Score
16.4
Metric
Score_PR, Logic-Reasoning
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 38 (shared evaluation set)
Direction
Higher is better
Sample
27
Confidence interval
7.8
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
WorldReasonBench (Show measurement, test conditions, and source)
Source value
15
Score
15
Metric
Score_PR, Information-Based
Unit
%
Benchmark version
arXiv:2605.10434v1, Appendix Table 38 (shared evaluation set)
Direction
Higher is better
Sample
23
Confidence interval
7.8
Source type
independent-evaluator
Evaluator
WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)
Status
active
Retrieved at
2026-10-18
Methodology
Independent evaluation. WorldReasonBench open-source model evaluation; exact source row Wan2.2-14B maps to the assigned wan-2-2-a14b profile. Appendix P says open-source models followed their official inference recipes on H100 nodes, generating 5-second 480p-720p clips from image-plus-text inputs, one generation per case under each of two prompt regimes. The paper gives no immutable checkpoint hash or serving route.
Source WorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1)

Recorded measurement details

LMArena Text to Video: LMArena Text to Video (Show measurement, test conditions, and source)
Source value
1132
Score
1132
Metric
elo-rating
Unit
Elo
Task
lmarena-text-to-video
Task label
LMArena Text to Video
Direction
Higher is better
Source rank
42
Sample
10458
Lower confidence bound
1117
Upper confidence bound
1147
Retrieved at
2026-11-05
Source LMArena
LMArena Image to Video: LMArena Image to Video (Show measurement, test conditions, and source)
Source value
1170
Score
1170
Metric
elo-rating
Unit
Elo
Task
lmarena-image-to-video
Task label
LMArena Image to Video
Direction
Higher is better
Source rank
43
Sample
27054
Lower confidence bound
1160
Upper confidence bound
1180
Retrieved at
2026-11-05
Source LMArena

Page 1 of 9

What Wan 2.2 A14B can do

“n/a” means the provider does not state it or we have not sourced it yet. That is not a “no”.

Text to videoyesSource
Image to videoyesSource
Referencesn/a
AudionoSource
Runs locallyyesSource
Extendn/a
Start and end framen/a
Max. resolution720pSource

Video sample from our test

This video exists as a documented run for the exact model version. Playback is muted.

Motion and physical consistency

This sample tests Anatomy, object consistency, camera tracking, rain, and reflections.

Prompt and settings

Generate exactly one continuous five-second 16:9 cinematic video. A fictional bicycle courier in a mustard-yellow raincoat rides a red city bicycle from left to right across a rain-wet Hamburg street at blue hour for the entire clip. The camera tracks her smoothly at waist height. Both hands remain visible on the handlebars, the bicycle geometry stays physically correct, and a transparent umbrella fixed to the bicycle moves naturally in the wind. Wet-street reflections and raindrops follow realistic physics. No cuts, no slow motion, no text, no logos, no subtitles, and no audio.

Generated through fal.ai with model fal-ai/wan/v2.2-a14b/text-to-video. Archived settings were 16:9, one request, first output, requested 5 s, seed 958910179, request {"prompt":"Generate exactly one continuous five-second 16:9 cinematic video. A fictional bicycle courier in a mustard-yellow raincoat rides a red city bicycle from left to right across a rain-wet Hamburg street at blue hour for the entire clip. The camera tracks her smoothly at waist height. Both hands remain visible on the handlebars, the bicycle geometry stays physically correct, and a transparent umbrella fixed to the bicycle moves naturally in the wind. Wet-street reflections and raindrops follow realistic physics. No cuts, no slow motion, no text, no logos, no subtitles, and no audio.","num_frames":81,"frames_per_second":16,"adjust_fps_for_interpolation":false,"num_interpolated_frames":0,"interpolator_model":"none","resolution":"720p","aspect_ratio":"16:9","enable_safety_checker":true,"enable_output_safety_checker":true,"enable_prompt_expansion":false}, configured price estimate $0.40.

Popularity compared

How often the model is searched for, used and mentioned, compared with every model of its category.

Popularity index

0 to 100, higher is more popular

20 of 98 models

As of November 2026 · Source: gradually.ai popularity index

Over time

Weekly values from October 18, 2026 to November 5, 2026

Wan 2.2 A14BPixVerse V5.6Grok Imagine Video 1.5Kling 2.6 ProWan 2.6

Wan 2.2 A14B compared

Compare with another model

The most popular comparisons

  1. 1Gemini Omni Flash vs. Wan 2.2 A14B
  2. 2FLUX.3 Video vs. Wan 2.2 A14B
  3. 3Dreamina Seedance 2.5 720p vs. Wan 2.2 A14B
  4. 4Dreamina Seedance 2.0 720p vs. Wan 2.2 A14B
  5. 5MiniMax H3 vs. Wan 2.2 A14B
  6. 6Sora 2 Pro vs. Wan 2.2 A14B
  7. 7Sora 2 vs. Wan 2.2 A14B
  8. 8Veo 3.1 vs. Wan 2.2 A14B
  9. 9Veo 3.1 Fast vs. Wan 2.2 A14B
Show all 43 comparisons
  1. 10Grok Imagine Video 1.5 vs. Wan 2.2 A14B
  2. 11Grok Imagine Video vs. Wan 2.2 A14B
  3. 12Wan 2.7 vs. Wan 2.2 A14B
  4. 13Runway Gen-4.5 vs. Wan 2.2 A14B
  5. 14Kling 3.0 Pro vs. Wan 2.2 A14B
  6. 15Kling 2.6 Pro vs. Wan 2.2 A14B
  7. 16Vidu Q3 Pro vs. Wan 2.2 A14B
  8. 17PixVerse V5.6 vs. Wan 2.2 A14B
  9. 18Hailuo 2.3 vs. Wan 2.2 A14B
  10. 19LTX-2 19B vs. Wan 2.2 A14B
  11. 20Wan 2.2 A14B vs. HunyuanVideo 1.5
  12. 21Wan 2.2 A14B vs. Pika 2.2
  13. 22Wan 2.2 A14B vs. Gemini Omni 1.1 Flash
  14. 23Wan 2.2 A14B vs. Muse Video
  15. 24Wan 2.2 A14B vs. Wan 3.0
  16. 25Wan 2.2 A14B vs. Wan 3.0 Prime
  17. 26Wan 2.2 A14B vs. HappyHorse 1.0
  18. 27Wan 2.2 A14B vs. HappyHorse 1.1
  19. 28Wan 2.2 A14B vs. PixVerse V6
  20. 29Wan 2.2 A14B vs. PixVerse C1
  21. 30Wan 2.2 A14B vs. Seedance 2.0 Fast
  22. 31Wan 2.2 A14B vs. Seedance 2.0 Mini
  23. 32Wan 2.2 A14B vs. Vidu Q3 Turbo
  24. 33Wan 2.2 A14B vs. Vidu Q2
  25. 34Wan 2.2 A14B vs. Vidu Q1
  26. 35Wan 2.2 A14B vs. Kling 4.0
  27. 36Wan 2.2 A14B vs. Kling 3.0 Standard API
  28. 37Wan 2.2 A14B vs. Kling Video O1
  29. 38Wan 2.2 A14B vs. Wan 2.5 Preview
  30. 39Wan 2.2 A14B vs. Wan 2.2 TI2V 5B
  31. 40Wan 2.2 A14B vs. HunyuanVideo 1.0 T2V
  32. 41Wan 2.2 A14B vs. Ray 3.2
  33. 42Wan 2.2 A14B vs. Grok Imagine Video 1.5 Lite
  34. 43Wan 2.2 A14B vs. LTX-2.5

All specifications

Architecture

Parameters
27B
Source: Parameters
Active parameters
14B
Source: Active parameters

Input and output

Maximum resolution
720p
Source: Maximum resolution
Maximum duration
5 s
Source: Maximum duration
Native audio
No
Source: Native audio

Watermarking and provenance

AI watermarking refers to invisible signals embedded in the output. Visible marks and provenance metadata are listed separately. Unknown means there is insufficient evidence for that particular field.

AI watermarking
Unknown
no source
Watermarking technique
Not known
no source

Licence and access

Weights
Open weights
Source: Weights
Access
API, Local
Source: Access

Prices

Choose a price view
Representative price
$0.08 per second ($0.40 per 5 s clip)Source
fal.ai (fal-ai/wan/v2.2-a14b/text-to-video)
$0.4 per request (estimated)Source

No Alibaba subscription includes this model. Through other providers from ≈ €21.20 a month (Recraft Pro, with limited credits). 2 plans in Germany.

Filter plans
PlanMonthly priceNote
Recraft Pro≈ €21.20with limited credit
Recraft Teams≈ €23.33with limited credit, for teams, per seat

All plans in the AI subscription comparison

Frequently asked questions about Wan 2.2 A14B

How good is Wan 2.2 A14B?

Rank 22 of 23 in the text-to-video arena rating. With a start image: rank 19 of 21.

LMArena, as of Sep 22, 2026

Arena ratingtext to video, from user votes · higher is better
Runway Gen-4.51,225
Kling 2.6 Pro1,216
Hailuo 2.31,206
HunyuanVideo 1.51,169
LTX-2 19B1,154
Wan 2.2 A14BRank 22 of 231,132
Pika 2.21,009

How much does a video with Wan 2.2 A14B cost?

About $0.40 for a 5 s clip, $0.08 per second of video. That is cheap.

Price per seconddollars per second of video · lower is better
PixVerse V5.6$0.045
Grok Imagine Video$0.05
Grok Imagine Video 1.5$0.08
Wan 2.2 A14BRank 4 of 19$0.08
Hailuo 2.3$0.082
Gemini Omni Flash$0.10
Veo 3.1 Fast$0.10

How long can a video with Wan 2.2 A14B be?

Up to 5 seconds in one go. Resolution: 720p.

According to Alibaba

Price
$0.08 per second$0.40 per 5 s clip
Longest clip
5s
Resolution
720p
Audio
no
Open weights
yes

Where can I use Wan 2.2 A14B?

Not in a Alibaba subscription. Including other providers that makes 2 plans in Germany.

Subscription comparison, prices in Germany incl. VAT

At Alibaba

No Alibaba subscription includes this model.

Through other providers

2 plans from 1 provider, from ≈ €21.20 a month (Recraft Pro), with limited credits.

Sources and data date

Show all 28 sources

Benchmark sources at a glance

Which independent evaluators tested this model. This is coverage, not a quality ranking.

EvaluatorTest seriesComposite indicesRecorded active measurements
LMArena001

Without vendor claims and historical or disputed results; those stay labelled in the single values. 1 measurements are not yet assigned to a test series.

TypeEvidence and data date
Research statusResearch date October 16, 2026. 22 source URLs checked. This documents the inspected sources, not an exhaustive inventory of every publication.
Not found in the inspected sources

wiro-video-models-exact-row

Note

The inspected Wiro leaderboard has no exact model-version route. Nearby variants were not transferred.

Not found in the inspected sources

arena-video-edit-exact-row

Note

The inspected Video Edit table has no exact model-version row. T2V and I2V values were not reused.

Not found in the inspected sources

vabench-exact-model-row

Note

VABench has no exact model row. Sora 2 was not transferred to Sora 2 Pro or other models.

Not found in the inspected sources

artificial-analysis-t2v-exact-row

Note

No exact model version or resolution was found in the inspected Artificial Analysis table.

Not found in the inspected sources

artificial-analysis-i2v-exact-row

Note

No exact model version or resolution was found in the inspected Artificial Analysis table.

Unresolved

vbench-current-public-leaderboard

Note

The current VBench leaderboard is embedded in a dynamic Hugging Face iframe and was not retrievable; current scores remain unresolved.

Not found in the inspected sources

vidbenchmark-exact-row

Note

No exact model id is present in the 2026-08-04 dataset; similarly named variants were not transferred.

Not published

immutable-checkpoint-and-serving-route

Original wording

The source identifies Wan2.2-14B and describes the open-source inference setup, but does not give an immutable weight hash or serving route.

Not published

table-3-regime-sample-count-and-intervals

Original wording

Table 3 gives Diff. and Easy QA accuracy but no per-regime sample count or confidence interval; none is inferred from other tables.

Not found in the inspected sources

VBench2 score

Note

The official VBench2 leaderboard lists no exact Wan2.2 T2V-A14B row. Its Wan2.2 I2V-A14B entry is a separate image-to-video model and is not mapped.

Additional sourceAlibaba (retrieved October 17, 2026) · Wan2.2 T2V A14B model card · Editorial description reviewed October 2, 2026
Additional sourceVideo pricing
Additional sourcefal.ai
Additional sourceLMArena (retrieved November 5, 2026)12
Additional sourceMLCommons MLPerf Inference v6.0 (retrieved October 16, 2026)
Additional sourceRBench, Rethinking Video Generation Model for the Embodied World (retrieved October 17, 2026; October 24, 2026)
Additional sourceOff-Manifold Refinement: Guiding Video Generators with a Frozen World Model (retrieved October 17, 2026)
Additional sourceWorldReasonBench: Human-Aligned Stress Testing of Video Generators as Future World-State Predictors (arXiv:2605.10434v1) (retrieved October 18, 2026)
Additional sourceXu et al., Breaking the Uniformity Trap: Scaling Video Diffusion Model via SplitMoE (arXiv:2609.38140v1) (retrieved October 20, 2026)
Additional sourceVGIF-Score paper, independent evaluator (retrieved October 22, 2026)
Additional sourceAWS Neuron Documentation, Wan2.2-T2V-A14B Model Card (retrieved October 23, 2026)
Additional sourceRoboTrustBench (retrieved October 23, 2026)
Additional sourceArena Video Text-to-Video (retrieved September 21, 2026; October 16, 2026; October 28, 2026)
Additional sourceVBench official leaderboard (retrieved February 18, 2026; October 28, 2026)
Additional sourceModel metadata (retrieved October 16, 2026)1234
Additional sourceModel metadata (retrieved October 28, 2026)
Additional sourceAlibaba Cloud Model Studio video generation and editing · Editorial description reviewed October 2, 2026
Additional sourceOpenRouter: Popularity index (derived), CC BY 4.0
Additional sourceVercel AI Gateway: Popularity index (derived), CC BY 4.0
Additional sourceOllama: cumulative downloads for the popularity index
Additional sourceReplicate: cumulative runs for the popularity index
Additional sourceGoogle Trending Now: limited feed selection for Germany and the US
Additional sourceCreative Commons Attribution 4.0
Additional sourceAlibaba Cloud Community: "Alibaba Unveils Wan2.6 Series Enabling Everyone to Star in Videos" (2026-09-19)