Private generative video

Video generation models and server sizing

Compare local video models by duration, resolution, frame rate, conditioning and memory. Video workloads multiply latent and attention costs across time, so published minimums rarely describe a useful production queue.

Selection approach

Choose for the workload, then size the complete deployment

Define the resolution, duration, frame count, conditioning and acceptable render time before choosing hardware. Larger memory usually buys more useful settings, less offload and better queue concurrency.

01

What to compare

  • Text-to-video versus image-to-video
  • Target duration, resolution and frame rate
  • Motion quality and temporal consistency
  • Licence and permitted commercial output

02

What changes the hardware

  • Peak VRAM across the full diffusion pipeline
  • System RAM for model and latent offload
  • Scratch storage and generated-media retention
  • Queue scheduling for long-running jobs

03

What to test before purchase

  • Visual quality at the delivery resolution
  • Temporal consistency and motion control
  • Render time and peak memory
  • Recovery from interrupted or failed jobs

2 current models

Compare models by workload and GPU memory

Showing 2 models

Wan AI

Wan2.2 TI2V 5B

A 5B text-and-image-to-video model that supports 720p generation and an official single-GPU offload route.

  • Video generation
Minimum GPU memory
24GB VRAM with documented CPU offload settings
Recommended starting system
Studio 96
Licence
Apache License 2.0
See specifications and all 11 systems

Tencent

HunyuanVideo 1.5

An 8.3B text-to-video and image-to-video model with 480p and 720p checkpoints, optional super-resolution and distilled workflows.

  • Video generation
Minimum GPU memory
14GB VRAM with model offloading
Recommended starting system
Team 32
Licence
Tencent Hunyuan Community Licence
See specifications and all 11 systems

Model-to-hardware fit

Memory fit is the first gate, not the final recommendation

  1. 01Exact model version

    Use the precise model version, numerical format and complete software pipeline intended for production.

  2. 02Minimum memory

    Check whether it can load on one GPU or requires supported multi-GPU loading.

  3. 03Working headroom

    Allow for context, cache, batch, media encoders and concurrent users.

  4. 04Workload test

    Measure quality, latency and stability on representative work.

What a complete video generation deployment needs

Model weights are only one part of the system. Data access, runtime software, storage, monitoring and administrator handover also affect a reliable deployment.

Diagram showing an approved request, a local service, an approved store and a policy-controlled data path
Diagram showing an approved request, a local service, an approved store and a policy-controlled data path
A private deployment starts with the permitted data path, access policy and logging boundary. GPU Servers technical illustration.
A private deployment starts with the permitted data path, access policy and logging boundary. GPU Servers technical illustration.
GPU server remote management dashboard with system status, access logs and sensor monitoring panels
GPU server remote management dashboard with system status, access logs and sensor monitoring panels
Supplier screenshot of the platform management interface. The final management features and access policy depend on the ordered system. OEM supplier reference image.
Supplier screenshot of the platform management interface. The final management features and access policy depend on the ordered system. OEM supplier reference image.
Diagram showing approved documents moving through a searchable index to an answer with a source citation
Diagram showing approved documents moving through a searchable index to an answer with a source citation
A retrieval workflow should connect each useful answer to approved source material and defined refusal behaviour. GPU Servers technical illustration.
A retrieval workflow should connect each useful answer to approved source material and defined refusal behaviour. GPU Servers technical illustration.
Diagram of an evidence pack containing an asset schedule, burn-in record, health readings, workload test and admin guide
Diagram of an evidence pack containing an asset schedule, burn-in record, health readings, workload test and admin guide
A complete handover includes the supplied assets, test results, operating instructions and agreed follow-up work. GPU Servers technical illustration.
A complete handover includes the supplied assets, test results, operating instructions and agreed follow-up work. GPU Servers technical illustration.