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Pixop vs Real-CUGAN

Pixop

pixop.com

Real-CUGAN

github.com

Side by side

FigurePixopReal-CUGAN
Price from$0.02/moFree
Free planYesYes
Free trialYes—
Open source——
WebYesYes
Windows—Yes
macOS—Yes
LinuxYesYes
Android—Yes
APIYes—
Self-hostedYesYes
Plans published91
Spec score · Video Upscaling Software9.0 (#4)8.0 (#17)
Spec score · AI Video Upscalers9.0 (#4)8.1 (#12)
IntegrationPixop documents a Mimir integration that can submit videos, trigger processing jobs, and return job status updates and comments.The project describes its model architecture as compatible with Waifu2x-CUNet, and it lists PyTorch and VapourSynth use paths.
PurposePixop provides machine-learning video enhancement for broadcasters, streamers, and media companies.Real-CUGAN is an AI super-resolution model trained on a million-scale anime dataset and designed for anime images.
SupportPixop’s documentation directs users who need help to contact its support email.The maker invites users to leave suggestions and requests in the repository issues.

Plans

Pixop

  • AWS Marketplace Pixop creditFree
  • Storage$0.02 a month
  • Pixop Super Resolution$0.08, paid once
  • Download$0.09, paid once
  • Pixop Denoiser$0.41, paid once
  • Pixop Deep Restoration 2$0.49, paid once
  • Pixop FILE direct billingPriced on request
  • Pixop FILE via AWS MarketplacePriced on request
  • Pixop PrimePriced on request

Pixop pricing →

Real-CUGAN

  • Real-CUGANFree

Real-CUGAN pricing →

In their own words

Pixop

Pixop has no write-up on Specifiction yet; its figures are above.

Visit pixop.com

Real-CUGAN

Real-CUGAN is a free AI super-resolution model designed for anime images. It enlarges images by 2×, 3×, or 4× and offers denoising strengths, a conservative mode, and adjustable alpha. The 1× model is still in training. The English README describes five model weights for 2× and three each for 3× and 4×, covering different enhancement strengths. The Windows configuration processes both images and video, and the repository includes a video inference script. A linked NCNN implementation provides Windows, Linux, and macOS executables for Intel, AMD, Nvidia, and Apple-Silicon GPUs using Vulkan; its portable package includes binaries and models and states that it needs no CUDA or PyTorch runtime. Browser options include a demo and a Web-CPU version, though the README says the CPU demo is slow and recommends smaller images. Windows cache and tile settings can trade speed for lower GPU-memory use, including modes intended for very large images. The project also lists PyTorch and VapourSynth use paths and describes its architecture as compatible with Waifu2x-CUNet. The maker invites suggestions and requests through repository issues.

Visit github.com