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ViDL for Mac vs Open Video Downloader

Side-by-side comparison for macOS

ViDL for Mac

5.0
Media & Design

GUI frontend for youtube-dl

Open Video Downloader

7.0
Media & Design

Cross-platform GUI for youtube-dl made in Electron and node.js

Metric ViDL for Mac Open Video Downloader
Category Media & Design Media & Design
AI Score 5.0 7.0
30-day Installs 10 68
90-day Installs 36 230
365-day Installs 122 907
Version 1.0.2 3.2.0
Auto-updates No Yes
Deprecated No No
GitHub Stars 7.8K
GitHub Forks 576
Open Issues 38
License AGPL-3.0
Language Rust
Last GitHub Commit 2mo ago
First Seen Nov 18, 2020 Aug 19, 2021

Reviews

ViDL for Mac

ViDL is a user-friendly macOS application that provides a graphical interface for downloading YouTube videos using youtube-dl. It offers features like video and audio extraction, playlist support, and integration with macOS services, making it ideal for users who prefer a GUI over command-line tools.

ViDL serves as a graphical user interface for youtube-dl, enabling users to download YouTube videos and audio files directly from their Mac.

Pros

  • + User-friendly graphical interface for video downloading.
  • + Supports video and audio extraction, as well as playlist downloads.
  • + Native macOS integration for a seamless experience.

Cons

  • - Lacks auto-update functionality, requiring manual checks for updates.
  • - Limited community support and recent development activity.

Open Video Downloader

Open Video Downloader is a modern, cross-platform video downloader built with Rust, Tauri, Vue, and TypeScript. It provides a user-friendly GUI for downloading videos from YouTube and other platforms, ideal for media enthusiasts and content creators.

Enables users to download videos from various platforms using youtube-dl through a graphical interface.

Pros

  • + Cross-platform support with a modern, intuitive UI
  • + Actively maintained with frequent updates
  • + Open-source and community-driven

Cons

  • - Occasional reliability issues reported by users
  • - Can be resource-intensive due to Electron-based architecture