Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
CADLAB.io is a Git-based visual version control and collaboration platform for PCB design. It is not simply a generic code-hosting alternative; instead, it adds a visualization layer on top of Git for hardware design workflows, allowing teams to view schematics and PCB layouts in the browser, track version history, compare changes, and leave interactive annotations. Its goal is to reduce status-sync meetings, improve the quality of design reviews, and catch issues before prototyping and manufacturing.
In terms of features, CADLAB covers version history, visual diffing, online rendering, design discussions, Merge Requests, branches and tags, Markdown documentation, access control, and personal and organization accounts. The visual Diff feature can compare revisions of schematics and PCB layouts, showing changes in metadata, values, positions, connections, added or removed elements, and more—making it much better suited to hardware design than a standard text diff. In terms of formats, the main documentation explicitly supports KiCad 5+ and Autodesk Eagle 6+, and also lists support for Altium Designer; some library-file capabilities are still marked as coming soon. Ecosystem integrations include GitHub, GitLab.com, BitBucket, as well as self-hosted GitLab, GitHub Enterprise, and BitBucket Data Center; there is also a GitHub Chrome extension.
Pricing follows a freemium and per-seat subscription model. Open Source is $0/month; Pro is $8/month when billed annually or $10/month when billed monthly; Team is $9/user/month when billed annually or $12/user/month when billed monthly. Self-hosted and Enterprise plans require contacting sales. Self-hosting is an important selling point, making CADLAB suitable for teams that cannot use cloud services due to internal policies, compliance requirements, or data-security constraints. The enterprise offering also includes higher-tier support, private deployment, managed private servers, SAML SSO, and other capabilities, though some features are still shown as coming soon.
Its strengths are clear positioning and a practical solution to the problem of PCB design files being difficult to view and review in Git; it can fit into existing GitHub/GitLab/BitBucket workflows, reducing migration friction; and it offers a self-hosted option. Its drawbacks are that supported formats remain limited, API/SDK information is missing, and advanced features and enterprise pricing are not transparent. It is well suited to hardware engineers, open-source hardware projects, PCB teams that require multi-person design reviews, and companies that need quality control for outsourced design work.
The main content does not provide information on availability from mainland China, payment methods, or local compliance; it only mentions that self-hosted/enterprise plans support bank transfers. If a team plans to use CADLAB.io from mainland China, it is advisable to first test the stability of CADLAB.io itself and the GitHub/GitLab/BitBucket integration chain. Teams with stricter data or access requirements may want to evaluate the self-hosted option first.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on cadlab.io official site.
cadlab.io is an Unknown Dev Tools provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach cadlab.io directly.