The choice in context
The current Git Extensions project describes itself as a Windows repository client and integrates with Windows Explorer and Visual Studio. Its documented strengths include a commit graph, renamed-file history, blame, and a growing plugin ecosystem. [1]
At a glance
Different strengths. Choose by what matters to you.
Consider Git Workbench if…
Git Workbench
- Use one desktop client on Linux, macOS, and Windows.
- Review requests across several hosting providers in the app.
- Replay branch history and inspect a file’s evolution in commit context.
Product details: project documentation [3]
Consider Git Extensions if…
Git Extensions
- Use Windows Explorer and Visual Studio integrations.
- Keep its established commit graph, rename-aware file history, blame, and plugin ecosystem.
Product details: official source [1]
Git Workbench vs Git Extensions
| What matters | Git Workbench [source] | Git Extensions [source] |
|---|---|---|
| Current desktop platform | Linux x86_64, macOS, and Windows builds. | Current project describes a Windows desktop app; Windows Explorer and Visual Studio integrations are included. [1] |
| License and source | MIT licensed and free for personal and commercial use. | Open source under GPL-3.0-only. [8] |
| Git and runtime requirements | Uses system Git; no separate .NET desktop runtime is needed by the released app. | Latest release requires .NET Desktop Runtime 10 and recommends a recent Git version. [2] |
| Revision graph and file history | Multi-branch graph, history replay, and file archaeology with author and commit context. | Revision graph, rename-aware file history, and blame; inspect differences between selected revisions. [4] |
| Staging and diffs | Stage whole files, hunks, or selected lines and compare unified or side-by-side diffs. | Stage or unstage selected lines inside the commit dialog; view revision diffs in the repository browser. [6] |
| Branch and commit workflow | Graph actions include cherry-pick, revert, rebase, split, reword, and guarded restore points. | Revision-graph context actions expose Git operations such as rebase; advanced options can be configured. [4] |
| Merge conflict handling | Three-pane resolver keeps both sides and the result visible, with an explicit apply step. | Merge and rebase dialogs explain branch inputs; configure the merge tool and conflict-resolution behavior. [5] |
| Worktrees and parallel checkouts | Create isolated review or feature worktrees while preserving the active working copy. | Worktree switching is documented in current settings and workflows. [5] |
| Pull-request integration | Review GitHub.com, GitLab, Bitbucket Cloud, and Gitea requests in the client. | An optional GitHub plugin adds actions to view and create pull requests; provider scope is narrower than Workbench’s built-in multi-host review. [7] |
| Windows integrations and extensibility | Cross-platform workspace with an integrated terminal and provider settings. | Windows Explorer and Visual Studio integration, with a plugin system for additional actions. [7] |
Current desktop platform
- Git Workbench
- Linux x86_64, macOS, and Windows builds.
- Git Extensions
- Current project describes a Windows desktop app; Windows Explorer and Visual Studio integrations are included. [1]
License and source
- Git Workbench
- MIT licensed and free for personal and commercial use.
- Git Extensions
- Open source under GPL-3.0-only. [8]
Git and runtime requirements
- Git Workbench
- Uses system Git; no separate .NET desktop runtime is needed by the released app.
- Git Extensions
- Latest release requires .NET Desktop Runtime 10 and recommends a recent Git version. [2]
Revision graph and file history
- Git Workbench
- Multi-branch graph, history replay, and file archaeology with author and commit context.
- Git Extensions
- Revision graph, rename-aware file history, and blame; inspect differences between selected revisions. [4]
Staging and diffs
- Git Workbench
- Stage whole files, hunks, or selected lines and compare unified or side-by-side diffs.
- Git Extensions
- Stage or unstage selected lines inside the commit dialog; view revision diffs in the repository browser. [6]
Branch and commit workflow
- Git Workbench
- Graph actions include cherry-pick, revert, rebase, split, reword, and guarded restore points.
- Git Extensions
- Revision-graph context actions expose Git operations such as rebase; advanced options can be configured. [4]
Merge conflict handling
- Git Workbench
- Three-pane resolver keeps both sides and the result visible, with an explicit apply step.
- Git Extensions
- Merge and rebase dialogs explain branch inputs; configure the merge tool and conflict-resolution behavior. [5]
Worktrees and parallel checkouts
- Git Workbench
- Create isolated review or feature worktrees while preserving the active working copy.
- Git Extensions
- Worktree switching is documented in current settings and workflows. [5]
Pull-request integration
- Git Workbench
- Review GitHub.com, GitLab, Bitbucket Cloud, and Gitea requests in the client.
- Git Extensions
- An optional GitHub plugin adds actions to view and create pull requests; provider scope is narrower than Workbench’s built-in multi-host review. [7]
Windows integrations and extensibility
- Git Workbench
- Cross-platform workspace with an integrated terminal and provider settings.
- Git Extensions
- Windows Explorer and Visual Studio integration, with a plugin system for additional actions. [7]
Workbench capabilities link to project documentation; competitor details link to official product sources. Platform and plan details can change, so check the sources before deciding.
Where Git Workbench has an edge
Workbench is the better fit when your team spans operating systems or pulls review requests from GitHub, GitLab, Bitbucket Cloud, and Gitea. Its history replay, file archaeology, and optional AI workflows are accessible in one desktop UI. [project source]
Work across operating systems
Git Workbench publishes builds for Linux, macOS, and Windows, so a mixed-platform team can use the same client. Git Extensions’ current official project describes its desktop app as Windows-only.
See how it works →Bring provider reviews into the client
Use request views for GitHub.com, GitLab, Bitbucket Cloud, or Gitea. Git Extensions’ plugin model is useful when a Windows team wants to customize its own integrations.
See how it works →Turn file history into a timeline
Replay commits and inspect changed files at each point, then trace who last changed each line. This joins commit history, file history, and blame into a single investigation flow.
See how it works →When Git Extensions may fit better
Git Extensions may be a stronger choice if Windows Explorer or Visual Studio integration is central to your day, or if your team relies on a plugin that is not available in Workbench. Its graph, rename-aware file history, and blame features overlap with parts of Workbench, so judge the fit by platform and integration needs. [1]
Before you switch
- Git Extensions offers Windows Explorer and Visual Studio integration that Git Workbench does not replicate.
- Git Extensions has a mature plugin ecosystem; check whether a required extension exists before choosing a client.
- Git Workbench’s Linux packages currently target x86_64, and its macOS builds are unsigned.
Finish any active Git operation in your existing client, keep a backup of work that Git does not track, and open the local repository in Git Workbench. Configure its commit profile and optional providers separately; no repository-format conversion is needed.