| Visual Studio | Runtime Version | vcruntime140.dll File Version | |---------------|----------------|--------------------------------| | 2015 | 14.0 | 14.0.23026 | | 2017 | 14.1 | 14.16.27012 | | 2019 | 14.2 | 14.29.30133 | | 2022 | 14.3 | 14.38.33130 |
While binary compatibility holds for most functions, a program compiled with VS 2022's latest C++17/20 features might call a newer exported function not present in the 2015 redist. That's why the installer merges upward – the latest version contains all older exports. microsoft visual c 2015-2022
But next time you see that installer pop up, know that you're looking at one of the most successful long-term backward compatibility efforts in computing history. | Visual Studio | Runtime Version | vcruntime140
Microsoft has not fully consolidated the installer metadata, leading to this cosmetic clutter. You can safely uninstall older named versions if the latest is present – but Windows will complain if an app's installer explicitly checks for a specific ProductCode. A common developer mistake: compiling with /MDd (debug runtime) and expecting the redistributable to provide the necessary DLLs. It won't. Debug builds require msvcp140d.dll , vcruntime140d.dll – these are not shipped in the redist and are only available with Visual Studio installation. Microsoft has not fully consolidated the installer metadata,
1. The Unified Runtime: A Quiet Revolution Before 2015, Microsoft released a separate Visual C++ Redistributable for almost every major Visual Studio version (2005, 2008, 2010, 2012, 2013). Each had its own file paths, DLLs, and quirks. This led to "DLL hell" on Windows: applications would install their required version, sometimes overwriting others, causing mysterious crashes.
They introduced a binary-compatible runtime across all future versions (2015, 2017, 2019, 2022). The internal versioning scheme (v14.0 → v14.1 → v14.2 → v14.3) all share the same core DLL names, file structures, and ABIs (Application Binary Interfaces).