Graphics driver version identity reference
How graphics package, file, build, firmware, and runtime version records differ by component and scope.
A graphics version has an owner
A displayed version can belong to a published package, a kernel or user-mode file, a build, a control component, a firmware image, or a catalog record. One graphics release can expose several values because the components have separate build and publishing boundaries.
Package and file fields differ
A package version describes a collection of files and declarations, while a file version identifies one payload item. A runtime or API version can describe an interface contract. Comparing values without their labels makes unrelated records look like revisions of one component.
Monitor and adapter versions are separate
A monitor identification record can include its own product or firmware fields, while the GPU package has host-side version records. A display mode or feature level is not a version string and should not be treated as one.
Release notes preserve scope
A release note can mention supported adapters, hardware configurations, APIs, fixes, or component changes. Its claims should be read within the published scope and not inflated into a promise about speed, visual quality, or every display path.
Reference facts
- Possible owners
- Package, file, build, runtime, firmware, or catalog record
- Separate hardware
- GPU host package and monitor firmware or identity
- Scope rule
- Read version values with their labels and component owner
Questions and answers
Why can graphics files have different version values?
A package can contain components built or released under different version schemes.
Is a monitor firmware value a graphics driver version?
No. Monitor firmware and host graphics packages have separate owners and lifecycles.
Does a higher version guarantee faster graphics?
No. A version identifies a release record and is not a performance promise.