Out of Video Memory Error: Causes and Fixes
“Out of video memory trying to allocate a rendering resource” means an app or game could not reserve enough graphics memory for a task it was about to perform. It can happen even when your graphics card appears to have plenty of memory, so start by reducing the rendering load and checking which GPU the app is using before assuming the hardware has failed.
What the error means
Video memory, commonly called VRAM, is fast memory used by a graphics processor to hold data such as textures, frame buffers, geometry, and other resources needed to draw a scene. When software asks the graphics system to create or enlarge a resource and the request cannot be satisfied, it may display this message, stop rendering, or close unexpectedly.
The wording does not always identify the exact cause. A resource allocation can fail because available VRAM is insufficient, because memory is fragmented or temporarily occupied, or because a driver, application, or graphics API encountered a problem. Some games also use the phrase when system memory or a graphics-device limit is involved. The error alone is not proof that your GPU is defective.
Why it can happen with available VRAM
A graphics card’s advertised VRAM capacity is not necessarily all free for one application. The operating system, desktop, browser tabs, video playback, recording tools, and other games can all use graphics resources. A game’s demand also changes with its scene: a large area, high-resolution textures, or a crowded scene can need more memory than a quiet menu.
Resolution and texture quality are especially relevant. Higher output resolution increases the amount of data needed for render targets, while high-resolution texture packs can occupy substantial memory. Ray tracing and other advanced rendering features can add further demands. The effect varies by game and hardware, so there is no single setting that guarantees an allocation will succeed.
On systems with integrated graphics, the GPU may use a portion of system RAM rather than a separate pool of VRAM. That shared memory is not equivalent to dedicated graphics memory: the processor and graphics device share system resources, and the amount available can depend on the computer’s configuration and current workload.
Fixes to try, in order
- Save your work and restart the app. Close the game or rendering program fully, then reopen it. A restart can release resources left allocated during a long session. If the error keeps returning, restart the computer too.
- Lower the largest graphics demands. Reduce texture quality first, then lower resolution or render scale. If needed, turn off ray tracing, high-resolution texture packs, or other demanding effects. Change one or two settings at a time so you can identify which change helps.
- Close other graphics-heavy programs. Quit other games, 3D applications, video editors, browser video, and capture or streaming software. This is useful when the error appears only with several demanding programs open.
- Check that the app uses the intended GPU. A laptop with integrated and dedicated graphics may run a game on the less capable device. In Windows, check Settings > System > Display > Graphics, select or add the app, choose Options, and set the appropriate power preference if available. Names and options can differ by device; consult its manufacturer’s guidance if the choice is missing.
- Update or reinstall the graphics driver carefully. Use the graphics-device or computer manufacturer’s supported driver source. If the problem began immediately after a driver update, check whether a supported previous driver is available. Avoid downloading driver installers from unverified sites.
- Check the app’s files and updates. Install available game or application updates. If the platform provides a file verification or repair feature, use it; damaged or mismatched resources can cause rendering failures that resemble a memory shortage.
- Remove unstable overclocks and custom tweaks. Return GPU and memory settings to their normal defaults, including third-party tuning profiles. Unstable settings can produce allocation or rendering errors even when the workload should fit.
How to narrow down the cause
Notice when the message appears. Failure at launch can point to a demanding default configuration, a device-selection issue, or a driver problem. Failure only after playing for a while may indicate a particular scene exceeds the available budget, another program is consuming resources, or the application is not releasing resources correctly. A crash after changing graphics settings may be tied to the new setting or to a configuration the game cannot handle.
Use the operating system’s performance tools or a reputable hardware monitor to observe GPU memory use while the app runs. Treat the reading as a clue rather than a definitive diagnosis: tools can report dedicated and shared memory differently, and a brief spike may be missed. Compare behavior at lower settings, and check whether other demanding apps cause similar failures.
If the issue is limited to one game, check its support notes and community reports for known rendering issues, and report the exact error, game version, GPU model, driver version, and settings to its support team. If many unrelated applications fail, or you see visual artifacts, investigate the driver and hardware more broadly. Persistent crashes, overheating, or system-wide instability warrant professional diagnosis rather than repeated stress testing.
What not to assume
Adding more system RAM does not automatically add dedicated VRAM to a graphics card. Some computers with integrated graphics can reserve shared system memory, but changing a firmware setting does not turn that memory into equally fast dedicated video memory, and the option may not exist. Likewise, a larger page file or virtual-memory setting is not a substitute for graphics memory; it cannot make a GPU’s VRAM capacity larger.
Also, do not assume that the displayed memory figure is a precise measure of the amount required by the failing allocation. The program may request a particular resource size, need room for other allocations, or hit a software limit. Lowering texture quality and resolution is a practical test, not proof that the card is damaged.
When an upgrade may help
Consider newer or more capable graphics hardware only after checking the app’s published requirements, your current GPU, and whether lower settings solve the issue. If the error occurs consistently in several demanding applications despite current supported drivers, minimal background use, and default GPU settings, limited graphics memory or broader hardware capability may be a genuine constraint. Check that a replacement is compatible with the computer’s power supply, case, cooling, and connections before buying; a GPU’s memory capacity alone does not determine performance.
Frequently Asked Questions
Can this error happen if my graphics card has enough VRAM?
Yes. Other programs may be using memory, a scene may create a temporary peak, or a driver or application problem may prevent allocation. The message does not reveal the cause by itself.
Does adding RAM fix an out-of-video-memory error?
Usually not on a computer with a dedicated GPU, because system RAM and dedicated VRAM are different resources. Integrated graphics share system memory, but extra RAM is not a guaranteed fix.
Which setting should I lower first?
Try texture quality first, especially if it is set to a high or ultra level. If the error remains, reduce resolution or render scale and disable demanding features such as ray tracing.
Should I reinstall the graphics driver?
It can help when the issue began after a driver change or affects multiple applications. First try an update from a supported source; if the timing points to a recent update, consider a supported rollback.
Can a page-file change fix this error?
Not generally. A page file helps manage system memory, but it does not increase dedicated GPU memory or remove a graphics-resource limit.
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