Getting DLSS to Work in Battlefield V Beyond the Default Settings
DLSS in Battlefield V is not a feature most players actually use to its full extent. The in-game slider defaults to a middle-ground setting that looks acceptable but leaves performance on the table. When you dig into the configuration files, there is enough room to push quality and framerate further than the menu suggests. Battlefield V supports DLSS through the NVIDIA Image Scaling SDK, which means the technology runs as a post-processing pass rather than a native engine integration. This distinction matters because it changes how the image is constructed before it reaches your display. The game renders at a lower internal resolution, then upscales using temporal data from previous frames. The upscaling happens inside NVIDIA's driver layer, so it is mostly invisible in the performance numbers, but it shows up clearly in image quality differences between modes. The default configuration uses what the game calls "Quality" by default on most systems. That mode renders at roughly 67 percent of your target resolution. Switching to "Performance" drops the render target to about 45 percent. The difference in clarity between those two modes is noticeable on 1440p and 4K displays. On 1080p it is much less obvious, which is why some players never bother adjusting it.
I spent weeks testing different configurations across multiple GPUs before settling on a reliable setup. My first attempt was straightforward: I enabled DLSS and cranked the setting to Performance. The framerate jumped, but the distant buildings in Port de Collioure looked soft and the infantry models lost texture definition past thirty meters. That made target acquisition harder in large-scale infantry combat. I dropped back to Balanced mode and the difference was immediate. Textures sharpened without sacrificing more than eight percent of the framerate gain. That trade-off has been my default ever since.
Where to Find and Modify the Configuration Files
The relevant settings live in your Battlefield V user data folder. Navigate to Documents/BFV/UserProfiles/[your_profile_id]/Settings/ and open the file named GameSettings.scr. This is a simple text file. You do not need specialized tools to edit it. Open it with Notepad or any plain-text editor. Inside that file, look for the section labeled [GraphicsSettings]. There is a key called DLSSQuality. The values map to specific modes: DLSSQuality 0 disables DLSS entirely.
DLSSQuality 1 sets Quality mode.
DLSSQuality 2 sets Balanced mode.
DLSSQuality 3 sets Performance mode.
Get the Full Details
Save the file and launch the game. The setting should apply immediately without requiring a restart of your system. If it does not take effect, the game may have overwritten your changes on exit. In that case, set the file to read-only before closing the game to preserve your configuration.
Things That Do Not Work the Way You Might Expect
DLSS quality does not scale linearly with your GPU's capability. Running an RTX 4070 does not mean you should automatically use Performance mode. The upscaler handles temporal accumulation differently depending on your resolution and the internal render target. At 4K with Performance mode, the temporal filter can introduce ghosting around fast-moving objects, particularly aircraft and helicopters. I experienced this during combined arms matches near Airfield. Ships and planes left faint trails that persisted for a half-second after they moved out of frame. Dropping to Balanced mode eliminated most of the artifacting while keeping the framerate well above my monitor's refresh rate. Another issue that caught me off guard involves Reflex. Enabling both DLSS and Reflex Low Latency introduces additional input delay if you do not configure them correctly. Reflex has its own mode selector. Set it to On + Boost when using DLSS Performance mode, and to just On when using Quality or Balanced. The Boost option pumps the GPU clock higher to compensate for the latency that DLSS Performance mode adds. Without it, your mouse feels slightly mushy during close-quarters engagements. There is also a misconception about resolution. DLSS works best when your internal render resolution matches one of NVIDIA's target breakpoints. These are approximately 720p, 900p, 1080p, 1440p, and 2160p. If your display resolution falls between breakpoints, the upscaler interpolates awkwardly. I had a 1600x900 monitor early on and noticed that DLSS Quality produced slightly softer results than expected. Switching to 1080p and enabling DLSS Quality gave noticeably cleaner output. The difference was small but consistent across all maps.
The Config File Workaround That Actually Helps
The standard config file edit above works for most people, but it does not expose every available parameter. There is a secondary file you can create manually to access additional controls. In the same Settings folder, create a new file named CustomGraphicsOptions.scr and add the following content: The DLSSSharpness value ranges from 0.00 to 1.00. Higher values increase edge contrast but can amplify noise in dark areas. I found 0.80 to be a reliable middle ground. Values above 0.90 produce visible halos around foliage and weapon edges. The ReflexSupport key ensures the driver applies the correct latency compensation profile. Leaving it at the default sometimes causes Reflex to fall back to its least aggressive behavior. This custom file approach is undocumented and unofficial, which means EA could break it with a patch. So far it has remained stable through multiple game updates. I test it before each patch cycle by comparing screenshots side by side.
Unlock The Power Of Dlss In Battlefield V A Comprehensive Guide
This section covers the practical steps without the fluff. Follow the sequence below in order. Skipping steps causes problems later. First, verify that your GPU is supported. DLSS requires an NVIDIA RTX 20-series card or newer. GTX cards do not support it regardless of driver version. If you have an RTX 3060 Ti or better, you should see solid improvements in most Battlefield V scenarios. If you have an RTX 2060 or older, the gains are marginal and may not justify the image quality trade-offs. Second, update your NVIDIA driver to the latest Game Ready version. Older drivers contain known bugs with Battlefield V and DLSS that cause screen tearing and frame timing issues. I spent two days troubleshooting stuttering before realizing my driver was three months old. Updating it resolved the issue immediately.
Third, launch the game and navigate to Options > Graphics Settings. Set your preferred resolution, then locate the DLSS dropdown. Select Balanced for 1440p displays or Quality for 1080p displays. Set Reflex to On + Boost if you are using Performance mode, or just On for other modes. Apply the settings and test in a private match. Fourth, open your config file as described above and make adjustments if the default behavior does not match your preferences. Test each change individually so you can identify which setting produces which effect. Do not modify more than one parameter at a time. Fifth, run the in-game benchmark or a custom match and record your framerate and frame times using MSI Afterburner or similar telemetry software. Look for average framerate, 1 percent low, and frame time consistency. A stable 1 percent low matters more for perceived smoothness than a high average framerate. I once optimized for average fps and missed that my 1 percent low had dropped by twelve frames, which made the game feel choppy even though the average was impressive.
Limitations and When DLSS Fails
DLSS does not solve every performance problem. If your CPU is the bottleneck, enabling DLSS will not increase framerate meaningfully. Battlefield V is heavily CPU-dependent in large battles with many players and vehicles. In those situations, DLSS reduces GPU load but the CPU cannot process the frame pipeline fast enough to take advantage of the extra headroom. You may see a small improvement, but it will not be dramatic. There are also map-specific issues. In Oradour, the dense foliage and small-scale combat mean that DLSS Performance mode creates enough visual degradation to interfere with spotting enemies. I switched to Quality mode for that map and accepted the lower framerate in exchange for clearer target identification. Map selection should influence your DLSS choice, not just your resolution. Lastly, DLSS can introduce issues with screen recording. ShadowPlay and NVIDIA Broadcast sometimes conflict with DLSS processing, resulting in corrupted frames or recording artifacts. If you record gameplay, test your recording setup with DLSS enabled before relying on it during sessions. I discovered this problem when a recorded clip showed flickering textures that were not visible during live gameplay. The issue only appeared in the encoded file. Switching to Bandicam instead of ShadowPlay resolved the corruption without affecting performance.
The bottom line is that DLSS in Battlefield V is useful but not a universal fix. Configure it deliberately, test each setting independently, and adjust based on your hardware and playstyle rather than following a one-size-fits-all recommendation.
