Valorant DLSS vs FSR: Which Upscaler Gives Better Performance?

Quick Answer

In Valorant, DLSS (available on NVIDIA GPUs) consistently delivers sharper image quality and better frame rate recovery than FSR (AMD's open solution) at equivalent upscale settings. For South African gamers on NVIDIA hardware, DLSS Quality mode at 1080p or 1440p is the clear winner, while FSR remains the best option for AMD and Intel GPU owners.

Valorant is one of the most competitive shooters in the SA gaming scene, and getting the most frames out of your hardware can be the difference between winning and losing a clutch round. Both NVIDIA DLSS and AMD FSR promise to boost frame rates without a proportional hit to image quality - but they work very differently, and the gap between them matters when you're chasing 240fps on a mid-range rig.

How DLSS and FSR Work in Valorant

DLSS (Deep Learning Super Sampling) is NVIDIA's AI-powered upscaler. It uses a dedicated Tensor Core found on RTX 20-series and newer GPUs to reconstruct frames using a neural network trained on high-resolution data. In Valorant, DLSS runs natively through the game's NVIDIA integration, and because the model is trained specifically for the game's rendering pipeline, results are consistently clean - especially on fast-moving characters and abilities.

FSR (FidelityFX Super Resolution) is AMD's open alternative. FSR 1.0 is a spatial upscaler - it sharpens a lower-resolution image using an algorithm rather than AI. FSR 2.0 and beyond add temporal data (like DLSS) to improve quality, and because FSR is open, it runs on any GPU including NVIDIA and Intel cards. Valorant supports FSR, making it the go-to option for players not on NVIDIA hardware.

Image Quality and Performance Comparison

At Quality mode settings, DLSS produces noticeably sharper edges and cleaner text on Valorant's minimap and agent ability UI than FSR at equivalent render resolution. FSR 2.0 closes the gap significantly over FSR 1.0, but trained observers will spot the difference in motion - particularly during Jett dashes or Omen teleports where temporal ghosting can appear with FSR.

For raw frame rate gains, both upscalers deliver meaningful boosts. On an RTX 4060 at 1440p, switching from native to DLSS Quality mode can add 30-45% more frames while keeping image quality near-native. FSR Quality mode on the same card delivers similar frame rate gains but with slightly softer output. The performance advantage gap narrows to near-zero at Performance and Ultra Performance modes, where both upscalers produce a visibly softer image regardless.

For SA gamers running older RTX 20-series or 30-series cards on tight budgets, DLSS remains valuable because it extends the competitive life of mid-range hardware at higher resolutions.

Which Should You Use?

The choice is simple once you know your GPU. If you have an NVIDIA RTX card, use DLSS - there is no reason not to. Set it to Quality or Balanced mode depending on your target frame rate, and let the AI do the rest. Competitive players chasing maximum frames can push to Performance mode without the image becoming unplayably soft in Valorant's clean art style.

If you are on an AMD RX 6000 or 7000 series GPU, FSR is your only option and it is a solid one. FSR 2.0 in Quality mode at 1080p is entirely usable for competitive Valorant - the image quality trade-off is acceptable when the frame rate reward is this significant. Intel Arc users are in the same boat and FSR performs well on that architecture too.

For budget-focused South African players shopping in the R6,000 to R10,000 GPU range, both FSR-equipped AMD cards and DLSS-capable RTX cards are accessible, so factor in upscaler quality as part of your GPU purchase decision.

Recommended In-Game Settings for Both Upscalers

For DLSS in Valorant: set Graphics Quality to Custom, enable DLSS, select Quality mode, and leave Sharpen at 50-60%. Anti-Aliasing should be set to MSAA 4x or off (DLSS handles it). For competitive players, Balanced mode with Sharpen at 70% is a strong compromise.

For FSR in Valorant: enable FSR 2.0 if your GPU driver supports it, otherwise FSR 1.0 Quality. Apply in-game sharpening at 60-70% to counteract FSR's slight softness. Set Anisotropic Filtering to 8x - it is cheap on performance and significantly improves ground texture clarity at angles, which matters for reading enemy positions.

Both upscalers pair well with high-refresh-rate monitors. At 1080p on a 144Hz or 240Hz panel - which is the most common setup for SA competitive Valorant players - both DLSS and FSR will help you hit and sustain those higher refresh targets on mid-range hardware.

Frequently Asked Questions

Q: Does Valorant support both DLSS and FSR? A: Yes. Valorant supports both NVIDIA DLSS and AMD FSR. DLSS requires an NVIDIA RTX GPU, while FSR runs on any modern GPU including AMD, NVIDIA, and Intel cards.

Q: Will using DLSS or FSR give me an unfair advantage in Valorant ranked? A: No. Both upscalers are officially supported and do not violate Riot's terms. They improve performance without altering game mechanics, and many high-ranked players use them to maintain high frame rates at higher resolutions.

Q: Which DLSS mode is best for competitive Valorant? A: Balanced mode offers the best trade-off for most players - noticeable frame rate boost with image quality that remains clean enough for competitive play. Quality mode is better if you are already hitting your refresh rate target and just want a visual safety net.

Q: Can FSR run on an NVIDIA RTX card in Valorant? A: Yes. FSR is GPU-agnostic and will run on RTX cards. However, if you have an RTX GPU you should use DLSS instead - it produces better image quality on NVIDIA hardware than FSR does.