Unlike DLSS, DLAA never seemed worth it in the type of AAA games I played. The whole appeal of DLSS is that it offers higher frame rates while also looking almost as good as native resolution. DLAA, on the other hand, expects you to give up a little more performance for slightly better image quality. Considering that native 4K is already demanding even on high-end GPUs like the RTX 4090 and 5090, especially on newer AAA open-world titles, it seemed like an unnecessary trade-off.
However, when I spent last weekend playing 007 First lightI finally had a reason to give DLAA a fair chance. The game forces TAA at native resolution, and while that’s not unusual for a modern AAA title, it didn’t take me long to realize some of the problems that have always bothered me about this anti-aliasing method. The good thing is that since the game doesn’t support ray tracing yet, I was averaging 70 FPS in native 4K on my 4090, so I was willing to sacrifice some performance in exchange for better image quality.
TAA ruins my native resolution
TAA’s Infamous Blur Is Hard to Miss
TAA has been around for over a decade and I understand why many developers still use it. It does a decent job of cleaning up jagged edges and reducing glare without costing as much performance as MSAA. However, the downside is that it softens the image, so I’d say it’s outdated by today’s standards. Someone looking for native 4K expects the best possible visual quality, but TAA doesn’t exactly offer that. I prefer not to use any AA, especially on a 27-inch 4K panel where the pixel density is high enough to minimize visible aliasing.
With 007 First light By forcing TAA for native rendering, I had no real alternative. If I wanted a cleaner image without the “blur” that comes with TAA, DLAA was my best option. Sure, you could argue that enabling DLSS would have achieved a similar result while also improving performance, but that would have defeated the purpose of running the game in native 4K in the first place. After replaying the entire story with DLAA enabled, I finally understand why. Nvidia is confident enough to say that DLSS 4.5 looks better than native resolution.
DLAA recovers the sharpness that native 4K deserves
Fine details finally look as expected in native 4K
TAA in 007 First light It’s not so bad when you’re playing a mission indoors or standing around and taking in the scenery. But the moment you step outside, their spotted appearance becomes much easier to spot. I noticed the biggest difference when switching between TAA and DLAA during the Vietnam mission. The area has dense vegetation, making it the perfect showcase for DLAA. While using TAA, fine details in the distance were missing the definition and stability that DLAA delivered.
When moving, the foliage retained more detail with DLAA, while TAA tended to soften some of it. I admit that the improvement isn’t dramatic enough unless you’re actively looking for it, but considering I was constantly switching between the two, it wasn’t easy for me to ignore the extra detail. The best part? I was barely sacrificing my frame rates, which was enough to convince me to stick with DLAA for the rest of the game. And since I was already averaging over 60 FPS, prioritizing image quality made more sense.
Most of you are better off using DLSS
I only used DLAA because I had room for it.
Most people aren’t running this game on an RTX 4090 or 5090, so they probably won’t have the luxury of treating DLAA as a free image quality upgrade. That extra 2-5% FPS boost may not be worth it if you don’t get 60 FPS at 4K in the first place. But you can still avoid TAA entirely by simply enabling DLSS, and the image quality will still look a little better than native 4K with TAA. You can use DLSS Quality or Balanced DLSS with Preset L for best results while getting an increase in FPS.
In my case, however, I had leeway to prioritize image quality without prioritizing performance. And that’s partly because the game doesn’t yet support hardware-accelerated ray tracing. I’m sure when the traceback update arrives, I’ll be forced to switch to DLSS or even frame rendering to get the same frame rates. For now, I’m running around 70 FPS, so a 2-5% performance boost won’t significantly change the feel of the game, especially since it’s slow-paced.
This is the native 4K experience I’ve been chasing
For a long time, my stance on DLAA was that the image quality wasn’t worth the performance when most AAA games are already demanding enough at native 4K. After all, why not just use DLSS and get an FPS boost while making sure the image looks just as good? but in 007 First lightI was already getting the FPS I wanted, which gave me a unique opportunity to fully focus on image quality, especially when ray tracing wasn’t available. It showed me how much TAA holds back native rendering and why DLAA deserves more attention from gamers with high-end GPUs. I still think DLSS is the best option for most players, but now that I’ve experienced DLAA, I’ll always make sure to try it out instead of ignoring it completely.
