Why Your GTX 1650 Super Is Wasting Half Its Potential On Spider-Man Games
I built a system around five years ago with a GTX 1650 Super, an i5-10400F, and 16GB of RAM, expecting it to handle modern games at medium settings without drama. Spider-Man Remastered showed me how wrong I was. That GPU is technically capable of running the game, but out of the box it chews through 35-40 frames per second with stutter spikes that feel like the frame rate is dying every three seconds. The problem isn't the GPU alone. It's the default config, the shader compilation pipeline, and how poorly the game scales on mid-range cards. The approach I ended up using involves a handful of specific config changes, a driver-level override, and some texture streaming adjustments. I found this combination pushes the game from a shaky 35fps to a locked 48-52fps on 1080p Medium-High, with the worst stutter spikes reduced to something tolerable. Here's how it works in practice. First, stop trusting the in-game graphics menu. The defaults are tuned for mid-to-high tier GPUs and they punish everyone else. What actually matters is the configuration file at C:/Users/YourName/AppData/Local/SpiderManGame/Saved/Config/WindowsNoEditor/Game.ini. Open it with Notepad. I added the following lines under the Engine section:
r.Shaders.OptimizeForGpu=1
r.Streaming.PoolSize=1500
r.Streaming.LimitPoolSizeToFitAvailableMemory=0
r.TextureStreaming=1
SceneColorFormat=2 This reduces shader compile stutter by telling the game to pre-bake what it can and stops the texture streaming pool from chewing more VRAM than you have. The 1650 Super has 4GB, so hitting that limit causes micro-hitches that feel worse than low fps. The second thing that matters is the NVIDIA control panel profile. Go to Manage 3D Settings, create a program profile for SpiderManGame.exe, and set these overrides:
Low Latency Mode set to Ultra
Power Management Mode set to Prefer Maximum Performance
Texture Filtering - Quality set to High Performance
Vertical Sync set to Off (if you're okay with occasional screen tear) This forces the driver to stop trying to save power during gameplay and prioritizes latency over everything else. Frame time consistency improved noticeably with these settings. The 1650 Super isn't fast, but it's consistent when you stop the driver from second-guessing itself. Shader compilation is the silent killer on this GPU. The first launch will take twenty minutes just compiling shaders. Do not touch the game during this time. Subsequent launches compile far faster because the cache is saved. If you see massive stutter spikes in the first fifteen minutes of play even after the shader cache is built, reinstall the driver with DDU in safe mode and do a clean install. My first four attempts had me blaming the GPU itself before I realized the driver cache was corrupted from a previous Windows update interrupting the install.
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Resolution scaling is where most people fail. Don't go below 90 percent. The game's rasterization is expensive enough at native resolution that scaling down further makes textures look muddy on anything other than a cheap monitor. I run the game at 1080p with DLSS disabled (the 1650 Super doesn't support DLSS anyway) and use a fixed 90 percent render target instead of 100 percent. This saves about 6-8 fps without a visible quality drop on a standard 1080p panel. If you're playing on a 1440p monitor, drop the resolution scaling to 75 percent and bump the in-game resolution to 1440p anyway. The 1650 Super simply cannot push native 1440p. You'll see a roughly ten percent improvement in stability with 75 percent scaling compared to 85 percent, and the frame time graph looks much cleaner. The one edge case I hit that almost made me give up entirely: ambient occlusion and shadow quality interact in a way that causes a hidden CPU bottleneck on the i5-10400F. Setting Shadows to High and Ambient Occlusion to Medium actually produced worse average fps than setting both to Low. The CPU gets overwhelmed by the shadow calculation overhead faster than the GPU does. Lowering both to Low freed up about 4-5 fps and smoothed out the 1% lows significantly. I didn't expect that at all.
You also need to check your Windows background processes. The 1650 Super shares memory bandwidth with the system, and things like OneDrive sync, Windows Search indexing, or Discord overlay can eat into that bandwidth enough to cause stutters on this card. I close Discord overlay and disable the Windows Search service during gaming sessions. It's a small change but measurable. There's no magic button here. The GTX 1650 Super is a budget card in a market that moved on from it. This setup gets you close to a playable experience. If you want 60fps locked consistently, the only real solution is a GPU upgrade. At least on Steam you can return a copy within two hours if it's not working out. The config tweaks, driver overrides, and texture streaming adjustments combined typically yield a 12 to 18 fps improvement over stock settings depending on your exact system. Some scenarios show gains as high as 20 fps in crowded areas like downtown Manhattan where draw distance and NPC density hit hardest. The improvement varies, but it's real.
Don't bother looking for a standalone "performance mod" downloaded from an unverified site. The ones I tested last year either broke the game's integrity checks or caused crashes during transitions between zones. The manual config approach I described is slower but stable. The community has tried every shortcut and most of them leave behind registry junk or broken shader caches. One final thing. If your GPU temperature hits 82C or above during gameplay, the 1650 Super will throttle and all these settings become irrelevant. Make sure your case has decent airflow and the GPU fans are actually spinning. A $15 intake fan or clearing dust out of the shroud will bring temperatures down by 5-8 degrees, which is enough to maintain boost clocks consistently throughout a session.
