Elden Ring Gameplay 4K 60fps No Commentary

Understanding the format

Elden Ring Gameplay 4K 60fps No Commentary is a type of video file that records raw gameplay at a resolution of 3840x2160 pixels running at sixty frames per second, with zero voiceover or overlaid text. People use these for a handful of reasons. Some want clean footage for editing. Others just want to watch without someone narrating everything. A lot of people use them as reference material for builds, boss patterns, or level design study. The actual quality of a file like this depends entirely on what equipment captured it and how it was encoded afterward. You can have two files both labeled 4K 60fps, and one might be a gorgeous lossless capture while the other looks like it went through three rounds of compression. The label alone doesn't tell you anything useful about the actual file.

Where to find Elden Ring Gameplay 4K 60fps No Commentary

The most common sources are YouTube, GitHub repositories, and Reddit communities. YouTube has the widest selection but the catch is that even 4K 60fps uploads on YouTube get compressed down to somewhere around 15 megabits per second for VP9 or AV1 codecs, which noticeably softens the image compared to the original capture. If you need the actual unencoded footage, GitHub is usually the better option. Search for terms like "Elden Ring 4K 60fps capture" or "Elden Ring gameplay raw" and look for repositories where people share their OBS or capturing card exports. Reddit threads in r/EldenRing and r/VideoEditing occasionally have people posting direct download links to their personal capture folders. These are often stored on Google Drive or WeTransfer because the files are large. A single thirty-minute 4K 60fps captures session in lossless or near-lossless quality will easily be between ten and forty gigabytes depending on the encoding settings used.

The technical side

Capturing Elden Ring at 4K 60fps isn't straightforward because the game runs on Unreal Engine 4 and its frame pacing can be inconsistent. When you try to capture at native resolution while the game is running other processes, you'll notice dropped frames or stuttering in the recording itself, which makes the final output feel worse than what actually happened in the game. I learned this the hard way during a recording session where I was also running Discord overlay and a web browser with several tabs open. The resulting video looked fine until I zoomed in on fast combat sequences, and the stutter from the capture process was baked right into the footage. The workaround I ended up using was closing everything except the game and the capture software, setting the capture resolution to match my display output exactly rather than scaling, and using a hardware encoder like NVENC on an NVIDIA GPU instead of x264. NVENC handles the encoding load on the GPU's dedicated media engine, which keeps the game's frame times mostly unaffected. I also disabled the Windows Game Bar overlay because it was silently hogging resources in the background without me realizing it. For encoding, the standard approach is to use HandBrake or FFmpeg after the capture is complete. A good starting preset for archival quality is CRF 18 with a slow or very slow preset, using the H.264 or H.265 codec. CRF stands for constant rate factor, and lower numbers mean less compression and larger files. CRF 18 is visually lossless for most viewers. You should expect a file that is roughly three to five times smaller than the raw capture but still looks nearly identical on screen.

Common pitfalls

One thing beginners consistently miss is that 4K 60fps recordings from consoles are fundamentally different from PC captures even when both say 4K and 60fps. Console captures are locked to the output signal, which means if you're playing on a PS5 or Xbox Series X set to output 4K at 60Hz, that's your ceiling. The game may internally render at a different resolution and upscale, which introduces slight blurring or algorithmic artifacts that won't exist in a native PC capture. If you're looking at frame timing analysis or motion clarity comparison, the console source will always be behind. Another issue is color space mismatch. Elden Ring uses Rec. 709 color space for its HDR implementation, and some capture cards or software default to Rec. 2100 or sRGB. When you play back the footage on a standard SDR monitor, the colors will look washed out or overly contrasted. The fix is checking your capture software's output color space settings and making sure they match your display's color profile. In OBS this is found under Settings > Output > Advanced mode, where you can set the Color Space to NV12 and the Range to Partial. There's also the matter of variable frame rates. Many modern games including Elden Ring produce VFR content because the engine's rendering time fluctuates between scenes. If you capture with VFR enabled and then try to edit or stream the footage, players and editors will choke on it. Force a constant frame rate during capture. In OBS this means going to Settings > Video and checking the option for constant frame rate or using FFmpeg's r frame rate flag during re-encoding.

What this format isn't good for

Despite what the labels suggest, a 4K 60fps no commentary video is not a substitute for reading guides or watching tutorials with explanation. The lack of commentary is the whole point, which also means it's a limitation. You're getting raw visual information with no context about what to look for, why a particular build choice matters, or what the boss is about to do. It's useful as reference footage but not as a standalone learning tool. Storage is another real constraint. A single full playthrough captured at 4K 60fps in high quality could easily exceed two terabytes of raw footage. Even after compression, you're looking at several hundred gigabytes for a complete run. If you don't have the drive space or a secondary storage solution, this approach becomes impractical quickly. Consider capturing only the sections you actually need rather than the entire game. Boss fights, weapon showcases, and exploration segments are usually enough, and you can cut the total file size by seventy to eighty percent that way.