Nvidia, ShadowPlay 240 FPS recording It pushed the boundaries of high frame rate gaming videos further by introducing its support. The feature conveys the fluidity of motion seen on the screen, especially by users playing games on 240 Hz and above monitors, more closely to the recordings. While the previous version was limited to 144 FPS, the new option stores more images at 96 frames per second. Nvidia supports first phase GeForce RTX 40 and RTX 50 series graphics cards offers for.
The new recording option creates video at 240 frames per second at 1080p and 1440p resolutions. In addition, compatible graphics cards with dual NVENC encoders increase the resolution up to 4K. Models with a single NVENC encoder reach 240 FPS at 1440p resolution. The highest resolution available varies depending on the encoder features of the video card.
Nvidia ShadowPlayIt records game images using the NVENC encoder on the GeForce graphics card. Nvidia has been using this feature for a long time. GeForce Experience then moved the recording tools to the Nvidia app. Rather than placing a load on the processor, ShadowPlay transfers most of the video encoding work to the graphics card. Thus, compatible systems continue recording while playing games without the need for separate software.
Players can start manual recording, take screenshots and use the Instant Replay option via ShadowPlay. Instant Replay transfers the moments before the record button is pressed to the file. The in-screen menu, opened with the Alt and Z keys, provides access to video settings without closing the game. The menu includes basic options such as resolution, frame rate, bit rate and recording quality.
Nvidia ShadowPlay records high-speed games at 240 FPS
The 240 FPS recording option stores more image data, especially in competitive games that involve fast camera movements. While a game is running at 240 FPS, 60 FPS recording does not transfer a significant portion of the frames per second to the video. Against this 240 FPS game recordingpreserves aiming movements, recoil details, and short engagements in smaller time intervals. When the recording is later slowed down, the source file offers more frames for editing.
This difference is most noticeable on monitors with a refresh rate of 240 Hz or higher. While the monitor displays 240 images per second, the video does not have the same fluidity when the recording software is limited to 60 or 144 frames. The new support reflects the high frame rate on the screen more closely to the recording file. Especially Counter-Strike 2, Valorant, Overwatch 2 And Fortnite In fast games such as, short movements are distributed over more frames.
However, 240 FPS video is not automatically displayed at 240 frames per second on every screen. The playback software, display and video platform used must support the relevant frame rate. However, content producers can convert the 240 FPS source image into 120 or 60 FPS output. This method provides smoother transitions and more precise frame selection in slow-motion scenes.
Nvidia, 240 FPS recording GeForce RTX 40 and RTX 50 series It is limited to graphics cards. While models with dual NVENC encoders reach up to 4K resolution, cards with a single encoder remain at the 1440p limit. Therefore, it is not enough for the monitor to offer a 240 Hz refresh rate. The graphics card, driver and Nvidia application must also support the new recording option.
To enable the feature, it is necessary to install the current beta version of the Nvidia application. Then, the in-screen layer is opened with the Alt and Z keys, and the Video Capture menu is entered from the Settings section. Here, resolution, frame rate and recording quality are selected. The highest value appearing in the menu is determined by the NVENC number on the GeForce graphics card used.
If the game itself does not reach 240 FPS, the save file may not contain a different image in each frame. For example, if the game produces 120 FPS and the software creates a 240 FPS recording, some frames may repeat. For this reason, game performance should be close to the recording speed. Graphics settings, resolution and applications running in the background directly affect this value.
1080p 240 FPS recordingThanks to its lower pixel count, it reduces the encoding and storage burden. Against this 1440p 240 FPS recordingIt preserves interface text, distant objects and environmental details with higher resolution. Compatible dual NVENC models also have a 4K option. However, as the resolution increases, the coding load and storage requirements of the graphics card increase.
The recording quality is also determined by the bit rate, codec and the amount of movement in the image. Fast camera transitions, particle effects and constantly changing scenes require higher data rates. Low bitrate can cause blockiness and loss of detail in such images. The Nvidia app also takes advantage of the AV1 encoding option on supported graphics cards.
The AV1 codec aims to deliver similar image quality with more efficient compression. However, the editing and playback software used must support AV1. Older video editing applications may not be able to open AV1 files directly or may require high processing power. Creating a short test video before registration reveals compatibility issues at an early stage.
High frame rate recordings create larger files. 240 frames per second video can consume storage space faster than 60 or 144 FPS recording. Long gaming sessions, especially at 1440p and 4K resolution, can reach total file sizes of hundreds of gigabytes. A fast SSD reduces the possibility of recording interruptions during heavy data flow.
System load does not remain at the same level in every game. If the graphics card is already working close to full capacity, 240 FPS recording may affect game performance or recording stability. In such a scenario, reducing the resolution from 1440p to 1080p reduces the load. Lowering the bit rate and turning down some graphics settings also frees up additional space on the graphics card.
esports playerscan use high frame rate recordings in match analysis and training reviews. The moment the player sees the opponent, reticle movement and firing time are spread over more frames in the 240 FPS image. By slowing down these recordings, coaches can examine decision moments in smaller time intervals. Teams can also use the same files in players’ personal performance evaluations.
Professional broadcasters and video producers also benefit from 240 FPS source images. Slowing down a conflict, zooming in, or replaying it at different speeds requires more source frames. While the local recording is stored at 240 FPS, the final video can be prepared in 60 or 120 FPS. This makes it possible to make more precise selections among short movements during editing.
ShadowPlay competes with tools such as OBS Studio and Xbox Game Bar in this area. OBS Studiooffers more granular controls over scene editing, multiple audio sources, filters and broadcast settings. ShadowPlay, on the other hand, works directly with the Nvidia graphics card and provides a simpler recording process. The Instant Replay option creates a separate option for those who want to record unexpected game moments later.
External recording cards are used in dual-computer broadcast setups and when it is necessary to capture images from different devices. ShadowPlay, on the other hand, allows gamers playing on a single computer to create high frame rate videos without using additional hardware. The NVENC encoder carries out the video processing task on the graphics card. Users manage the registration process through the in-screen menu in the Nvidia application.
Nvidia ShadowPlay 240 FPS recording supportpushing up the previous 144 FPS limit at 1080p and 1440p resolutions. Compatible graphics cards with dual NVENC encoders can use the same frame rate at 4K resolution. The feature targets RTX 40 and RTX 50 series graphics cards. Higher frame rate brings with it larger files, higher storage needs and additional system load.
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