LivoPC team · AI-assisted editorial summary
Cyberpunk 2077: comparing FPS with frame generation
Compare Frame Generation in Cyberpunk 2077 without confusing displayed frames, rendering and input response; check version and GPU support.
Updated on · Games and apps
What to consider first
To assess frame generation in Cyberpunk 2077, record version, GPU, driver and settings, then compare the same section with the feature off and on. Generated frames can change visual smoothness without representing new simulation updates or equivalent input response. Check what the counter measures and assess visuals and control separately from the FPS figure.
There is no universal gain, and latency cannot be inferred from an FPS counter. DLSS, FSR and XeSS have different features and requirements. Monitor has not been validated in this game for separating rendered frames, generated frames or latency; a reading without that definition remains ambiguous.
For anyone deciding whether to keep Frame Generation enabled or wondering why higher FPS did not bring the expected response while playing.
Observe available resources with Monitor for Windows during your comparison. Local use without an account and authorized data transmission are separate. The app does not separate generated FPS or measure input latency; capture in this game has not been verified.
1. Record the installed combination without treating old patch notes as the current version
Note the patch, GPU, driver, mods and feature overrides in the manufacturer’s app. Record output resolution, preset, ray tracing, path tracing, upscaler and quality. The 2.21 and 2.3 notes document when support was introduced; they do not declare the latest installed version. Check the menu and documentation for the combination you intend to test.
2. Check which frame generation feature is available for your GPU
CDPR documented DLSS Frame Generation for RTX 40/50 and Multi Frame Generation for RTX 50 in 2.21. In 2.3, it added FSR Frame Generation 3.1 usable with any upscaler and XeSS 2.0 with frame generation, always on compatible hardware. This does not make every GPU compatible. Super Resolution reconstructs resolution and is not synonymous with frame generation. If the option is unavailable, check requirements and drivers without forcing an undocumented combination.
3. Establish a reference with frame generation off
Keep resolution, reconstruction, quality and other conditions unchanged; disable only frame generation. Run the built-in benchmark if available in your version and save the results screen and settings. Then repeat a short route from the same save, noting location and conditions. The benchmark makes repetition easier but does not reproduce every chase, crowd or mission. Record stutters and perceived response; do not invent a latency measurement from how it feels.
4. Enable the supported feature and compare equivalent measurements
Repeat the benchmark and route, changing only frame generation. Note the counter used and whether its documentation includes generated frames. Without that information, do not call the reading rendered FPS. The difference between runs with the feature on and off also does not automatically count generated frames: generation itself changes the load. Displayed smoothness, rendering pace and delay between input and image require their own assessments.
| Run | What to keep and record | Limit of the conclusion |
|---|---|---|
| Frame generation off | Same output, upscaler, preset and scene | Reference for that configuration |
| Frame generation on | Exact feature and counter definition | Displayed FPS does not prove lower latency |
| Playable route | Same save, route and control observations | Perception is not a latency measurement |
5. Choose based on visuals and control in your own use
Observe camera movement, edges and the interface along the same route, together with input response. If you change reconstruction, Reflex, FPS caps or synchronization, record a new test: it is no longer a comparison of generation alone. Monitor complements observation of CPU, RAM, GPU and available sensors without separating frame types or measuring input latency. If the overlay does not work, keep recording through the game. No single observation justifies promising gains or replacing hardware.
Frequently asked questions
Does higher FPS with Frame Generation mean faster input response?
Not necessarily. Presented frames and input latency are different measurements. Record the feature, assess response and use a specific methodology if you need measured latency; do not turn FPS into proof of faster response.
Does having DLSS or XeSS in the menu guarantee frame generation?
No. Resolution reconstruction and frame generation have their own requirements. Check the exact feature, version, GPU and driver. Support for one component of the technology does not authorize every combination.
Does Monitor’s FPS distinguish generated frames from rendered frames?
That separation has not been established in this guide. Monitor capture in Cyberpunk 2077 was not tested here. To interpret a counter, check its method and scope; without that, keep the uncertainty explicit.
How this guide was prepared
AI-assisted summary; official sources consulted on October 11, 2026. Teaching scenarios and illustrated covers. Games, benchmarks and FPS capture were not tested. Sensors and overlays depend on version, hardware and environment; coverage in these games has not been established.
- LivoPC Monitor — available features and overlay limitations · accessed on
- CD PROJEKT RED — patch 2.21: introduction of DLSS 4 and support by RTX series · accessed on
- CD PROJEKT RED — update 2.3: FSR 3.1 and XeSS 2.0 on PC · accessed on
- CD PROJEKT RED — patch 1.62: built-in benchmark information · accessed on
- NVIDIA — DLSS features, frame generation and compatibility · accessed on
- AMD GPUOpen — FSR 3.1 and frame generation separate from upscaling · accessed on
Apply it to your PC
Observe available resources with Monitor for Windows during your comparison. Local use without an account and authorized data transmission are separate. The app does not separate generated FPS or measure input latency; capture in this game has not been verified.
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