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RTX 5070 Ti: Cyberpunk 2077 Performance Review (Max Settings, DLSS 4.5, RT, PT, Frame Generation)
In this video, we test the performance of the RTX 5070 Ti graphics card in Cyberpunk 2077 at various settings and resolutions. We analyze the impact on FPS and visual quality using various technologies such as DLSS, ray tracing, path tracing, and frame generation.
1. ⚙️ Basic Performance Test at 1080p Ultra Settings
- ✅ Start the test at 1080p Ultra (Psycho) settings without ray tracing and DLSS.
- ✅ The average FPS is between 100-110, allowing for smooth gameplay without stuttering or lag.
- ✅ The GPU shows maximum usage, using 7GB of VRAM and approximately 16GB of system RAM.
- ⚠️ It is recommended to use higher resolution and ray tracing.
00:00 - 01:01
1. ⚙️ Basic Performance Test at 1080p Ultra Settings
- ✅ Start the test at 1080p Ultra (Psycho) settings without ray tracing and DLSS.
- ✅ The average FPS is between 100-110, allowing for smooth gameplay without stuttering or lag.
- ✅ The GPU shows maximum usage, using 7GB of VRAM and approximately 16GB of system RAM.
- ⚠️ It is recommended to use higher resolution and ray tracing.
01:02 - 01:55
2. 🚀 Performance Improvement and Ghosting Issue Improvement When Applying DLSS Quality Preset
- ✅ Applying the DLSS quality preset (DLSS 4.5) increases the FPS to 150.
- ✅ GPU usage decreases to 90%, and CPU bottleneck may occur.
- ✅ DLSS 4.5 solves most of the ghosting issues in Cyberpunk 2077.
01:56 - 03:09
3. ✨ Performance Change and Combination with DLSS When Applying Ray Tracing
- ✅ Applying ray tracing (Psycho preset) reduces the FPS to 70.
- ✅ The GPU maintains maximum usage, and VRAM usage increases to 9GB.
- ✅ Using DLSS together increases the FPS to 120, allowing for comfortable gameplay.
- ✅ Ray tracing greatly improves the visual quality of the game.
03:10 - 04:10
4. 🔦 Performance and Visual Changes When Applying Path Tracing
- ✅ Applying path tracing reduces the FPS to 40-50.
- ✅ Using DLSS together increases the FPS to 70-80.
- ⚠️ Path tracing requires higher specifications than ray tracing, and you can choose according to your personal preference.
04:11 - 04:54
5. 🖼️ Performance Improvement Effect When Applying Frame Generation Technology
- ✅ Applying frame generation (4x) technology increases the FPS to 400-450 (DLSS and ray tracing not applied).
- ✅ Using it with ray tracing increases the FPS to 300-350.
- ✅ Using it with path tracing increases the FPS to 230-280.
- ⚠️ Frame generation technology may not be necessary at 1080p resolution, but it is useful at 4K resolution.
04:55 - 05:43
6. 🖥️ Performance Test at 1440p Resolution (Basic Settings and DLSS)
- ✅ When testing at 1440p maximum settings without ray tracing and DLSS, the FPS is 60.
- ✅ Applying DLSS increases the FPS to 130, and the graphic quality hardly changes.
- ✅ Applying DLSS also has the effect of improving ghosting issues.
05:44 - 06:52
7. 🚦 Ray Tracing and Path Tracing Performance at 1440p Resolution
- ✅ Applying ray tracing reduces the FPS to 40-50, but using DLSS together increases it to 80-90.
- ✅ When applying path tracing, it maintains about 60-80 FPS even when using DLSS.
- ⚠️ Path tracing can be selected according to personal preference.
06:53 - 08:22
8. 🚀 Utilizing Frame Generation Technology at 1440p Resolution
- ✅ Using frame generation technology greatly improves FPS.
- ✅ When used with ray tracing, it increases to 260 FPS, and when used with path tracing, it increases to 190-200 FPS.
- ⚠️ There may be a slight input delay when using path tracing.
08:23 - 09:30
9. 📺 Performance Test at 4K Resolution and the Importance of DLSS
- ✅ When testing at 4K resolution without DLSS and ray tracing, the FPS is very low at around 20-30.
- ✅ Applying DLSS increases the FPS to 80-90, making it playable.
- ✅ Using ray tracing and DLSS together can maintain 60-70 FPS.
- ⚠️ DLSS is essential at 4K resolution.
09:31 - 11:08
10. 🖼️ Utilizing Frame Generation Technology and Path Tracing at 4K Resolution
- ✅ Using frame generation technology increases the FPS to over 200.
- ✅ When used with ray tracing, it can maintain 170-180 FPS.
- ✅ Even when used with path tracing, it can maintain about 140 FPS.
- ✅ When using path tracing and frame generation together at 4K resolution, it is possible to play at over 120 FPS.