Note:

1. While the IMX789 sensor is 1/1.35" in size with 16:11 aspect ratio, different sensor areas are used based on specific user scenarios – with the effective sensor area up to 1/1.43" when taking photographs.
2. Edge distortion tested internally within OnePlus test laboratory. Test date: March 2, 2021. Low edge distortion achieved using a wider asymmetrical design, with results as low as just 1% edge distortion.
3. The 6.7” display size measurement is measured diagonally from corner to corner.
4. Numbers are theoretical; actual performance may vary.
5. Industry leading visual experience is based on the convergence of multiple innovations, including LTPO display, leading color accuracy, display brightness technology, Color Tone technology, and other advanced technologies.
6. Maximum brightness tested internally.
7. IP68: Data is based on test results using TÜV SÜD based on IEC 60529 with test conditions for submersion in up to 1.5 meters of freshwater for up to 30 minutes. It is not advised to use the product in seawater, at the beach, or the pool. Water and dust resistance may be reduced as device ages. Liquid and dust damage are not covered under warranty.
8. Typical capacity is 4,500 mAh. The battery design incorporates two cells (each rated at 2,250 mAh), allowing Warp Charge to simultaneously charge both cells at the same time for fast charging.
9. Peak charging wattage is 65W.
10. The data comes from the OnePlus test laboratory. Test date: March 6, 2021. Test Environment Standards: Environmental ambient temperature: 25°C ± 1°C. Operating temperature of the phone when charging starts: 25°C ± 1°C. Test process: Charging commences from 1% with official OnePlus Warp Charge 65 charger. The screen stays off during the entire charging process. 15 minutes of charging of OnePlus 9 Pro with Warp Charge 65 from 1% will charge to roughly 65% of battery which can be used for 5.5 hours under OnePlus DoU (Day of Use) model. Actual performance experienced by users may vary based on the specific charging environment conditions.
11. The Warp Charge 65 charger maintains the compatibility for Warp Charge 30T, Warp Charge 30, Dash Charge and also up to 45W PD charging. Actual performance may vary with different devices and software versions.
12. The data comes from the OnePlus test laboratory. Test date: March 6, 2021. Test Environment Standards: Environmental ambient temperature: 25°C ± 1°C. Operating temperature of the phone when charging starts: 25°C ± 1°C. Test process: Charging commences from 1% with official OnePlus Wireless Warp Charger. The screen stays off during the entire charging process. On average, 30 minutes of wireless charging of OnePlus 9 Pro with official OnePlus Wireless Warp Charger from 1% will charge to roughly 70% of battery which can be used for 5.5 hours under OnePlus DoU (Day of Use) model. Actual performance experienced by users may vary based on the specific charging environment conditions.
13. The data comes from the OnePlus test laboratory. Test date: March 6, 2021. Test Environment Standards: Environmental ambient temperature: 25°C ± 1°C. Operating temperature of the phone when charging starts: 25°C ± 1°C. Test process: Charging commences from 1% with official OnePlus Warp Charge 65 charger. The screen stays off during the entire charging process. The OnePlus 9 Pro with Warp Charge 65 charges from 1-100% in 29 minutes, compared to the OnePlus 8T charging from 1-100% in 39 minutes. This translates to approximately 25% quicker charging despite peak wattage remaining the same at 65W. Actual performance experienced by users may vary based on the specific charging environment conditions.
14. For detailed information, go to Qualcomm 5G website: https://www.qualcomm.com/products/snapdragon-888-5g-mobile-platform
15. For detailed information, go to Qualcomm 5G website: https://www.qualcomm.com/products/snapdragon-888-5g-mobile-platform
16. For detailed information, go to Samsung LPDDR5 website: https://www.samsung.com/semiconductor/dram/lpddr5/
17. For detailed information, go to Samsung UFS 3.1 website: https://www.samsung.com/semiconductor/newsroom/tech-trends/samsungs-eufs-3-1-flash-storage-for-the-5g-future/