This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:29:05
The video is a comprehensive performance review of the Xiaomi 13T Pro, highlighting its capabilities and comparative strengths. The presenter tests various features of the phone, including its Dimensity 9200 Plus chipset, 12GB of RAM, and 512GB of storage. They demonstrate file transfer efficiency using an Oracle m.2 external SSD and explore the benefits of a USB4 SSD enclosure for high data transfer speeds.
The gaming performance is a focal point, with extensive testing on games like Genshin Impact, PUBG Mobile, PUBG New State, and Mobile Legends. The results show that the phone maintains high frame rates (around 60 FPS for intensive games and 90-120 FPS for others) without significant temperature issues, even in an air-conditioned room.
Additional insights include the practical use of performance modes, gyro aiming in games, and graphical settings adjustments to enhance gameplay experiences. Throughout, the presenter emphasizes the phone's stability, thermals, and optimization, concluding with a note on its superior performance compared to other chipset models, despite some minor usability inconveniences like fingerprint issues.
00:00:00
In this part of the video, the presenter introduces the Xiaomi 13T Pro, which is equivalent to the Xiaomi K60 Ultra in terms of camera cutout, chipset, and specs. The phone features 12GB of RAM and 512GB of storage, with a Dimensity 9200 Plus chipset. They proceed to set up the device by enabling developer mode and adjusting power consumption settings. Additionally, the presenter discusses using an Oracle m.2 external SSD to transfer files between devices efficiently, noting its versatility and the affordability of external SSDs.
00:03:00
In this part of the video, the speaker discusses the benefits of using an external SSD with a USB4 enclosure, emphasizing its high data transfer speed of up to 20 gigabits per second. This setup is particularly useful for editing videos directly from the SSD on a laptop. The focus then shifts to a gaming test on a Xiaomi device, where the speaker demonstrates enabling a performance boost mode through a special sidebar feature. The game is tested at the highest graphical settings, achieving around 59-60 FPS. During gameplay, the speaker engages in a daily commission task which involves sneaking around and collecting items but decides to fight high-level enemies instead, successfully defeating them and completing the task.
00:06:00
In this part of the video, the user clarifies that they are starting their specific commission and observes that their phone maintains a good frame rate, hovering around 60 FPS with occasional drops to about 55 FPS. They plan to use their resin to farm artifacts and switch to a more powerful team for efficiency. The user also adjusts their mobile interface to avoid accidental presses, noting that the map is unnecessary for the upcoming task. The segment concludes with the initiation of their gameplay.
00:09:00
In this part of the video, the narrator discusses their experience with artifact farming, noting that the obtained artifacts are of low quality. Despite this, the phone remains relatively cool, maintaining a frame rate around 60 FPS in the enclosed space. The narrator completes several rounds of farming, describing the process as smooth and quick, and comments on the phone’s temperature, which is just mildly warm.
00:12:00
In this part of the video, the presenter examines the temperature of a phone using a thermal camera. The phone reaches about 42-43 degrees Celsius, with the highest around 41.4 degrees Celsius. The presenter also measures the temperature at various parts of the phone, noting slight fluctuations. The phone is in an air-conditioned room at 27 degrees Celsius, resulting in a manageable delta temperature of 13 degrees. It is concluded that the phone will not thermal throttle or become dangerously hot, as phones typically only throttle at 55 degrees Celsius to protect users, and can handle up to 75 degrees Celsius without danger to components. The segment ends with the presenter preparing to test the phone’s performance with PUBG Mobile on different graphical settings.
00:15:00
In this segment of the video, the presenter discusses the graphical settings and performance of PUBG Mobile on a particular phone, noting that the game is limited to 90 FPS and is generally unoptimized for higher graphical settings. They proceed to display the settings used and start a game to demonstrate the performance. They observe that the phone handles PUBG Mobile smoothly at 90 FPS, even during high-speed driving. The presenter then compares PUBG Mobile to PUBG New State, highlighting that the latter is better optimized, allowing 90 FPS at Ultra graphical quality. They also detail the high graphical settings used in PUBG New State before starting a game to showcase its performance.
00:18:00
In this part of the video, the presenter discusses the settings and performance metrics of a gaming tool, highlighting the importance of focusing on the top number for accurate FPS measurement (around 90 FPS). The presenter explains that gyro aiming works on the device and prefers “PUBG New State” over “PUBG Mobile” due to better optimization. The gameplay demonstrates that the device maintains a consistent 90 FPS, noting that since it handles demanding games like “Genshin Impact” well, it should run less demanding games smoothly. The segment concludes with a comparison to another game, emphasizing its graphical quality and FPS settings.
00:21:00
In this part of the video, the player discusses adjusting graphical settings, specifically turning on super resolution while disabling adaptive performance. They then jump into a multiplayer game, encountering a new map they haven’t played before. The gameplay includes deploying a friendly shock RC, progressing through the map, aligning well with targets, and using a stealth chopper effectively.
00:24:00
In this part of the video, the speaker discusses the performance of the mobile game “Mobile Legends” on a specific phone. They highlight that the game is well-optimized, allowing the use of ultra frame rate and ultra graphical settings. During gameplay, they observe that the game can run at 120 FPS, suggesting impressive performance. The speaker also notes that they seem to be performing well in the game.
00:27:00
In this segment of the video, the speaker concludes the performance review of the brand new Xiaomi 13P Pro, noting impressive performance despite some fingerprint issues due to sweaty hands. They mention an upcoming full review and possibly a gaming test. The speaker highlights the excellent performance of the Diamond City 9200 Plus chipset, comparing it favorably to recent Snapdragon chipsets, though the exact gaming render resolution is not confirmed. They encourage viewers to ask questions in the comments, subscribe for future updates, and acknowledge the high percentage of non-subscribed viewers.