This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:14:23
The video focuses on upgrading the cooling system of a Legion T5 PC to address high CPU temperatures, which reached up to 90°C during stress tests. After showcasing various cooling options, the creator chooses to install the NZXT Kraken Z53 RGB cooler. The detailed installation process includes preparing the system, managing wiring, connecting RGB lighting, and applying thermal paste. The video highlights the importance of proper wire management to maintain optimal airflow and aesthetics. The performance of different cooling solutions is compared, showing significant improvements with the AIO cooler, which maintained the CPU temperature below 60°C under a 100% load. Final results indicate that the AIO cooler performs the best, though the RGB features are optional. The video concludes by providing all relevant part links and encouraging viewers to make informed decisions based on their preferences.
00:00:00
In this part of the video, the creator discusses the plan to replace the stock cooler in a Legion T5 PC due to high CPU temperatures reaching up to 90°C during testing. They showcase various cooling options on the table, including different Noctua and Cool Master models, as well as the NZXT Kraken Z53 RGB cooler, which they will be installing. The creator also addresses how to manage RGB functionality, given the lack of an extra USB port for the fans and RGB. They recommend using thermal pastes like Cool Master Pro version two or Thermal Grizzly Cryo Not for optimal results. Additionally, the video includes insights into temperature management during stress testing, demonstrating that with an AIO cooler, the CPU temperature can be kept below 60°C despite running at 100% load. The next step involves powering down the PC and preparing for the cooler installation.
00:03:00
In this part of the video, the creator prepares for and explains the process of installing an AIO cooling system, demonstrating how it looks post-installation. He thanks a subscriber for their support and encourages others. To start the upgrade, he retrieves the long screws, aligns the fans on the radiator, ensuring the wires face the inside of the case. He emphasizes not over-tightening screws to avoid damage. He then connects the RGB lighting by plugging the wires correctly, adding necessary adapters, and ensuring proper connections to the main pump and heatsink. He also mentions preparing for installation by cleaning the processor and removing the old heatsink, all while providing tips to avoid common mistakes.
00:06:00
In this part of the video, the presenter continues installing components into a computer case. They start by removing the side panel to manage excess wiring and then remove an adhesive double-sided back plate bracket with a blue pry bar. After taking off the bracket several times, it’s still tough to remove, but an NZXT-provided bracket with movable heads replaces it.
The presenter suggests taping the bracket to hold it in place during installation and proceeds to tighten down the standoff nuts for the heatsink. They then pop off tabs to install a 240-millimeter I/O screen, put in a USB card adapter, and route wires through the case, ensuring no slack disrupts airflow.
Next, they discuss important plugs and connections: SATA power, PWM to the fan controller, and a plug for the water block AIO. Finally, they prepare to install the radiator, emphasizing proper wire management to prevent airflow disruption and maintain aesthetics.
00:09:00
In this part of the video, the speaker begins by discussing the installation of a radiator, highlighting the flexibility of the Legion case for accommodating different configurations, such as a 2080 super with a hybrid cooler. The installation process is shown in a time-lapse to save time. Next, the speaker demonstrates connecting the SATA power plug and feeding the necessary wires to the heatsink or pump, which report PWM settings like pump and fan RPMs to the motherboard.
The speaker then applies thermal paste to the CPU, recommending a pea-sized amount, and mentions their preferred thermal paste brands. They proceed to secure the heatsink using a square pattern to ensure even pressure. Afterward, the USB micro is reconnected to the cooler, and wire management is performed to tidy up the setup.
Lastly, the speaker expresses satisfaction with the upgrade, praising the appearance of the RGB fans and the functionality of the cooler in monitoring temperatures during gaming.
00:12:00
In this part of the video, the speaker discusses the performance of different cooling solutions and their impact on temperature and frames per second. Key comparisons are made between Intel’s stock cooler, the Noctua NH-U9S, and the NZXT240 AIO cooler. The stock cooler reached maximum temperatures of 96°C, averaged 89°C, and had a minimum of 34°C. The Noctua cooler performed better with a max of 78°C, an average of 65°C, and a minimum of 35°C. The AIO cooler showed the best performance, with a max of 73°C, an average of 64°C, and a minimum of 32°C. The GPU temperatures were also compared, showing minimal differences across the coolers. The video concludes by highlighting the AIO cooler as the best option but acknowledges that the RGB features might not be necessary for everyone. The speaker encourages viewers to decide for themselves and mentions that all the parts used in the video are linked in the description.