This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:29:30
The YouTube video explores a PC build guide using the Soft Meshlicious case, detailing the installation of various components in the case such as the motherboard, CPU, GPU, and power supply. The video covers the flexibility and options offered by the case for customizing the build, including the positioning of rods and cables to accommodate different graphics card lengths. It also emphasizes cable management and proper installation techniques. The presenter demonstrates the installation of a radiator, CPU cooler, and cable connections, showcasing the case's thermal performance with temperatures ranging from 30 to 74 degrees for the CPU and 35 to 68 degrees for the GPU. The video concludes with a positive review of the case's thermal performance and a giveaway announcement for a white PCIe Gen 3 case version.
00:00:00
In this segment of the video, the presenter introduces a PC build guide using the Soft Meshlicious case. They mention the components chosen for the build, such as the motherboard, CPU, CPU cooler, RAM, storage, power supply, and graphics card. The presenter also discusses the features of the case, including how the side panels, front panel, and top panel are removed, as well as the contents of the accessory box. Key items in the accessory box include brackets for drives, a metal rod for GPU modes, a rubber spacer for the power supply, cable ties, and a user guide. The build orientation is described, with instructions for installing the motherboard, standoffs, and power supply.
00:03:00
In this segment of the video, the focus is on installing components in the case. The riser cable is pre-installed for the graphics card placement. The front of the case allows for installation of a radiator or fans, with options for different fan sizes. Removing a bracket allows for flexibility in fan and radiator placement. SSD mounts are available at the bottom, with the possibility of installing multiple SSDs depending on the power supply size. The case supports SFX and SFXL power supplies, and even a full-sized ATX power supply can fit by default. Installation involves adding a rubber pad for SFX power supply alignment.
00:06:00
In this part of the video, the focus is on the SFX bracket in the case, which offers flexibility for power supply placement. Options include leaving it in the default position, moving it for higher placement, or removing it for an ATX power supply. Maximum ATX power supply lengths vary based on front cooling setup. While ATX may save money, issues include cooling compatibility and cable management due to longer cables. The recommendation is an SFX power supply for easier cable management. The GPU can be installed vertically with a pre-installed riser cable or horizontally with an additional riser cable. The position of the GPU is adjustable using metal rods and riser cable holes.
00:09:00
In this segment of the video, the speaker discusses the positioning of rods and riser cables in the case to accommodate different lengths of graphics cards. By adjusting the placement of the rods and cables, users can support longer graphics cards, with measurements ranging from 312mm to 332mm in length. Additionally, the video demonstrates how to switch the case from supporting three slots to four slots, allowing for thicker graphics cards up to 83mm in thickness. The process involves moving a panel and adjusting screws to accommodate the desired configuration.
00:12:00
In this segment of the video, the presenter demonstrates how to install a panel inside the case, adjust the metal rod for the front frame to accommodate additional space for a graphics card, and discusses the impact on CPU cooler height due to changes made. The installation of a graphics card horizontally at the top is shown by removing the riser cable and metal supports, and a small form factor GPU is installed. The limitations include the need for a longer riser cable and support for graphics cards up to 211 millimeters without the front radiator in place. An advantage of horizontal installation is the ability to use a bracket for drive mounting. The process of securing the bracket and installing a drive is explained, highlighting the advantage of being able to fit multiple drives.
00:15:00
In this segment of the video, the speaker demonstrates installing components into a computer case. They show how to install a CPU, attach a backplate for the CPU cooler, install an M.2 SSD, insert RAM sticks, secure the motherboard into the case with screws, connect front panel connectors for power switches and LEDs, and prepare for attaching a riser cable for the graphics card. The steps are clearly explained, emphasizing correct alignment and firm pressure for proper installation.
00:18:00
In this segment of the video, the focus is on connecting the front panel connectors, installing the power supply, routing cables including the CPU and 24-pin cable, and installing the graphics card. The connector configurations are explained, with the choice to remove the add-in card for certain functions. The power supply set up is detailed, emphasizing proper orientation for ventilation. Additionally, instructions for installing the CPU and graphics card cables, as well as securing the power supply and graphics card with screws, are highlighted.
00:21:00
In this segment of the video, the focus is on installing the right-angled HDMI cable, connecting three PCIe cables to the graphics card, setting up the intake fans, securing fans to the radiator with thumb screws, and connecting fan and ARGB cables. There is a demonstration of how to connect the PWM fan connectors and ARGB connectors using splitter cables provided by Cooler Master. The pump is also connected via PWM and ARGB connectors. Cable management is emphasized before installing the I/O, and the radiator placement is discussed.
00:24:00
In this segment of the video, the focus is on installing the radiator and CPU cooler to the case. The brackets are adjusted to align properly with the radiator, and thermal paste is applied to the CPU. The radiator and bracket are secured to the case, the CPU cooler is installed on the motherboard using standoffs and screws, and cables are connected to the headers on the motherboard for power and RGB control. The segment concludes with cable management and a brief overview of the completed build. Temperature performance results are shared, with the CPU idling at 30 degrees and reaching a max of 74 degrees, and the GPU idling at 35 degrees and reaching a max of 68 degrees during stress tests.
00:27:00
In this segment of the video, the speaker discusses the excellent thermal performance of a 240mm AIO cooler in a small form factor case. They highlight how the case provided exceptional CPU and GPU temperatures compared to previous builds. Building in the case was straightforward, with the only tip being to do cable management after installing the AIO. The speaker highly recommends the case and announces a giveaway of a white PCIe Gen 3 version of the case. Viewers can find giveaway details in the video description. The speaker encourages liking the video, subscribing to the channel, and hints at future content.