Building an All-Screen PC: Challenges and Innovations
0:00 Intro
The video introduces the concept of an "All-Screen PC," featuring multiple screens integrated into various parts of the computer. The narrator humorously highlights the potential uses for these screens, such as displaying temperatures, CPU loads, FPS graphs, and even Twitch chat. However, the video acknowledges that this build is not practical due to its high cost and poor performance. The narrator also mentions the challenges of getting different softwares to work together. The video includes a segue to a sponsor, CableMod, promoting their new "stealth sense cables."
1:26 Starting the Build
The video discusses the process of building an all-screen PC. The creator faced challenges in selecting a suitable motherboard but ultimately chose the z790 steel Legend from ASRock for its embedded display port. They opted for an Intel 13900K processor and 32GB of Vengeance low profile DDR5 RAM. The build also features a crucial P3 Plus boot drive and a Y70 touch case with an integrated 14-inch touch screen. The creator decided against using a vertical GPU mounting bracket and instead had a fabricator create a new mount to accommodate the screen. They also selected the AORUS P1280 Plus Platinum power supply from Gigabyte for its bright screen, despite some compromises.
5:05 First Problem Already
The video discusses the challenges of building an all-screen PC, where the screen is placed in a non-traditional orientation. The builders encounter issues with the screen's placement and ventilation, leading to frustration and a sense of desperation. The video showcases the difficulties of creating a functional and aesthetically pleasing all-screen PC.
6:05 More parts with more screens
The video discusses the use of UniFan Lian Li LCD fans, which have 1.6-inch displays on their fan hubs running at 400x400 pixels. The fans are connected to an Asus Rog Rouen 23 60 with its own 320x240 display through a USB 3 to USB 2 header adapter. The orientation of the fans is debated, as they need to be positioned in a way that allows the screens to be visible. Additionally, there are plans to mount other screens on top of the fans.
7:16 Assembling the Radiator
The video showcases the assembly of an all-screen PC, focusing on the process of assembling the radiator. The Pogo pin connectors make it easy to plug in the fans, and up to four blocks of devices can be connected to the hub, supporting both RGB and LCD products. The case is praised for being toolless and easy to use, with the ability to connect multiple devices without hassle.
7:52 Disappointed Linus
The video shows Linus expressing disappointment while assembling a PC, as he encounters issues with mounting and fitting components. He struggles with fitting a bracket and expresses frustration about potentially messing up the assembly.
8:14 Continue Build
In this segment of the video, the host continues building the all-screen PC. They discuss the orientation of the display and the process of wiring for the displays, starting with the EDP cable. The host emphasizes the importance of being careful with the cables as they are easy to break. They then move on to doing the front panel connectors and comment on the capacitors on the 24-pin cable. The video also briefly mentions the absence of custom cables from CableMod.
8:56 Running out of USB Headers
The video discusses the use of a powered internal USB hub to address the issue of running out of USB headers on a PC motherboard. The hub has a combination of headers and USB-A ports, allowing for multiple devices to be connected through a single header. The video also mentions the use of a breakout cable to connect one device directly to the header, while the rest are connected to the hub. The speaker also expresses disappointment at having to place the hub in the back.
10:22 Ram Screen
The video discusses the all-screen PC, focusing on the ram screen. The Pacific R2 Ultra memory LCD monitor kit is showcased, featuring a detachable 3.9-inch LCD display that supports DDR4 memory modules. The host explains the need for low profile RAM and demonstrates how the ram screen attaches to the PC using double-sided tape.
11:06 Way too many Cables
The video discusses the challenges of dealing with numerous cables, particularly when connecting front panel components. The speaker emphasizes the need to correctly plug in cables to the appropriate ports on the motherboard. They also highlight the length of a cable, expressing the ability to run it around their room. Overall, the video is focused on the intricacies of cable management in PC setups.
11:33 Linus torments Elijah
In this video, Linus and Elijah work on an all-screen PC, focusing on the importance of aesthetics and cable management. They discuss the alignment of components and the need for the computer to look good. Linus teases Elijah as they work on the PC, and they successfully install the screen, admiring the finished result.
12:13 CPU Cooler Screen
The video discusses the concept of an all-screen PC, focusing on the CPU cooler screen at 12:13. The CPU screen is powered by its own dedicated SATA and requires a Hub as a power converter since it comes out of a USB. This innovative use of technology showcases the genius behind the design.
12:28 GPU Install
In this segment of "The All-Screen PC," the focus is on installing the GPU. The subtitles reveal the process of attaching the 4 pcie 8 pin to 16 pin connector and a longer pcie extension to the GPU. The video showcases the 800x216 screen on Colorful's Vulcan 490 and the innovative use of Pogo pins for the screen attachment. Despite some initial confusion, the installation is successful, and the GPU is securely mounted in a vertical position with the necessary support.
13:52 More Internal Displays
The video showcases the use of internal displays in a PC build, specifically utilizing EK 1080p screens mounted near the top of the PC. An HDMI splitter is used to connect the screens due to the limited HDMI ports available. The purpose of the screens is discussed, with the realization that they primarily function as displays. The project has been in development for a year and has undergone multiple changes in leadership, with the current writer determined to see it through to completion.
14:53 Jank Assembly
The video showcases the assembly of an "All-Screen PC." The process involves mounting the GPU in a visually appealing manner and ensuring ample access to fresh air. The assembly also involves discussing the positioning of the screen and the use of display port for the outside screen.
15:41 Case Screen
The video discusses the concept of an all-screen PC. In the specific section about the case screen, the speaker demonstrates how to remove the vestigial cable while running the PC. The focus is on the seamless integration of the screen within the PC case.
15:55 Mounting the EK Screens
The video shows the process of mounting EK screens for an all-screen PC. The cables are run up to the corner and 3D printed brackets are used to mount the screens beside the radiator. There are some challenges with screwing the screens in, but eventually, they are successfully mounted and aligned.
17:04 EDP Screen
The video discusses the installation of an EDP screen on an all-screen PC. The speaker expresses frustration with the mounting process, particularly with the HDMI cables and positioning of the screen. There are some difficulties and mishaps during the installation, but ultimately, the screen is successfully mounted.
18:17 Finished Build
The video showcases the process of setting up an all-screen PC with multiple monitors. The builders encounter a few challenges, such as needing to boot the computer twice for one of the screens to work and experiencing some technical difficulties with the setup. However, they ultimately succeed in getting all the screens to function, allowing for an immersive gaming experience. Additionally, they discuss the option to add even more screens using extra GPU ports.
20:06 Trying to Close the Side Panel
The video showcases the process of trying to close the side panel of an all-screen PC. The narrator expresses excitement and admiration for the quality of the screen, highlighting the upside-down power supply screen and the panel gaps. The video humorously references the "model y" in relation to the panel gaps.
21:10 Peripherals with Screens
The video discusses the use of peripherals with screens, particularly focusing on the J500 display screen gaming mouse and the customization options available. The host explores various screens, including those integrated into peripherals and those standalone, and highlights the challenges and successes in integrating multiple screens into a single setup. The video also delves into the impact of utilizing multiple screens on CPU usage and the performance of gaming applications. Overall, the video provides an in-depth exploration of incorporating screens into a computer setup and the potential challenges that may arise.
27:10 Gaming
The video showcases gaming on an all-screen PC, with a focus on playing Counterstrike. The speaker experiences challenges with visibility and accuracy due to the all-screen display, leading to humorous commentary about the gaming experience. Additionally, the video includes a sponsorship segment for Cable Mod's stealth sense cables, highlighting their benefits for PC performance and aesthetics.
29:39 Outro
The video concludes with the presenter discussing the gaming PC build used in an NZXT case, highlighting its convenient feature of having all the front panel connectors connected with a single plug, making the build process much easier.