This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:26:59
The video explores a unique keyboard design equipped with an OLED screen, solenoid, and various innovative features. The speaker discusses the PCB, bending, installation process, and drawbacks like rippling and PVD quality. They mention switch preferences, a curved PCB, and the keyboard's ergonomic aspects. The design elements like keycap options, screws, and weight balance are analyzed. The reviewer tests different switches, marvels at Macchiato switches' typing experience, and praises the keyboard's sound quality. Despite encountering technical issues with the solenoid, they find the overall project enjoyable and cool.
00:00:00
In this segment of the video, the speaker discusses a keyboard with an OLED screen or LCD and a unique design. The keyboard model is called OLED, with a starting price of $450 for the base model and $470 for the chromium-plated version. The PCB is shown, which has a curved plate, following an ergonomic design similar to older models like the Model M. The keyboard features a unique OLED screen, which the speaker finds cool and interesting. The speaker notes some rippling on the chromium-plated version.
00:03:00
In this segment of the video, the speaker points out some Rippling on the reflective board and notes that it will not stay clean due to its reflective surface. They discuss the bending of the plate and mention the accessories that came with the board, including stabs and feet. The protective film for the OLED screen is mentioned, although the speaker is unsure if they will use it. They highlight the solenoid, daughter board, and OLED button daughter board as interesting features. The speaker expresses disappointment in the Phillips screws and hopes for changes in the future.
00:06:00
In this segment of the video, the speaker discusses potential changes to screws in a prototype unit. They mention the inclusion of a solenoid for KNX without revealing its purpose. They then proceed to install standoffs according to instructions, noting that the amount will limit unnecessary positions in production. The speaker comments on the use of screws and standoffs in the build, pointing out the simplicity of installation. They appreciate the creative use of Flex Cuts and discuss limitations related to running exe files for converting images to use on the OLED screen. The segment concludes with the speaker expressing curiosity about the switches’ stability in the assembly.
00:09:00
In this part of the video, the speaker discusses a curved PCB and mentions that it might sound thinner due to its design. They suggest using a Bendy material to fill gaps and improve flexibility for those who do not like Flex cuts in the PCB. The speaker appreciates the creative use of Flex cuts in the design. They also mention the OLED feature at the top that functions as a button, although it may be fragile. The video also touches on the design and placement of screws in the keyboard. The speaker praises the design choice and contrasts between the daughterboard and main PCB. The installation process of the ribbon cable is highlighted as easy.
00:12:00
In this part of the video, the speaker is discussing turning off the solenoid, pressing the OLED button, and examining the PVD coating on the keyboard. They mention the solenoid not being very noticeable, but visually cool with scan lines. The speaker expresses some concerns about the PVD quality, noting slight rippling. They consider adding bottom foam to the keyboard for weight balance. Transitioning to attaching the feet, they mention upcoming changes to Geon style press-in feet. The speaker concludes by commenting on fingerprints on the bottom of the keyboard.
00:15:00
In this segment of the video, the speaker showcases the side profile of a board, highlighting its unique curves and details. They discuss the design elements including the front accent, back lip, and recessed USBC cable. The speaker considers keycap options between SA and GMK, expressing excitement over the board’s design inspired by the model M. They mention the board’s weight, size, and features like an OLED button and curved PCB plate combo. The speaker appreciates the innovative design but notes some areas for improvement, such as the use of Phillips screws and the PVD quality on the bottom of the board.
00:18:00
In this part of the video, the reviewer discusses their preference for the standard aluminum version over the PVD-coated one. They highlight some machining marks on the inside of the keyboard and mention that a copper bottom would be interesting. The reviewer finds the keyboard cool and innovative, praising its features. They test the sound of the keyboard with different switches, finding the space bar switch loud and trying different options like Cherry and Nixie switches. They eventually settle on the HMX switch as their preferred choice over Nixie.
00:21:00
In this segment of the video, the reviewer explores a keyboard with Macchiato switches, finding them quieter and preferable to regular MX black switches. They appreciate the typing experience, noting good acoustics and comfort, even enjoying the ergonomic curve. The reviewer plans to adjust the space bar but overall praises the keyboard’s design and sound quality. They express surprise and satisfaction with the acoustics and deem the project very cool. The reviewer also mentions testing the solenoid and highlights the positive experience with the keyboard.
00:24:00
In this segment of the video, the speaker encounters a technical issue with a solenoid on a keyboard prototype build, causing it to stop functioning. They attempt to troubleshoot by unplugging and replugging the device but are unable to resolve the problem. Despite the solenoid not working, the keyboard functions properly. The speaker discusses features of the keyboard, such as using HMX Swift switches on an aluminum plate and mentions a curved PCB and the keyboard’s cost. They express their preference for different switches but overall find the project to be fun and enjoyable.