This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:52:09
The YouTube video documents a detailed project of modifying the LED lighting in a Razer Ouroboros gaming mouse. Initially, the creator sources a semi-new unit from eBay to avoid risking their worn-down mouse. The primary objective is to replace the original green LEDs with blue ones, as the mouse lacks RGB lighting options. Throughout the process, they showcase the disassembly of the mouse, paying close attention to the careful handling of delicate components like the ribbon cable, thermistor, and LED board.
The creator encounters several technical challenges, including the small size of the LEDs, precise soldering requirements, and difficulties with video lag and lack of magnification. They also discuss the importance of maintaining the right polarity, using copper tape to avoid heat damage, and testing electrical connections to ensure proper brightness.
The video highlights various technical aspects such as the use of Kapton tape, copper tape, and the considerations for different LED and resistor sizes to achieve the desired brightness levels. The creator shares their experience and tips for dealing with surface-mount devices (SMD) and mentions that this project is their first significant foray into this domain.
Despite some hurdles, including concerns about wear and tear and possible necessary design adjustments, the creator successfully reassembles the device and tests the new blue LEDs. They compare the illumination between the green and blue lights, noting the differences in brightness and beam width. Ultimately, the creator expresses satisfaction with the outcome, appreciating the new aesthetic, even though they regret not attempting the modification earlier. There are also mentions of additional improvements, like potential RGB capability and updating firmware to address minor issues.
00:00:00
In this segment of the video, the creator details the project of changing the LED lights in a Razer Ouroboros gaming mouse, which is known for its comfort and ambidextrous design but has only green lighting and no RGB options. The creator acquired a semi-new open box unit from eBay, planning to modify it without risking their good, but worn-down, mouse. They describe starting by disassembling the mouse and taking measures to safely organize the screws and solder the new LEDs. The creator discusses the sizes and colors of various LEDs they have, noting a preference for a light blue color, and acknowledges the challenge of soldering due to the small and side-firing nature of the LEDs used. They express a readiness to begin the soldering and modification process.
00:05:00
In this part of the video, the presenter demonstrates the process of disassembling a device, possibly a mouse. They explain how to carefully handle the device to avoid damaging connections, highlighting the removal of a ribbon cable and a thermistor for the battery. The presenter points out the components such as the LED board, scroll wheel lights, charging LEDs, and the importance of using the correct size Philips screwdriver. They also discuss the mechanism involving a spring for button return and the layout of the internal parts, including the circuit board and LEDs. The presenter notes the differences in LED sizes and cautions about handling specific parts to avoid damage.
00:10:00
In this segment, the presenter discusses gluing pegs to index a module for side buttons and checks the polarity of the components. They identify the positive lead and prepare to attach the component using Kapton tape. Facing challenges due to the small size and intricate nature of the work, the presenter uses copper tape to protect sensitive areas from heat damage. They also express difficulties with the video lag and working without magnification. Finally, they highlight the tiny size of the components, comparing them to industry-standard sizes, and note the difficulty in finding a suitable replacement.
00:15:00
In this segment of the video, the creator discusses the challenges they face with surface mount soldering. They identify which side is positive and negative, adjust the workspace for better accessibility, and highlight the difficulty of working with small components by hand. They use a microscope but note it may not help viewers see details. The creator checks the alignment and orientation of components and tests electrical connections, ensuring everything is correctly connected and adequately bright. They then prepare to install the component into a mouse for further testing.
00:20:00
In this part of the video, the speaker discusses the intricate details of working with miniature technology components. They express amazement at the small size of the components and how technology can shrink to such levels. They highlight the brightness difference when LEDs are connected directly versus through resistors. The speaker mentions using multiple types of LEDs, each with different sizes and capabilities. They lament the less-than-ideal battery indication and wish for an improvement in that area. The speaker also describes their experience with surface-mount device (SMD) projects, noting that this is their first significant undertaking in this domain. They share their challenges with handling tiny components and suggest reorienting their setup for better efficiency in future projects. The difficulty of adding custom features, like colored lights on devices, is acknowledged, but the speaker is optimistic about the potential results despite the complexity involved.
00:25:00
In this part of the video, the speaker is working on assembling and testing a device. They note the small size of the components and the relative difficulty of the task despite initial perceptions of it being easier. The speaker reassembles the parts carefully, identifies some wear and tear on a component, and discusses the necessity of connecting it to a computer. They express their concern over some design changes in a newer version of the device and mention testing the lighting features, specifically green lighting, although there is uncertainty about its brightness. There’s also a concern about whether the device will function properly without a thermistor.
00:30:00
In this part of the video, the creator discusses reassembling a device, noting that clipping on the front parts is the most challenging aspect. They compare the illumination of blue and green lights, observing that the green lights have a wider beam and individual points are more distinguishable, whereas the blue lights blend more and provide smoother illumination. The creator mentions the need for a better webcam for clearer demonstration. Despite minor differences, both colors look impressive. The creator expresses satisfaction with the modification, although they regret not doing it earlier when the mouse model was still being produced.
00:35:00
In this part of the video, the person is attempting a task while zoomed in, hoping it will make things easier. They discuss experiencing a slight lag after recording for a minute, which can be annoying. They mention the surface tension of solder holding a component in place, and note that glue on the bottom of a board is boiling, causing some issues. They attempt to resolve the problem, observing the behavior of components’ brightness during testing.
00:40:00
In this segment of the video, the presenter discusses their intention to potentially change LED lights from green to blue to complete a theme, acknowledging that it may not be a straightforward task due to different LED sizes. They mention needing to purchase different style LEDs and possibly adjusting resistors to improve brightness if needed. They show the current setup with blue LEDs, noting that they are dimmer compared to the green ones. The presenter explains the polarity testing process and highlights the placement of resistors, which could complicate the LED replacement.
00:45:00
In this part of the video, the speaker is excited to see that both devices are functioning properly. They discuss the potential for adding RGB capabilities to the tiny components, believing it to be feasible despite the additional complexity. The speaker expresses confidence that the company could manage this enhancement. They also describe observing blue lights working better than expected.
00:50:00
In this part of the video, the speaker discusses issues with the microphone battery causing noise and attempts to fix it without compromising audio quality. They compare two Razer Ouroboros mice, one with green lighting and the other customized with blue lighting, noting that the green might be marginally brighter. The speaker comments on the flashing battery light on the customized mouse and plans to update the firmware to address it. They express satisfaction with the blue lighting customization despite the challenges and costs involved.