Charbax | Paper: BOE presents Process Optimization for Fabrication of 3D Through Glass Via (TGV) Inductor @charbax | Uploaded June 2024 | Updated October 2024, 1 week ago.
BOE talks about innovative uses of glass in technology, specifically focusing on the processes and applications of the glass developed by the speaker's company. The technology involves making tiny holes in the glass and then filling them with copper to create connections. This technique allows for the development of advanced devices such as 3D TG inductors, which are essential for 5G applications and future solutions that integrate antennas into glass
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Thanks to Synaptics for being my Display Week 2024 video coverage sponsor. Check out all my videos with Synaptics in my playlist: youtube.com/watch?v=3eyDBxYKBGA&list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ&index=2
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The speaker elaborates on the innovative capabilities of their glass technology, highlighting its potential to incorporate various electronic components like inductors, capacitors, and resistors. By integrating these components into the glass, they can create filters that select specific frequencies of electromagnetic waves. This integration enhances the functionality of the glass beyond traditional display technologies, offering new possibilities for communication devices.
Further into the conversation, the participant who asked the initial question seeks more technical details about the manufacturing process. They inquire whether lasers are used in creating the glass structures and if these are special types of lasers that modify the glass chemically or physically. The speaker confirms the use of lasers to modify the areas of the glass intended for etching, explaining that the laser treatment makes the glass easier to etch in subsequent steps.
The questioner, showing a strong interest in laser technology, probes deeper into whether the laser modification relies on heat or field strength. The speaker explains that the laser modifies the chemical properties of the glass, making it easier to etch, but they are unsure about the specific type of laser interaction, such as whether it involves nonlinear processes or is purely heat-induced.
The discussion briefly touches on the nature of the lasers used, with the participant asking if the modification process involves FTIR (Fourier Transform Infrared) lasers or continuous wave lasers, which can alter the glass phase through heating. The speaker admits they are not entirely sure about these technical specifics, indicating a gap in their detailed knowledge about the laser types used in their processes.
Despite the technical uncertainties, the conversation highlights the advanced capabilities of the glass technology developed by the speaker's company. The ability to incorporate electronic components directly into the glass substrate opens up new avenues for creating multifunctional devices that can enhance communication technologies and other applications.
The transcript concludes with the participant expressing appreciation for the insights shared, acknowledging the complexity and innovation behind the glass technology. The speaker's explanations, although sometimes technically ambiguous, provide a glimpse into the sophisticated processes and potential applications of their glass manufacturing techniques.
Overall, the conversation showcases the intersection of material science and electronic engineering, emphasizing the transformative potential of advanced glass technologies in the development of future communication devices and other high-tech applications.
Watch all my videos from the Display Week 2024 here: youtube.com/playlist?list=PL7xXqJFxvYvjJihFUMIabPjjPrALb6a7Z
Description by Chatgpt.
This video was filmed using the DJI Pocket 3 ($669 at amzn.to/4aMpKIC ), watch all my DJI Pocket 3 videos here youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK
My Early Access Members get full access to all my videos as I upload them nightly youtube.com/charbax/join before they are published are the rate of 3-5 videos per day in the days following the event.
BOE talks about innovative uses of glass in technology, specifically focusing on the processes and applications of the glass developed by the speaker's company. The technology involves making tiny holes in the glass and then filling them with copper to create connections. This technique allows for the development of advanced devices such as 3D TG inductors, which are essential for 5G applications and future solutions that integrate antennas into glass
----
Thanks to Synaptics for being my Display Week 2024 video coverage sponsor. Check out all my videos with Synaptics in my playlist: youtube.com/watch?v=3eyDBxYKBGA&list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ&index=2
----
The speaker elaborates on the innovative capabilities of their glass technology, highlighting its potential to incorporate various electronic components like inductors, capacitors, and resistors. By integrating these components into the glass, they can create filters that select specific frequencies of electromagnetic waves. This integration enhances the functionality of the glass beyond traditional display technologies, offering new possibilities for communication devices.
Further into the conversation, the participant who asked the initial question seeks more technical details about the manufacturing process. They inquire whether lasers are used in creating the glass structures and if these are special types of lasers that modify the glass chemically or physically. The speaker confirms the use of lasers to modify the areas of the glass intended for etching, explaining that the laser treatment makes the glass easier to etch in subsequent steps.
The questioner, showing a strong interest in laser technology, probes deeper into whether the laser modification relies on heat or field strength. The speaker explains that the laser modifies the chemical properties of the glass, making it easier to etch, but they are unsure about the specific type of laser interaction, such as whether it involves nonlinear processes or is purely heat-induced.
The discussion briefly touches on the nature of the lasers used, with the participant asking if the modification process involves FTIR (Fourier Transform Infrared) lasers or continuous wave lasers, which can alter the glass phase through heating. The speaker admits they are not entirely sure about these technical specifics, indicating a gap in their detailed knowledge about the laser types used in their processes.
Despite the technical uncertainties, the conversation highlights the advanced capabilities of the glass technology developed by the speaker's company. The ability to incorporate electronic components directly into the glass substrate opens up new avenues for creating multifunctional devices that can enhance communication technologies and other applications.
The transcript concludes with the participant expressing appreciation for the insights shared, acknowledging the complexity and innovation behind the glass technology. The speaker's explanations, although sometimes technically ambiguous, provide a glimpse into the sophisticated processes and potential applications of their glass manufacturing techniques.
Overall, the conversation showcases the intersection of material science and electronic engineering, emphasizing the transformative potential of advanced glass technologies in the development of future communication devices and other high-tech applications.
Watch all my videos from the Display Week 2024 here: youtube.com/playlist?list=PL7xXqJFxvYvjJihFUMIabPjjPrALb6a7Z
Description by Chatgpt.
This video was filmed using the DJI Pocket 3 ($669 at amzn.to/4aMpKIC ), watch all my DJI Pocket 3 videos here youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK
My Early Access Members get full access to all my videos as I upload them nightly youtube.com/charbax/join before they are published are the rate of 3-5 videos per day in the days following the event.
