https://teamknox.com/en/tech/radio/trinity/index.html The ultimate handheld wide band receiver, ever ! TRINITY (SDR) Live!Wave for SDR 9GRadio (rigctl/GUI mod) Chrome Hugo en-us https://teamknox.com/en/tech/radio/trinity/intro/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://teamknox.com/en/tech/radio/trinity/intro/index.html The Ultimate Broadband Receiver Built with an Android Smartphone (hereinafter referred to as “smartphone”) Handheld Piggyback Station Can be used just like a handheld radio Attaches to the back It can also be operated in a fixed configuration Trinity This is a handheld broadband receiver (Handheld Wide Band Receiver) built by combining a 1-yen smartphone (Samsung Galaxy A25 5G) and an SDR dongle (RTL-SDR V4). It was created by integrating this hardware with homemade and open-source software, as well as a bracket for securing the dongle. The control software, 3D printer files for the dongle bracket, and various parts lists are all publicly available. https://teamknox.com/en/tech/radio/trinity/overview/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://teamknox.com/en/tech/radio/trinity/overview/index.html 　Trinity Let’s take a bird’s-eye view of this. Preparing the Software Trinity Since this involves a combination of multiple software packages, Chrome—being a built-in app—poses no particular issues. However, since 9GRadio (hereinafter referred to as 9G) and Live!Wave for SDR (hereinafter referred to as LW) do not provide a apk, you’ll need to build them yourself. In particular,9G requires modification, so 野良apk cannot be used. Prepare these apkを and install them on your Android smartphone. https://teamknox.com/en/tech/radio/trinity/modules/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://teamknox.com/en/tech/radio/trinity/modules/index.html These are the modules that make up Trinity (SDR). Modules are broadly categorized into Mechanics, Hardware, and Software. Mechanics refers to the exterior casing and mechanical components; Hardware includes electrical components, the smartphone itself, USB cables, and so on; and Software refers to the suite of software that makes up Trinity. https://teamknox.com/en/tech/radio/trinity/reproduce/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://teamknox.com/en/tech/radio/trinity/reproduce/index.html Supported by AI If you have an Android smartphone orRTL-SDR V4, you’ll probably want to try recreating Trinity yourself. Here, I’ll list some points to keep in mind when doing so. This site generates both a Japanese llms. txt and an English llms.txt every time it is built. Please feed these to an AI other than Gemini.Gemini for some reason would not read the URL (as of September 19, 2026). This might be related to the fact that Google claims “llms.txt is meaningless.” By having it read AI, you can obtain detailed instructions on how to reproduce Trnity. You can ask questions in your native language. Feel free to ask any questions, such as “How difficult is it to reproduce the Trinity?” or “How do I install the Android app I downloaded here?” I sincerely hope that as many people as possible will be able to get their hands on this comfortable, high-performance broadband receiver. https://teamknox.com/en/tech/radio/trinity/epilogue/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://teamknox.com/en/tech/radio/trinity/epilogue/index.html 　My journey to build a wideband receiver,” which began when I bought an SDR board for uConsole, seems to have come to a conclusion by connecting a 1-yen Android smartphone to RTL-SDR V4 and building my own front end using AI. Going even further back—perhaps around 2013–2014?—it all began when I connected the newly released SDR module to my company-issued Sony Xperia Z. Back then, I even considered embedding the entire frequency database” directly into the device itself. However, since I didn’t know how to program Android smartphones at the time, it remained just an idea.