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--- pico_wifi_analyzer_-_phase_1 [2026/08/20 16:01] – created walkeradmin
+++ pico_wifi_analyzer_-_phase_1 [2026/08/20 16:51] (current) – [Pico Wifi Analyzer Phase 1] walkeradmin
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+====== Pico Wifi Analyzer Phase 1 ======
+<color #db5f0b>Aug 2026</color>
+\\
+\\
+{{ :micro-python.png?100 |}}
+\\
+Back to [[pico_wifi_monitor_with_lcd|Pico Wifi Analyzer with LCD]]
+----
+===== Introduction =====
+\\
+There is a lot of information on this Wiki about how to build this project, but don't be fooled, it's a very simple project, and it will take you longer to read the Wiki than it will to build the project :)
+\\
+\\
+The project consists of a Raspberry Pi Pico, an LCD Screen, 4 Wires and a pre-written Python script, very simple. The  hardest part of this project will probably be getting a compatible LCD, if you look on Aliexpress, there are hundreds of these LCDs and they cost between £2-£3 each. Buy two in case you break one :)
+\\
+\\
+Before starting this project  you must complete the following four tasks, that are on this Wiki, but I will link you them, and they are:
+  * Using Pico with SSD1306 based I2C LCD - This will show you the wiring for the LCD, and how to do a quick test.
+  * Connect Pico to Wifi - This is a must, you have to have Wifi connectivity, this will let you test this.
+  * Find Pico MAC Address - You don't need this unless your router uses MAC Address Filtering.
+  * Check Device I2C Address - You need the I2C address from your LCD to put in to the Python script.
+[[Phase 1 - Prerequisites]]\\
+[[Phase 1 - The Wifi Analyzer Software]]\\
+[[Phase 1 - A quick explanation around the UI and Operation]]\\
+[[Phase 1 - The Wifi Analyzer Enlcosure.]]\\
+That is it, you should now be all done and have a working Wifi monitor device. Well done :)
-    *[[Using Pico with SSD1306 based LCD]]\\
+\\
-    *[[Connect Pico to Wifi]]\\
+\\
-    *[[Find Pico MAC Address]]\\
+----
-    *[[Check Device I2C Address]]\\