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M5Stack Core 2 - Audio Input - Explore the audio capabilities of the M5Stack Core 2, and learn about the potential impact of the plastic case and differences between the PDM and PCM microphones. Discover how to set up the I2S config, manage audio processing, and create a stunning audio visualizer.

ESP32 Audio Monitor using TFT_eSPI (TTGO) - Learn how to port an M5Stack Core2 Audio Monitor for use on any ESP32 with a TFT screen, by utilizing a TTGO board. Find the modified code on GitHub and modify it for your preferred board.

DIY e-Reader update - ported to the M5Paper - Discover the latest updates on the DIY e-reader project, featuring the sleek M5 paper device with an SD card for storing numerous books, a jog button for navigation, and a crisp display! Check out the Github link and try it out.

E-Paper Weather Display: Boost Battery Life with Deep Sleep Mode - Learn how to create a weather display using the LILYGO 2.7-inch ePaper Plus Module, featuring step-by-step instructions on programming in PlatformIO, designing an enclosure in Fusion360, and utilizing deep sleep mode for long battery life.

Fun-Size Mailbag: New Tech & Testing Stereo PCBs! - Check out some interesting gadgets, including a Wio Terminal, a TTGO display, and a massive e-paper display, as we test new stereo amplifier boards in a Bluetooth speaker project.

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More Updates on the ZX Spectrum Board - I'm gearing up for production with some updates to our prototype, including switching to a 4-layer board to improve EMI, and refining USB power filtering. Check out the video for a deep dive into our battery charger and an exciting expansion port for potential HDMI output. The main goal now is to get our boards ready for manufacturing and shipping through Crowd Supply!

ESP32 TV Version 3 - In the latest board revision, I've successfully resolved some key issues, including a USB interface conflict between the USB2244 and the ESP32 and a risky battery charging mistake—no more direct USB 5V to the battery! Plus, I managed to wrap this up without any clumsy bodge wiring. I've even introduced a new feature: a microphone is now on board, setting the stage for some exciting future projects. Stay tuned for what's coming!

Crowdfunding Success - Was it worth it? - I embarked on a thrilling adventure of turning a nifty idea into a tangible product — the ESP32 Rainbow, a Sinclair Spectrum-inspired gadget that merges retro vibes with modern tech. With the brains of an ESP32-S3, capacitive touch, a built-in display, and some snazzy UV silk screen printing, it's a little marvel that got crowdfunded successfully. But, oh boy, was the journey enlightening — from grappling with pricing conundrums and the bureaucracy of certifications to the harrowing odyssey of international shipping. While it didn't line my pockets with gold, seeing people enjoy something I created is worth all the sweat and jitters. Would I do it again? Well, maybe if lightning strikes twice with another great idea.

Raspberry Pi BTLE Device - Just wrapped up the first iOSCon hackathon and had a blast tinkering with my Raspberry Pi, turning it into a full-fledged Bluetooth device in sync with an iPhone app. Used node for setting up and Bleno for creating Bluetooth low energy peripherals. Penned down each step for you to replicate, right from writing strings on my LCD to reading temperatures and getting notified of IR remote button clicks. Ran it on an app store or GitHub test application. Also, explored the Core Bluetooth framework for iOS app creation, for reading and writing data to the Raspberry Pi. Let's keep creating magic with technology!

Vibing a PCB - surprisingly good - In my latest adventure, I challenged AI to design a working ESP32-S3 development board from scratch using Atopile and Claude. The idea was as simple as vibe-coding actual hardware without diving into the code. It was a chaotic yet fascinating journey, with some misses like unwired components and a forgotten capacitor. After a few prompts, the AI delivered a surprisingly functional board featuring USB-C, an AMS1117 regulator, and status LEDs. While not yet perfect, vibe-coding feels like a glimpse into the future of hardware design.