With Lab401's DigiLab and the FlipperZero you can interact directly with millions of modules that use I2C. What took hours now takes minutes!  In this in-depth tutorial, we target a BMP280 barometric sensor: detection, identification, communication and data interpretation!

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

Check out the complete behind-the-scenes journey of Lab401's DigiLab for Flipper Zero - from initial brainstorming to mass production — including prototype failures, code challenges, and manufacturing lessons learned. The DigiLab is a "magic wand" for electronics, allowing you to feel voltages, hear signals, see frequencies, and poke around directly in the brains of modules and sensors! ✅ Sketches, blueprints and initial planning material✅ Off-the-shelf components vs custom made✅ Designing testing jigs for rapid production testing✅ Behind-the-scenes videos, fumbles and fixes.

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

Check out the complete behind-the-scenes journey of Lab401's DigiLab for Flipper Zero - from initial brainstorming to mass production — including prototype failures, code challenges, and manufacturing lessons learned. The DigiLab is a "magic wand" for electronics, allowing you to feel voltages, hear signals, see frequencies, and poke around directly in the brains of modules and sensors! ✅ Sketches, blueprints and initial planning material✅ Off-the-shelf components vs custom made✅ Designing testing jigs for rapid production testing✅ Behind-the-scenes videos, fumbles and fixes.

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

Check out the complete behind-the-scenes journey of Lab401's DigiLab for Flipper Zero - from initial brainstorming to mass production — including prototype failures, code challenges, and manufacturing lessons learned. The DigiLab is a "magic wand" for electronics, allowing you to feel voltages, hear signals, see frequencies, and poke around directly in the brains of modules and sensors! ✅ Sketches, blueprints and initial planning material✅ Off-the-shelf components vs custom made✅ Designing testing jigs for rapid production testing✅ Behind-the-scenes videos, fumbles and fixes.

Check out the complete behind-the-scenes journey of Lab401's DigiLab for Flipper Zero - from initial brainstorming to mass production — including prototype failures, code challenges, and manufacturing lessons learned. The DigiLab is a "magic wand" for electronics, allowing you to feel voltages, hear signals, see frequencies, and poke around directly in the brains of modules and sensors! ✅ Sketches, blueprints and initial planning material✅ Off-the-shelf components vs custom made✅ Designing testing jigs for rapid production testing✅ Behind-the-scenes videos, fumbles and fixes.

Check out the complete behind-the-scenes journey of Lab401's DigiLab for Flipper Zero - from initial brainstorming to mass production — including prototype failures, code challenges, and manufacturing lessons learned. The DigiLab is a "magic wand" for electronics, allowing you to feel voltages, hear signals, see frequencies, and poke around directly in the brains of modules and sensors! ✅ Sketches, blueprints and initial planning material✅ Off-the-shelf components vs custom made✅ Designing testing jigs for rapid production testing✅ Behind-the-scenes videos, fumbles and fixes.

Seduce sensors into spilling secrets, with the DigiLab by Lab401 and the FlipperZero. Within minutes, you can peek and poke directly into the memory of millions of modules. In this hands on tutorial, we pull temperature data directly from a LM75A temperature sensor - without anything but the DigiLab and Flipper. No Arduinos, no code, no fuss!

With Lab401's DigiLab and the FlipperZero you can interact directly with millions of modules that use I2C. What took hours now takes minutes!  In this in-depth tutorial, we target a BMP280 barometric sensor: detection, identification, communication and data interpretation!

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

With Lab401's DigiLab and the FlipperZero you can interact directly with millions of modules that use I2C. What took hours now takes minutes!  In this in-depth tutorial, we target a BMP280 barometric sensor: detection, identification, communication and data interpretation!

Seduce sensors into spilling secrets, with the DigiLab by Lab401 and the FlipperZero. Within minutes, you can peek and poke directly into the memory of millions of modules. In this hands on tutorial, we pull temperature data directly from a LM75A temperature sensor - without anything but the DigiLab and Flipper. No Arduinos, no code, no fuss!

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

With Lab401's DigiLab and the FlipperZero you can interact directly with millions of modules that use I2C. What took hours now takes minutes!  In this in-depth tutorial, we target a BMP280 barometric sensor: detection, identification, communication and data interpretation!

Check out the complete behind-the-scenes journey of Lab401's DigiLab for Flipper Zero - from initial brainstorming to mass production — including prototype failures, code challenges, and manufacturing lessons learned. The DigiLab is a "magic wand" for electronics, allowing you to feel voltages, hear signals, see frequencies, and poke around directly in the brains of modules and sensors! ✅ Sketches, blueprints and initial planning material✅ Off-the-shelf components vs custom made✅ Designing testing jigs for rapid production testing✅ Behind-the-scenes videos, fumbles and fixes.

With Lab401's DigiLab and the FlipperZero you can interact directly with millions of modules that use I2C. What took hours now takes minutes!  In this in-depth tutorial, we target a BMP280 barometric sensor: detection, identification, communication and data interpretation!

Want to feel voltages, see signals, and hear protocols directly from a circuit? The Lab401 DigiLab for the Flipper Zero makes it possible, and it feels like magic! This revolutionary accessory is the first tool you'll reach for when developing, debugging, or exploring digital electronics. The DigiLab combines an RGB LED, the Flipper's speaker, and its vibration motor to give you a multi-sensory understanding of what's happening in a circuit. In this video, we break down its core functions and show you why it's the accessory your Flipper Zero has been waiting for. 🔗 Get your Lab401 DigiLab here: https://lab401.com/products/digilab-for-flipperzero

With Lab401's DigiLab and the FlipperZero you can interact directly with millions of modules that use I2C. What took hours now takes minutes!  In this in-depth tutorial, we target a BMP280 barometric sensor: detection, identification, communication and data interpretation!