ANAVI Gardening uHAT is a low-cost, open-source Raspberry Pi add-on board that helps you develop smart solutions for monitoring and growing plants. ANAVI Gardening uHAT supports multiple sensors for soil moisture, temperature, humidity, air pressure and light. Getting started is easy: Just plug it into your Raspberry Pi with your bare hands and follow the instructions in the user manual. No welding required and no tools required.
Chhavi is a tiny, wireless, touch capacitive fingerprint sensor with high-end security features, support for ultra-low power operation and optional NFC connectivity. Its open source firmware is fully compatible with the Arduino IDE. Chhavi is powered by ESP32 and features an FPC BM-Lite fingerprint sensor by Fingerprints, giving you and your projects access to the excellent biometric hardware found in many smartphones. Unlike optical fingerprint sensors that are large and power-hungry, this capacitive biometric sensor is small, accurate, and energy-efficient. During our design process, we determined that NFC communication would be a powerful feature for many of the same applications that might require a high-quality fingerprint sensor, but we could not find a major ESP32-driven NFC controller. So we built one into Chhavi as an optional feature. We've also added an optional battery to simplify installation and facilitate mobile deployment. The result is a tiny device with a cutting-edge fingerprint reader, Wi-Fi and Bluetooth capabilities, as well as support for NFC and battery power when needed.
The Conexio Stratus is a small (50.8mm x 22.86mm) yet powerful development kit for creating cellular connected electronics projects. It runs the best-in-class Zephyr RTOS for connected devices and is a battery-powered platform ideal for prototyping cellular IoT systems such as asset tracking applications, environmental monitoring, smart meter monitoring, and more. Equipped with Nordic nRF9160 System-in-Package (SiP), it supports LTE-M, NB-IoT and Global Positioning System (GPS). Stratus has two external U.FL antennas onboard, one for GPS and one for LTE-M/NB-IoT, enabling it to support LTE bands worldwide.
iCEBreaker-Bitsy FPGA adds the power of FPGAs to your next project in a convenient Teensy form factor. It works out of the box with the latest open source FPGA development tools and can be easily integrated into a variety of projects. The iCEBreaker-Bitsy FPGA board is designed to be compatible with the popular Teensy microcontroller board. This gives you access to a library of carrier boards and expansions available for prototyping, gateway software and firmware development. Thanks to the Teensy to Feather adapter board, you also have access to the growing Adafruit Feather ecosystem. We also provide a Pmod breakout board for iCEBreaker-Bitsy, providing access to a large collection of Pmod modules. You can find many different Pmods in the Digilent online store. For several use cases, we have also developed our own Pmod modules, with more being added continuously during development. The full-size iCEBreaker is a great teaching platform. iCEBreaker-Bitsy is the next step in integrating the power of FPGAs into your own projects. You can plug it in using pin headers, or you can solder it directly to your circuit board as a surface mount module.
ThunderScope is the first oscilloscope designed specifically for Thunderbolt, allowing live sample data to be streamed to your computer at over 1 GB/s. This design eliminates all limitations of traditional oscilloscopes by leveraging the powerful processing capabilities of modern devices. Measurements are made fast and easy, with cramped UIs replaced by multi-window layouts and support for modern accessibility features. Sample memory was increased from megabytes to gigabytes, and the fixed list of protocols and trigger types was replaced by an ever-expanding repo. ThunderScope is also open source, so you have complete control over your data from the moment you sample it. You can easily add your own custom features and benefit from new features built by the community.
unsurv offline is an ESP32-based privacy-friendly, small and lightweight PCB (45mm x 32mm) with a high-quality GNSS receiver, accelerometer and NFC capabilities. unsurv offline uses a combination of onboard functionality and OpenStreetMap (OSM) data to help you collect and analyze location data in a privacy-friendly way. Originally developed to better understand offline video surveillance, this completely open source project helps you find and develop a variety of custom use cases. To visualize the ever-expanding video surveillance network, the device can generate daily reports of your proximity to surveillance cameras without exposing your location to any third party. It does this by using the camera location database in OSM on the SD card. Watch our demo above to learn more about this use case. You can easily access your unsurv data using your smartphone (or any NFC Tag 4 enabled reader) and the dynamic NFC tag integrated into the case. The tiny BMA400 accelerometer helps you conserve valuable battery capacity by managing power saving features. It can even be used as an input device with tap and double tap recognition, or as a fitness tracker with pedometer and run/walk detection.
CaribouLite is an affordable open source dual-channel software-defined radio (SDR) platform and an SDR-focused FPGA development framework implemented as a Raspberry Pi (RPi) HAT. CaribouLite turns your Raspberry Pi single-board computer (SBC) into a standalone dual-channel radio Tx/Rx with a tunable spectrum up to 6 GHz. CaribouLite gives you complete control over its hardware, including FPGA, firmware, and all supporting software. With the deeply integrated IceStorm toolchain, writing your own FPGA applications couldn't be easier. You can reuse many Verilog modules, such as the SPI and SMI modules, to support custom applications for CaribouLite hardware.
BusKill is the world's first laptop antivirus cord, a hardware "dead man's switch" that executes a user-configurable trigger when your machine is physically separated from you. BusKill protects the data stored on your (encrypted) device and any accounts you are currently logged into from worst-case scenario snatch-and-escape thieves. It is designed to be easy to use on Linux, Windows 10, and MacOS. GUI applications currently support the ability to trigger the lock screen on all three platforms. Even better, we'll soon be releasing a built-in trigger to shut down the computer when the cable is disconnected. Advanced Linux users can manually add secondary triggers, such as a self-destruct trigger that wipes the LUKS header, rendering the entire disk permanently inaccessible (even to rubber hose cryptanalysis). Please note that this is an advanced feature that is intentionally inaccessible at startup. Of course, BusKill doesn't come with any destructive triggers!
TinyNES (short for Tiny Nostalgia Evocation Square) is an open hardware video game console that plays original Nintendo Entertainment System (NES) video game cartridges without the use of emulation. This tiny console was designed with size, simplicity, cost, modern manufacturability and component availability in mind. It has a sturdy little case made of FR-4 (circuit board material), and it can be powered by a simple USB Type-C cable, like the one you already use to charge your phone. It's cute, sturdy, and fun to play with.
Newt is a battery-operated, always-on, wall-mounted display that can retrieve weather, calendars, sports scores, to-do lists, quotes...anything on the internet! It is powered by the ESP32-S2 microcontroller and you can program it using Arduino, CircuitPython, MicroPython or ESP-IDF. We think Newt is the next step in the evolution of low-power display panels. Sharp's Memory in Pixel (MiP) technology is ideal for manufacturers, avoiding the slow refresh times associated with E-Ink displays. To support timers and alarms, we also added a real-time clock (RTC). Finally, we designed the Newt with battery operation in mind—every component on the board was chosen for its ability to run with low power consumption.
Hamster Mix is a portable MIDI controller powered by Arduino that connects to MIDI via Bluetooth. It allows you to control effects and play MIDI notes in 5 octaves. Twelve keys and the ability to switch up and down through the octave make it easy to control the notes of an entire keyboard piano using our compact controller (about the size of a hamster). Hamster Mix connects to Mac, PC, Ipad and even mobile phones via Bluetooth. You can control any MIDI-enabled music program such as Ableton, Garage Band, FL Studio, Reaper, etc. Two additional buttons and two potentiometers allow you to set up your own custom effects. You can even use the buttons as a Bluetooth track launcher instead of a keyboard. You can control MIDI-enabled mobile applications such as GarageBand, FL Studio Mobile, Reason Compact, Audiokit Synth One, Moog applications, and more. Make music on the go with Hamster Mix, which fits in your pocket, meaning no wires or bulky equipment.
Pellicanus is an open source, RP2040-based INS/GNSS module that you can program using MicroPython, C or Rust. It allows you to add Vertical Reference Units (VRU), Attitude and Heading Reference Systems (AHRS), and INS/GNSS capabilities to a variety of platforms: cars, drones, autonomous vehicles, and anything else you need to track. We'll Pellicanus is designed as a 33x30 mm toothed module that can be easily integrated into your project. We also offer carrier boards with a variety of interfaces so you can evaluate the module and start development immediately.
Mico is a high-quality PDM to USB audio microphone based on the Raspberry Pi RP2040 chip. Most compact microphones available for embedded Linux systems such as the Raspberry Pi have high noise and low sensitivity. By pairing a high-quality PDM microphone with a standard USB audio output, Mico gives you an audio input platform that you can tailor to your needs. Mico is a great platform to learn and experiment with the RP2040 and digital audio. It can be used as a universal USB microphone for a Raspberry Pi, desktop or laptop computer. Mico can also be used as a high-quality USB audio input for embedded machine learning applications. Additionally, because TinyML supports RP2040, Mico can be used as a standalone edge computing audio device.
PlainDAQ is a simple, useful tool that adds basic precision analog functionality to your Raspberry Pi Pico board. It features a precision, low noise, low drift 12-bit 500k sps/s ADC. To match the ADC and maintain its noise and accuracy, all analog inputs are buffered and the ADC is driven by a high speed/low noise fully differential amplifier. It also has a 10-bit DAC that helps create analog outputs and waveforms.
CANFDuino supports CANFD, the latest version of the CAN bus standard, which can accommodate speeds up to 5 Mbps. It has two local ports with DB9 connectors in a housing that can be mounted on your vehicle or installed in your own projects. The platform is designed for tinkerers, hackers, and industry professionals looking for a ready-made, open source CAN bus solution that requires little or no hardware assembly.
Loko is an open source, battery-operated GPS tracker. It's a small, simple, and useful device that sends navigation data to its receiver via a peer-to-peer LoRa radio. Unlike other similar technologies, there are no ongoing costs. Loko is based on radio communication and requires no SIM card/monthly fee. It also works everywhere, even without 2G/3G/LTE coverage.
Aper-Oculus is for professionals, manufacturers, and academics who need a feature-rich and highly configurable hardware platform designed for high-speed cameras. It's convenient for those who are familiar with Verilog and embedded engineering but want to acquire a more advanced skill set. It is ideal for a variety of applications, including machine vision designs with high-speed camera connections such as CoaXPress, SDI or Ethernet (appropriate FMC card must be used), and even drone designs.
HiPo is a 3.52-inch e-paper display module the size of a business card. Content is uploaded via NFC via a convenient app, no batteries required. The development board can compile different display functions by editing the code.
Aeroh One is a hackable infrared remote control pad that turns any remote control device into a connected device. It will support Alexa, Google Assistant, Apple Siri, iOS/Android App and IFTTT integration. The Aeroh One is compatible with most remote controls that operate via infrared.
ANAVI Info uHAT is a low-cost, open source Raspberry Pi add-on board with a mini OLED display, 3 buttons, red and green LED indicators, and slots for various sensors. Each kit includes a 0.96" yellow-blue I²C OLED display with a resolution of 128x64 single white OLED pixels. This is a low-power display that emits its own light, so no additional backlight is required. Additional slots allow connectivity Various I²C temperature sensors, humidity, light and air pressure as well as UART pins for easy serial communication ANAVI Info uHAT follows the official Raspberry Pi uHAT mechanical specification and has a valid ID EEPROM.
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