Togglebit, based in Carmel, Indiana, specializes in open-source embedded design with a strong focus on automotive calibration systems and protocol development. Their mission is to create original, useful, and respectful hardware solutions.
Togglebit, the creator of the CANFDuino, offers an innovative tool for interfacing with Controller Area Network (CAN) systems, particularly suited for automotive applications. The CANFDuino is an Arduino-compatible board designed to facilitate CAN and CAN FD (Flexible Data-rate) communication, making it useful for projects involving vehicle diagnostics, data logging, and system integration.
Key features of the CANFDuino include:
- Dual CAN ports: Allowing for seamless integration and communication between different CAN networks.
- OBDII compatibility: Enabling users to monitor and log vehicle data such as engine speed, throttle position, and coolant temperature by connecting to a car’s OBDII port.
- Gateway functionality: The CANFDuino can intercept, modify, and retransmit CAN messages, making it possible to integrate new systems or simulate different CAN devices.
The CANFDuino supports various use cases, such as developing custom diagnostic tools, creating data loggers, and even implementing advanced functionalities like spoofing CAN messages for testing purposes. It is an ideal platform for engineers, hobbyists, and developers working on automotive electronics and embedded systems.
Togglebit also offers a range of engineering services with expertise in:
- Embedded Systems Development
- Test and Measurement Systems Integration
- Automotive Control Systems Development
- Communication Protocols: USB, SPI, I2C, RS-232, CAN, OBD2, ARINC429, AUD, RTD
- Automotive Calibration Systems and Protocol Development
- Motorsport Electrical Engineering and Data Engineering
- Long-term Engineering Contracts
- Arduino and Open Source Based Projects
Their dedication to innovation and quality makes Togglebit a valuable partner for projects requiring advanced technical solutions in various embedded and automotive applications.
