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Our QMU201 is the smallest and most affordable 6 axis IMU with real-time capabilities delivered through EtherCAT. This IMU integrates seamlessly in your EtherCAT network delivering raw IMU data.
Our QMU201 is the smallest and most affordable 6 axis IMU with real-time capabilities delivered through EtherCAT. This IMU integrates seamlessly in your EtherCAT network delivering raw IMU data.
Development board for the headers version of our QCAT106. Simply connect the card on the development board and add supply to start testing right away.
This item is only the development board for the header version of the QCAT106. Please order the QCAT106 ERM8 separately.
Development board for the headers version of our QCAT106. Simply connect the card on the development board and add supply to start testing right away.
This item is only the development board for the header version of the QCAT106. Please order the QCAT106 ERM8 separately.
Our QCAT106 is a 6-way EtherCAT® switch enabling fast integration of an EtherCAT® architecture. Board-to-board connector to integrate seamlessly in your system.
Our QCAT106 is a 6-way EtherCAT® switch enabling fast integration of an EtherCAT® architecture. Board-to-board connector to integrate seamlessly in your system.
The JST to RJ45 DEV BOARD converts a JST GH connector to RJ45, enabling quick connection of QMU or QCAT products to a computer for development and testing.
The JST to RJ45 DEV BOARD converts a JST GH connector to RJ45, enabling quick connection of QMU or QCAT products to a computer for development and testing.
Our QCAT106 is a 6-way EtherCAT® switch enabling fast integration of an EtherCAT® architecture. JST connectors for easy development and quick integration into your system.
Our QCAT106 is a 6-way EtherCAT® switch enabling fast integration of an EtherCAT® architecture. JST connectors for easy development and quick integration into your system.
A compact, high-performance EtherCAT System-on-Module based on the Texas Instruments TMS320F28388D C2000 real-time microcontroller. The module combines a built-in EtherCAT interface with extensive real-time I/O, including ADC, PWM, SPI, I²C, UART, GPIO, and CAN-FD, making it ideal for distributed robotics, motor control, sensors, and other real-time embedded applications.
A compact, high-performance EtherCAT System-on-Module based on the Texas Instruments TMS320F28388D C2000 real-time microcontroller. The module combines a built-in EtherCAT interface with extensive real-time I/O, including ADC, PWM, SPI, I²C, UART, GPIO, and CAN-FD, making it ideal for distributed robotics, motor control, sensors, and other real-time embedded applications.
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Every application is different. If you have specific requirements around interfaces, form factor, communication protocols, or certification, we want to hear about it. H4 Lab works closely with engineering teams to adapt existing products or develop new hardware that fits your exact constraints. Get in touch and let's figure it out together.