Our Projects
These are some of our latest projects:
Autonomous display and control system
Development of a completely autonomous visualization and control system for sporting events.
- Comprehensive management of LiFePo4 batteries with fast charging system via USB-C (PD) or auxiliary power supply
- Dynamic consumption management based on remaining capacity
- Programmable display on 320x160mm RGB LED panels in multiple resolutions
- GPS time synchronization with accuracy <1us
- Ethernet and WiFi connectivity
- Over-the-air (OTA) upgradeable, telemetry and local configuration system
- Dual microcontroller for independent power management and control logic, with ultra-low power modes
- C/C++ firmware on FreeRTOS
Industrial probe controller
Development of an industrial gas reading system and data export to PLC.
- Connection to industrial probes via CAN Bus
- Exposing data to PLC over Modbus-TCP and 4-20mA outputs
- Programmable relay outputs
- Firmware update via USB
- C/C++ firmware for dual-core microcontroller over FreeRTOS
High-precision industrial GPS tracking system
Development of an industrial system that enables geolocation with an accuracy of up to 1 cm and connectivity to external devices for data capture and control.
- Ethernet-PoE power supply with galvanic isolation
- Connection via WiFi and Ethernet
- State-of-the-art GPS system with RTK for accuracy up to 1cm
- High-speed quad SPI microSD storage
- Connection to external devices via Ethernet, ModBus-TCP and RS-485
- Configurable digital and analog inputs and outputs
- Built-in temperature, humidity and accelerometer sensors.
- Configuration, telemetry, and remote updates (OTA)
- Upgradable with expansion cards to add additional connectivity
- C/C++ firmware for dual-core microcontroller over FreeRTOS
GPS time synchronization system
Development of a system that enables precise synchronization of multiple timing devices.
- GPS time synchronization with accuracy <1us
- Connect up to 6 devices simultaneously
- 6 adapter cards with voltage adaptation and galvanic isolation
- Power supply 5-30Vdc
- Ethernet and WiFi connectivity
- OLED display for viewing and configuration
- Over-the-air upgradeable (OTA)
- C/C++ firmware for dual-core microcontroller over FreeRTOS
Timing system for sporting events
Development of a timing system connected to photocells.
- GPS time synchronization with accuracy <1us
- 2 independent inputs for photocells with RF filtering and protections
- Power supply 5-30Vdc
- Ethernet and WiFi connectivity
- OLED display for viewing and configuration
- Over-the-air upgradeable (OTA)
- C/C++ firmware for dual-core microcontroller over FreeRTOS