HITIPanel
Powerful GUI and Data Plotting for Arduino
HITIPanel provides a User Interface for your all Arduino projects
(control and monitoring, data acquisition, data plotting, data logging)
HITIPanel, the User Interface for Arduino
HITIPanel provides a convenient user interface (Control Panels, Chart Panel) for the control and monitoring of Arduino-based devices. Simply connect your Arduino to your computer using a serial connection, typically USB (wireless connection coming soon).
Software compatibility
PC
Windows 7 - 8.1 - 10 - 11
(64-bit only)
HITIPanel features
Control panels
For control and monitoring of your Arduino-based devices (I/O, Virtual Buttons, Virtual Switches, Indicators, Metrics, Setpoints.
Chart panel
For plotting and logging data from your Arduino (max 100Hz).
Export to Excel or Text files. Import from multiple log text files.
EEPROM panel
For storing project calibration values and settings in your Arduino Eeprom.
KEYBOARD panel
For moving robots with keyboard to configure positions and motions faster.
Get a GUI for your project within 5 minutes !
Powerful libraries for Arduino
Benefit from essential functionalities with our non-blocking libraries.
Write your Arduino sketches more easily and faster.
Non-blocking
delay
For controlling execution and duration of parallel tasks.
data filtering and
smoothing
For removing noise from sensor data and improving their resolution.
SERVO MOTION
CONTROL
For setting servo speed and position. Synchronize servos motions for robots.
HITIPanel helped me during the development of a measuring instrument for water treatment (T°, pH...). It allowed me to quickly set up a convenient user interface for data acquisition and analyzis, and for setting instrument parameters.
Johan N.
Mechatronical engineer
Make your life easier with HITIPanel !
Recent news
HITIPanel for marine biology research
A valvometer was recently developed by Tahiti Robotics to help scientists at Ifremer monitor activities of pearl oysters and their spooning period. This subsea data logger is controlled by an Arduino Pro Mini and allows to measure opening and closing motions of oysters during several months. Sensors data are timestamped and logged on a SD card in text files. HITIPanel user interface is used to configure the device and to display sensors data at the end of the measurement (log Text files are imported in HITIPanel).
