Acquire and convert
AnalogToCan reads analog, digital or pulse inputs and brings signals onto the CAN network.
AnalogToCan ↗BEINGROBOTIC / PROGRAMMABLE ELECTRONICS
From signal
to action.
Acquire signals. Connect systems. Shape your control logic.
- INPUTS
- 8 × 0–5 V / 0–12 V
- COMMUNICATION
- 1 × CAN-bus
- CONTROL
- 2 × PWM
01 / SENSORS → CAN → CONTROLAnalogToCan-Controller ↗
AI BOARD / THE CONCEPT
The next command?
Your words.
Every board has its own AI assistant. Describe what you want to achieve.
Discover AI Board ↗ILLUSTRATIVE EXAMPLE
Code
Board
Environment
Conversation → code change → update → response. Concept illustration: no board connected. Peripherals and availability to be confirmed.
02 / CAN-CONTROLLER
Two CAN lines.
One clear view.
Record traffic. Analyze messages. Access logs via USB or MicroSD.
Explore Can-Controller ↗
01 / FROM THE PHYSICAL WORLD TO DATA
Every signal.
A clear direction.
From measurement to control, choose the path that fits your system. Each step has a dedicated tool.
Communicate and record
Can-Controller records two independent CAN lines. Logs are accessible via USB or MicroSD.
Can-Controller ↗Analyze or control
BeingDecoder converts logs using DBC files. AnalogToCan controls actuators through two PWM outputs.
BeingDecoder ↗02 / THE BOARDS
Choose your starting point.
01 / SENSORS AND CONTROL
AnalogToCan-Controller
Bring sensors onto the CAN network and manage control outputs with a single board.
- Programmable inputs
- 8 · 0–5 V / 0–12 V
- Communication
- 1 × CAN-bus
- Power outputs
- 2 × PWM
€209 Buy ↗
02 / LOGGING AND ANALYSIS
Can-Controller
Record CAN traffic, analyze messages and integrate devices that need to communicate.
- Independent lines
- 2 × CAN 2.0B
- CAN speed
- up to 1 Mbit/s
- Log access
- USB / MicroSD
from €189 Choose a variant ↗
Can-Controller: base board, with wiring, or with wiring + WiFi + RTC. Images are original catalog renders.
HARDWARE + SOFTWARE STM32 DeveloperTool Configure parameters. Customize firmware.04 / SOFTWARE
Hardware is just the beginning.
Configure the board, prepare firmware and read data. BeingRobotic tools support each stage of your work.
01 02 03 04
BeingDecoder
Configure CAN parameters, filters and triggers. Convert logs to CSV with your DBC database.
DbcOnlineConverter
Access the online DBC conversion tool.
STM32 DeveloperTool
Customize STM32 firmware, from configuration parameters to C code.
DeveloperTool / TagGenerator
Prepare the tags used by DeveloperTool to make code parameters configurable.
05 / REAL APPLICATIONS
From bench to field.
Documented projects. Hardware and software at work.
YOUR NEXT PROJECT
What should your
system do?
A sensor, a protocol, a control logic. Tell us where you’re starting and what you want to achieve.
Let’s discuss your project ↗