Key benefits Efficient CAN data handling with 14 configurable filter sets that let you receive only specific ranges and types of CAN bus data, reducing noise and data load. Reliable TTL to CAN bridging with simple settings. TTL interface supports 3.3 V operation and the CAN interface supports CAN 2.0A (standard frame) and CAN 2.0B (extended frame), enabling straightforward data conversion communication between TTL and CAN. Compact and easy to integrate serial to CAN module. Onboard performance MCU and built in TTL and CAN conversion protocols allow quick setup and reliable operation. Flexible operation with four working modes and robust recovery. Modes include clear conversion, clear tape identification conversion, format conversion, and Modbus RTU conversion, plus offline detection and automatic recovery. What it does Converts between serial TTL data and CAN bus with configurable filtering to target only the needed CAN messages. Provides simple configuration to enable serial to CAN functionality without complex programming. Supports both standard (CAN 2.0A) and extended (CAN 2.0B) CAN frames, ensuring compatibility with a wide range of CAN networks. Designed as a compact module that can be integrated into existing systems with minimal footprint and effort. Key features and compatibility 14 sets of configurable filters for selective CAN data reception. TTL interface with 3.3 V operating level. CAN interface supports CAN 2.0A standard frames and CAN 2.0B extended frames. Onboard performance MCU with built in TTL and CAN conversion protocols. Four working modes: clear conversion, clear tape identification conversion, format conversion, and Modbus RTU conversion. Offline detection and automatic recovery to maintain operation in field conditions. Size and integration Compact size designed for easy integration into existing systems. Serial to CAN module architecture provides a straightforward path from serial devices to CAN networks with minimal configuration. Performance you can rely on performance MCU ensures responsive data conversion and handling. Built in TTL and CAN conversion protocols streamline setup and reduce integration time. Robust operation with offline detection and automatic recovery enhances reliability in unattended or remote deployments. Use scenarios Scenario 1: Automotive engineering bench tests. Use the TTL to CAN bridging to connect TTLbased sensors and test equipment to a CAN bus, applying filters to capture only relevant diagnostic frames for analysis. Scenario 2: Industrial automation data collection. Integrate legacy TTL devices with a CAN network in a factory floor, filtering to the control and status messages while exchanging data with a central controller or logger. Scenario 3: Modbus RTU to CAN integration. Use the Modbus RTU conversion mode to bridge Modbus RTU devices to a CAN network, enabling unified monitoring and data aggregation across disparate protocols. Notes The product provides a compact, easy to integrate solution with a performance onboard MCU and built in TTL and CAN conversion protocols. Four operating modes and offline detection with automatic recovery enhance robustness for continuous operation in varied environments.