Key benefits and features Four working modes for versatile conversion: clear conversion clear tape identification conversion format conversion Modbus RTU conversion includes offline detection and automatic recovery functions Compact, easytointegrate serial to CAN module: performance MCU onboard builtin TTL and CAN conversion protocols simple configuration enables quick serialtoCAN conversion Onboard components and design: onboard performance MCU and CAN transceiver chip compact size low power consumption easy to integrate and use TTL to CAN data conversion with flexible interfaces: TTL and CAN conversion algorithms with simple settings enables data conversion communication between TTL and CAN TTL interface supports 3.3V working level CAN interface supports CAN 2.0A (standard frame) and CAN 2.0B (extended frame) Use scenarios Industrial automation and control connect TTLbased sensors or controllers to a CAN network for centralized monitoring and control ideal for retrofitting legacy equipment to a CANbased communication backbone Data acquisition and logging bridge TTL data streams to a CAN bus for reliable recordkeeping and analysis supports multiple CAN frame formats for compatibility with existing systems Automotive and machinery diagnostics translate TTL signals from diagnostic modules to CAN messages enables integration of legacy TTL devices into CAN diagnostic workflows without extensive redesign Notes on compatibility and performance Supports CAN 2.0A standard frames and CAN 2.0B extended frames for broad interoperability TTL interfaces operate at 3.3V signaling levels Designed for compact environments, offering low power consumption and straightforward integration into existing hardware platforms This description preserves the product's original capabilities and configurations while presenting them in a clear, customerfocused format.