CoreCAN modules are built to give you safe access to vehicle data and flexible CAN-based control. From read-only monitoring to advanced multi-network communication and programmable outputs, the range supports a wide variety of vehicle integration needs.
CoreCAN 2 is a read-only CANbus interface designed to capture vehicle data without affecting onboard communication. Using capacitive coupling for full galvanic isolation, it delivers accurate insights while keeping host systems fully protected. Ideal for diagnostics, monitoring, and logic-based output control, it switches two high-side outputs based on pre-programmed CAN conditions.
CoreCAN 2 uses capacitive coupling to stay electrically isolated. It only reads CANbus signals and never transmits back, so your vehicle systems remain protected at all times.
Continuously reads CAN data, compares it to pre-set values, and activates one of two high-side outputs only when conditions are met.
Provides accurate vehicle information for diagnostics, analysis, or integration while maintaining full network stability and system safety.
CoreCAN 4 is designed for vehicles that rely on more than one CANbus network or mixed signal inputs. It can receive and transmit data on two CAN networks simultaneously, trigger up to four outputs, or translate information between systems. With added digital inputs and three selectable operating modes, it gives engineering teams flexible, adaptive control in one compact ECU.
Receives and transmits CAN data on up to two networks at the same time, enabling cross-system control, data sharing, or retransmission in a different format.
Up to four outputs can be triggered by CAN messages or the unit’s two digital inputs, supporting more complex control strategies and mixed-signal setups.
Three selectable configurations allow the ECU to be tailored for different applications – from straightforward bridging between networks to advanced logic-based control.
CoreCAN 8 offers eight programmable outputs for installations where multiple systems rely on CAN-based triggers. It reads live vehicle data, matches it to pre-programmed parameters, and switches outputs with precision. With PC-based configuration via UART and an integrated corner connector for programming blank units, it is built for efficient setup and long-term reliability.
Matches incoming CAN data to preset values and switches each of the eight outputs on or off accordingly for advanced multi-system control.
Configured from a Windows PC via a UART connection, with an integrated corner connector that simplifies programming and deployment of blank units.
Provides eight of the most commonly used CAN-controlled outputs on modern vehicles, reducing wiring complexity and simplifying integration.