Syvecs CAN Bridge V2 inc Billet Case

Syvecs CAN Bridge V2 inc. Billet Case

The Syvecs CAN Bridge V2 is a powerful, high-speed gateway designed to manage and translate data between different CAN bus networks. In modern high-performance vehicles, multiple CAN networks often operate at different speeds or use conflicting protocols. The CAN Bridge V2 acts as a sophisticated "translator," allowing aftermarket ECUs, dashes, and sensor modules to communicate seamlessly with the vehicle's factory systems.

This version comes housed in a premium, CNC-machined billet aluminum case, providing maximum electromagnetic interference (EMI) shielding and physical protection in harsh motorsport environments. Whether you need to bridge data from a 1MB bus to a 500k bus or filter specific messages to prevent network congestion, the CAN Bridge V2 is the definitive solution for complex vehicle integration.

Performance and Precision Engineering

The V2 hardware features significantly increased processing power over the original version, allowing for complex logic and math functions to be performed on the data mid-stream.

• Dual CAN Channels: Features two independent CAN 2.0B channels, allowing for bridge, filter, and drop logic between two separate networks.

• Billet Aluminum Housing: The rugged case ensures the unit remains cool and protected from vibration and moisture (IP67 rated).

• Customizable Logic: Using the Syvecs SCue software, users can write custom C-style scripts to manipulate CAN data, such as converting steering angle or wheel speed data between formats.

• High-Speed Throughput: Zero-latency processing ensures that time-critical data, such as torque requests or gear shifts, are transmitted across the bridge without delay.

Integration and Setup

The CAN Bridge V2 is frequently used in "engine swap" scenarios where a modern engine and ECU need to talk to an older chassis, or to allow a Syvecs ECU to control factory displays and climate control systems in an unsupported vehicle.

Typical Applications:

• Protocol Translation: Converting OEM CAN messages into a format readable by aftermarket displays or data loggers.

• Network Isolation: Preventing noisy aftermarket devices from interfering with critical factory safety systems like ABS or EPS.

• Signal Manipulation: Altering messages on the fly, such as spoofing sensor data for specialized testing or integration.

Technical Specifications