Reinventing CAN for the Autonomous Car

The TJA146x series actively improve CAN signals to ensure robust communication in large networks and at faster bit rates. Signal ringing, an artifact of large, complex networks with unterminated stubs, is dramatically reduced, removing previous limitations in network topologies. Even lower specification cabling solutions or removal of external ferrites can be considered.

The TJA146x CAN FD series achieve significantly faster bit rates than conventional transceivers thanks to a highly symmetrical transmitter, ensuring very accurate bits are reliably generated on the bus. With much tighter control over the transmitted signal, faster and shorter bit times can be guaranteed—enabling acceleration of bit rates beyond 5 or even 8 Mbps.

NXP's signal improvement technology series are available as pin-compatible replacements to conventional HS-CAN transceivers, allowing simple upgrades for existing designs and backward compatibility, fulfilling the ISO 11898-2:2016 specification. The TJA146 series fully embody the CiA601-4 2.0.0 specification.

Structure Icon

CAN FD networks on complex topologies

Speedometer Icon

Accelerate CAN FD beyond 5 Mbps

Savings Icon

Reduce cabling cost and weight

Pin-2-pin gray Icon

Directly replaces HS-CAN transceivers

Zero Defect Icon

Benchmark quality

Agreement Icon

Fulfills CiA601-4 v2.0.0 specification

Design Resources

The introduction of CAN FD enabled CAN networks to operate at higher data rates, supporting new and innovative features in automotive and industrial applications.

Can Transceivers

Trainings

Explore and get the best out of our available sensors training material.

NXP Connects

Trainings

Take your technical expertise further with online and in-person instruction.