Important: This page contains secure information about our products. Sign in to access authorized resources.
Important: This page contains secure information about our products.
View Secure InformationImportant: To include authorized secured information please reenter your password.
SIGN INCAN partial networking (CAN PN), or selective wake-up functionality, helps to keep ECUs in low-power operation longer, reducing the overall power consumption of the vehicle. ECUs in low-power mode with partial networking active only wake-up to specific wake-up frames assigned to that ECU and all other messages are ignored. This is an improvement compared to regular HS-CAN transceivers which will wake up the ECU on any CAN traffic, regardless of whether it is intended for that ECU or not. Partial networking allows either individual ECUs or groups of ECUs to be woken up simultaneously, with the remainder of the network kept in low-power mode.
Choosing the right product just got easier. View all product finder tools.
The TJA1145A is a high-speed CAN transceiver that provides an interface between a controller area network (CAN) protocol controller and the physical two-wire CAN bus.
The TJA1445 is a CAN FD partial networking transceiver under development.
The TJA1446 is a CAN FD partial networking transceiver under development.
Dive into this white paper to discover the power of CAN partial networking in software-defined electric vehicles (SDEVs).
NXP has launched a new generation of partial networking transceivers, which can help minimize power waste, reduce cabling and help to manage ECU lifetime requirements. These new products come with exciting new features and are ISO 26262 ASIL B compliant.
NXP offers evaluation boards and reference designs that make secure edge solutions connected and efficient with innovative analog technologies. Start today.
Sign in to access authorized secure information. Learn more about secure access rights.
Sign in and get access| Product | Authorized to |
|---|
Important: After email verification refresh this page.
Highly secure information about this product portfolio is available, request access rights. Learn more about secure access rights.
Note: Your application will be reviewed individually by NXP. A non-disclosure agreement will help expedite this process.
Your request to gain secure access rights has been declined. If you think this has been declined in error, request access again.
Access More. Additional secure (restricted) information is available for this product portfolio. Request additional access.
We are currently processing your secure access rights request. Once processed, a notification will be sent to ${emailId}.
Some files related to your secure access rights are temporary unavailable due to a system error. Please check back.
Your access to some secure information has been disabled while we process the updates you made to your NXP Account > Profile. We'll send you an email when the verification process is completed.
There is no information to display.
500 characters remaining.
*Describe the justification for your access request for the approver.