Automotive Radar Solutions

Application Details

Interactive Block Diagram

For the best experience customizing and interacting with diagrams, please use a larger screen or maximize your browser window.

CUSTOMIZE DIAGRAM

4D Imaging Radar

Recommendations for:

4D Imaging Radar

Product
Boards
Software
Partners

Select a block to see our recommendations.

S32 Radar Microcontrollers

S32R47
Preproduction

The S32R47 is a high-performance imaging radar processer enablinge higher resolution sensing for L2+ / L3 autonomous driving and beyond.

S32R Radar Processing

S32R45
Active

Real-time radar processing platform combines multicore ARM R52 processors with radar accelerators for automotive imaging and sensing applications
S32R294
Active

The S32R294 MCU enables customers to build scalable, safe and secure automotive RADAR systems high performance, yet low power consumption.
S32R41
Active

S32R41 radar processor provides high-performance, safe and secure processing for long range high resolution automotive radar.

High Speed CAN with Flexible Data Rate (CAN FD)

TJA144x
Active

The TJA144x CAN FD transceiver family consists out of Basic- Standby- Dual Standby and Sleep Mode CAN transceivers, offering CAN FD data rates up to 5 MBit/s, fully compliant to ISO 11898-2 (2016), SAE J2284-1 to -5, SAE J1939-14 and VeLIO and is available in AEC-Q100 grade-1 and grade-0.
- Data Sheet:
- PDF

24 V CAN Transceivers

TJA1043
Active

NXP's TJA1043 is a High-Speed CAN transceiver with fail-safe and diagnostic features that offer enhanced system reliability and advanced power management.
- Data Sheet:
- PDF

CAN Signal Improvement Capability (SIC)

TJA1463
Active

The TJA1463 CAN transceiver with Sleep Mode is part of the TJA146x Transceiver family that implements CAN Signal Improvement Capability (SIC) as defined in CiA 601-4.
- Data Sheet:
- PDF
TJA1462
Active

The TJA1462 CAN transceiver with Standby Mode is part of the TJA146x Transceiver family that implements CAN Signal Improvement Capability (SIC) as defined in CiA 601-4.
- Data Sheet:
- PDF

5 V PMIC Solutions

PF5200
Active

The PF5200 is NXP’s multi-channel PMIC device designed to be used for high performance automotive. The PF5200 is also highly configurable making it a perfect companion and fit for various system level power requirements.
- Data Sheet:
- PDF
PF5024
Active

The PF5024 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
- Data Sheet:
- PDF

12 V, 24 V, and 48 V SBC Solutions

FS84
Active

The FS8400 is a fail safe system basis chip (FSBC) that supports the power and functional safety scalability required to support automotive applications with the S32 MCU family.
- Data Sheet:
- PDF

Automotive Ethernet Switches and Network Controllers

SJA1110
Active

The NXP SJA1110 is a family of four pin-and-software compatible automotive Ethernet Switch SoC offering a scalable solution for all automotive applications.
SJA1105PQRS
Active

SJA1105PEL/QEL/REL/SEL automotive safe and secure gigabit ethernet switch family with SGMII, AVB and TSN support for NXP's automotive IVN applications.
- Data Sheet:
- PDF

Automotive Ethernet PHY Transceivers

TJA1104
Active

Automotive Ethernet PHY transceiver with sleep mode enables reliable in-vehicle networking up to 100 Mbit/s for safety-critical applications
TJA1121
Active

TJA1121, the MACsec enabled 1000BASE-T1 PHY for Automotive Ethernet use cases, developed according to ISO26262 ASIL B, supports shieled (STP) and unshielded (UTP) twisted pair cable applications.
TJA1103
Active

CAN FD and CAN signal improvement transceiver for automotive networks, offering EMC robustness and low power modes for partial networking
TJA1101
Active

TJA1101B is the revision of the successful TJA1101A. The high performance, single port automotive Ethernet PHY is compliant to IEEE 100BASE-T1.
- Data Sheet:
- PDF
TJA1120
Active

TJA1120, the robust 1000BASE-T1 PHY for Automotive Ethernet use cases, developed according to ISO26262 ASIL B, supports shieled (STP) and unshielded (UTP) twisted pair cable applications.

Radar SoC

Recommendations for:

Radar SoC

Product
Boards
Software
Partners

Select a block to see our recommendations.

High Speed CAN with Flexible Data Rate (CAN FD)

TJA144x
Active

The TJA144x CAN FD transceiver family consists out of Basic- Standby- Dual Standby and Sleep Mode CAN transceivers, offering CAN FD data rates up to 5 MBit/s, fully compliant to ISO 11898-2 (2016), SAE J2284-1 to -5, SAE J1939-14 and VeLIO and is available in AEC-Q100 grade-1 and grade-0.
- Data Sheet:
- PDF

24 V CAN Transceivers

TJA1043
Active

NXP's TJA1043 is a High-Speed CAN transceiver with fail-safe and diagnostic features that offer enhanced system reliability and advanced power management.
- Data Sheet:
- PDF

CAN Signal Improvement Capability (SIC)

TJA1463
Active

The TJA1463 CAN transceiver with Sleep Mode is part of the TJA146x Transceiver family that implements CAN Signal Improvement Capability (SIC) as defined in CiA 601-4.
- Data Sheet:
- PDF
TJA1462
Active

The TJA1462 CAN transceiver with Standby Mode is part of the TJA146x Transceiver family that implements CAN Signal Improvement Capability (SIC) as defined in CiA 601-4.
- Data Sheet:
- PDF

Automotive Ethernet Switches and Network Controllers

SJA1110
Active

The NXP SJA1110 is a family of four pin-and-software compatible automotive Ethernet Switch SoC offering a scalable solution for all automotive applications.
SJA1105PQRS
Active

SJA1105PEL/QEL/REL/SEL automotive safe and secure gigabit ethernet switch family with SGMII, AVB and TSN support for NXP's automotive IVN applications.
- Data Sheet:
- PDF

Automotive Ethernet PHY Transceivers

TJA1104
Active

Automotive Ethernet PHY transceiver with sleep mode enables reliable in-vehicle networking up to 100 Mbit/s for safety-critical applications
TJA1121
Active

TJA1121, the MACsec enabled 1000BASE-T1 PHY for Automotive Ethernet use cases, developed according to ISO26262 ASIL B, supports shieled (STP) and unshielded (UTP) twisted pair cable applications.
TJA1103
Active

CAN FD and CAN signal improvement transceiver for automotive networks, offering EMC robustness and low power modes for partial networking
TJA1101
Active

TJA1101B is the revision of the successful TJA1101A. The high performance, single port automotive Ethernet PHY is compliant to IEEE 100BASE-T1.
- Data Sheet:
- PDF
TJA1120
Active

TJA1120, the robust 1000BASE-T1 PHY for Automotive Ethernet use cases, developed according to ISO26262 ASIL B, supports shieled (STP) and unshielded (UTP) twisted pair cable applications.

5 V PMIC Solutions

PF5200
Active

The PF5200 is NXP’s multi-channel PMIC device designed to be used for high performance automotive. The PF5200 is also highly configurable making it a perfect companion and fit for various system level power requirements.
- Data Sheet:
- PDF
PF5024
Active

The PF5024 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
- Data Sheet:
- PDF

12 V, 24 V, and 48 V SBC Solutions

FS84
Active

The FS8400 is a fail safe system basis chip (FSBC) that supports the power and functional safety scalability required to support automotive applications with the S32 MCU family.
- Data Sheet:
- PDF

4D Imaging Radar

Radar SoC

Documentation

Quick reference to our documentation types

1-10 of 13 documents

Compact List

Purplebox Fact Sheet[PURPLEBOXFS]

PDFJun 26, 2025Rev 1.0
S32R47 Radar Processor Fact Sheet[S32R47FS]

PDFApr 30, 2025Rev 0
SAF85xx RFCMOS Automotive Radar SoC Fact Sheet[SAF85xxFS]

PDFDec 12, 2022Rev 0
S32R41 Radar Processor Fact Sheet[S32R41FS]

PDFAug 8, 2022Rev 2
Radar S32R45 Fact Sheet[S32R45FS]

PDFDec 4, 2020Rev 2
Radar S32R29x Processor Fact Sheet[S32R29XFS]

PDFDec 4, 2020Rev 2
TEF82xx 77 Ghz Automotive Radar Transceiver[TEF82XX-FS]

PDFNov 4, 2020Rev 0
TEF810x 77Ghz Automotive Radar Transceiver[TEF810XFS]

PDFAug 1, 2019Rev 1

Scalability and Efficiency Will Drive the Next Wave of Imaging Radar Deployment[IMAGINGRADARWP]

PDFJul 28, 2025Rev 0
Distributed Aperture Radar White Paper[DARWPA4]

PDFJul 9, 2025Rev 0.0
ADAS Architectures and Radar Processing[RADARARCHWPA4]

PDFMar 17, 2025Rev 2
Radar Interference - White Paper[RADARINTERFWP]

PDFJan 26, 2021Rev 0
Automotive Radar Performance per Watt – White Paper[AUTORADARWP]

PDFOct 15, 2020Rev 0

Training

7 trainings

On-Demand
Computational Enhancement Is Key to Imaging Radar Mass Deployment

26 minEnglish Level: Beginner

Account Required

On-Demand
Radar AI - Deep Neural Networks for Enhanced Radar Point Cloud Generation

55 minEnglish Level: Intermediate

Account Required

On-Demand
Global Roll-Out of Imaging Radar Set to Accelerate - Scalability and Efficiency Remain Key Enablers

35 minEnglish Level: Beginner

Account Required

On-Demand
Imaging Radar Continues to Push the Boundaries of Driving Safety

Hear about the latest market requirements for autonomous driving (ADAS), challenging scenarios for higher level autonomous driving and how to address these with imaging radar.

24 minEnglish Level: Beginner

Account Required

On-Demand
Implementing Automotive Radar Signal Processing Flows on Advanced Hardware Accelerators with the NXP rSDK

36 minEnglish Level: Beginner

Account Required

On-Demand
NXP Enables Multiple PMICs to Build Customized Power Management Solutions for Complex SoC

1 hrEnglish

Account Required

On-Demand
Sparse Array Approach to Imaging Radar and Comparison with a Quasi Massive MIMO Technique

Introduction to two distinctive classes of FMCW MIMO radar approaches to imaging radar.

56 minEnglish Level: Intermediate

Account Required

Automotive Radar Solutions

Application Details

Interactive Block Diagram

Block Diagram

4D Imaging Radar

S32 Radar Microcontrollers

S32R Radar Processing

Radar Transceivers and SoCs

High Speed CAN with Flexible Data Rate (CAN FD)

24 V CAN Transceivers

CAN Signal Improvement Capability (SIC)

5 V PMIC Solutions

12 V, 24 V, and 48 V SBC Solutions

FlexRay Transceivers

Automotive Ethernet Switches and Network Controllers

Automotive Ethernet PHY Transceivers

Radar Transceivers and SoCs

Radar SoC

High Speed CAN with Flexible Data Rate (CAN FD)

24 V CAN Transceivers

CAN Signal Improvement Capability (SIC)

Radar Transceivers and SoCs

Radar Transceivers and SoCs

FlexRay Transceivers

Automotive Ethernet Switches and Network Controllers

Automotive Ethernet PHY Transceivers

5 V PMIC Solutions

12 V, 24 V, and 48 V SBC Solutions

Related Applications

Documentation

Filter by

Fact Sheet (8)

Purplebox Fact Sheet[PURPLEBOXFS]

S32R47 Radar Processor Fact Sheet[S32R47FS]

SAF85xx RFCMOS Automotive Radar SoC Fact Sheet[SAF85xxFS]

S32R41 Radar Processor Fact Sheet[S32R41FS]

Radar S32R45 Fact Sheet[S32R45FS]

Radar S32R29x Processor Fact Sheet[S32R29XFS]

TEF82xx 77 Ghz Automotive Radar Transceiver[TEF82XX-FS]

TEF810x 77Ghz Automotive Radar Transceiver[TEF810XFS]

White Paper (5)

Scalability and Efficiency Will Drive the Next Wave of Imaging Radar Deployment[IMAGINGRADARWP]

Distributed Aperture Radar White Paper[DARWPA4]

ADAS Architectures and Radar Processing[RADARARCHWPA4]

Radar Interference - White Paper[RADARINTERFWP]

Automotive Radar Performance per Watt – White Paper[AUTORADARWP]

Training

Filter by

Support

What do you need help with?

Recommended Communities

Suggested Links