BYLink System Power Platform
This platform facilitates the design of safe power management systems thanks to a portfolio of configurable and linkable devices. It simplifies complex power supply subsystems into a single smart solution.
Power Management Integrated Circuits (PMICs) and System Basis Chips (SBCs)
NXP's power management portfolio delivers scalability and flexibility for your next designs. Whether you are developing automotive, industrial or consumer applications, our PMICs and SBCs help extend battery life and reduce power dissipation.
Find the right PMIC or SBC for your Processor.
| Provider | Processor | Recommended PMICs/SBCs | Grade | App Notes |
|---|---|---|---|---|
| NXP | i.MX 93 | PCA9451A | Industrial | - |
| NXP | i.MX 93 | PCA9451A | Consumer | - |
| NXP | i.MX 93 | PCA9452/ PF09 | Automotive | - |
| NXP | i.MX 95 | PF09/ PF53XX | Automotive | - |
| NXP | i.MX 95 | PF09/ PF53XX | Industrial | - |
| NXP | i.MX 91 | PF9453 | Industrial | - |
| NXP | i.MX 91 | PF9453 | Consumer | - |
| NXP | i.MX 27 | MC13892 | Consumer | - |
| NXP | i.MX 35 | MC13892 | Consumer | - |
| NXP | i.MX 51 | MC13892 | Consumer | - |
| NXP | i.MX 6 | PF0100 | Automotive | - |
| NXP | i.MX 6 | PF0100 | Industrial | - |
| NXP | i.MX 6 | PF0100 | Consumer | - |
| NXP | i.MX 6Dual | Alternatives: PF0100 /PF7100 | Automotive | - |
| NXP | i.MX 6Dual | Alternatives: PF0100 /PF7100 | Industrial | - |
| NXP | i.MX 6DualLite | Alternatives: PF0100 /PF5020 | Automotive | - |
| NXP | i.MX 6DualLite | Alternatives: PF0100 /PF5020 | Industrial | - |
| NXP | i.MX 6DualPlus | PF0100 | Automotive | - |
| NXP | i.MX 6DualPlus | PF0100 | Industrial | - |
| NXP | i.MX 6Quad | Alternatives: PF0100 /PF7100 | Automotive | - |
| NXP | i.MX 6Quad | Alternatives: PF0100 /PF7100 | Industrial | - |
| NXP | i.MX 6QuadPlus | Alternatives: PF0100 /PF7100 | Automotive | - |
| NXP | i.MX 6QuadPlus | Alternatives: PF0100 /PF7100 | Industrial | - |
| NXP | i.MX 6SLL | Alternatives: PF0100 /PF5020 | Automotive | - |
| NXP | i.MX 6SLL | Alternatives: PF0100 /PF5020 | Industrial | - |
| NXP | i.MX 6Solo | Alternatives: PF0100 /PF5020 | Automotive | - |
| NXP | i.MX 6Solo | Alternatives: PF0100 /PF5020 | Industrial | - |
| NXP | i.MX 6Solo Dual/Quad | PF0100 | Automotive | - |
| NXP | i.MX 6Solo Dual/Quad | PF0100 | Industrial | - |
| NXP | i.MX 6SoloLite | Alternatives: PF0100 / PF5020 | Automotive | - |
| NXP | i.MX 6SoloLite | Alternatives: PF0100 / PF5020 | Industrial | - |
| NXP | i.MX 6SoloX | Alternatives: PF0100 / PF5020 | Automotive | - |
| NXP | i.MX 6SoloX | Alternatives: PF0100 / PF5020 | Industrial | - |
| NXP | i.MX 6ULL | Alternatives: PF1510 / PF5020 | Automotive | - |
| NXP | i.MX 6ULL | Alternatives: PF1510 / PF5020 | Industrial | - |
| NXP | i.MX 6UltraLite | Alternatives: PF1510 / PF5020 | Automotive | - |
| NXP | i.MX 6UltraLite | Alternatives: PF1510 / PF5020 | Industrial | - |
| NXP | i.MX 6ULZ | Alternatives: PF1510 / PF5020 | Automotive | - |
| NXP | i.MX 6ULZ | Alternatives: PF1510 / PF5020 | Industrial | - |
| NXP | i.MX 7Dual | PF3000 | Automotive | - |
| NXP | i.MX 7Dual | PF3000 | Industrial | - |
| NXP | i.MX 7Solo | PF3000 | Automotive | - |
| NXP | i.MX 7Solo | PF3000 | Industrial | - |
| NXP | i.MX 7ULP | PF1510 | Automotive | - |
| NXP | i.MX 7ULP | PF1510 | Industrial | - |
| NXP | i.MX 8DualMax | PF81/PF82 | Automotive | - |
| NXP | i.MX 8DualMax | PF81/PF82 | Industrial | - |
| NXP | i.MX 8DualX | PF81/PF82 alternatives PF7100 | Automotive | - |
| NXP | i.MX 8DualX | PF81/PF82 alternatives PF7100 | Industrial | - |
| NXP | i.MX 8DualXPlus | PF81/PF82 alternatives PF7100 | Automotive | - |
| NXP | i.MX 8DualXPlus | PF81/PF82 alternatives PF7100 | Industrial | - |
| NXP | i.MX 8M (D/QL/Q) | PF4210 | Industrial | - |
| NXP | i.MX 8M Mini | PCA9450AA | Industrial | - |
| NXP | i.MX 8M Nano | PCA9450B | Industrial | - |
| NXP | i.MX 8M Plus | PCA9450C | Industrial | - |
| NXP | i.MX 8QuadMax | PF81/PF82 | Automotive | - |
| NXP | i.MX 8QuadMax | PF81/PF82 | Industrial | - |
| NXP | i.MX 8QuadPlus | PF81/PF82 | Automotive | - |
| NXP | i.MX 8QuadPlus | PF81/PF82 | Industrial | - |
| NXP | i.MX 8QuadXPlus | PF81/PF82 | Automotive | - |
| NXP | i.MX 8QuadXPlus | PF81/PF82 | Industrial | - |
| NXP | i.MX 8X | PF81/PF82 alternatives PF7100 | Automotive | - |
| NXP | i.MX 8X | PF81/PF82 alternatives PF7100 | Industrial | - |
| NXP | i.MX 8XLite | PF7100 | Automotive | - |
| NXP | i.MX 8XLite | PF7100 | Industrial | - |
| NXP | i.MX 8ULP | PCA9460 | Industrial | - |
| NXP | i.MX 8ULP | PCA9460 | Consumer | - |
| NXP | i.MX RT1170 | PF5020 | Automotive | AN13213 |
| NXP | i.MX RT1170 | PF5020 | Industrial | AN13213 |
| NXP | i.MX RT500 | PCA9420 | Consumer | - |
| NXP | i.MX RT500 | PCA9420 | Industrial | - |
| NXP | i.MX RT500 | PCA9422 | Industrial | - |
| NXP | i.MX RT500 | PCA9422 | Consumer | - |
| NXP | i.MX RT600 | PCA9420 | Consumer | - |
| NXP | i.MX RT600 | PCA9422 | Industrial | - |
| NXP | i.MX RT600 | PCA9422 | Consumer | - |
| NXP | i.MX RT700 | PCA9422 | Industrial | - |
| NXP | i.MX RT700 | PCA9422 | Consumer | - |
| NXP | LS1012A | VR5100 | Industrial | - |
| NXP | LX2160A | PF5200 | Industrial | - |
| NXP | LX2160A | PF81/ PF5200+PF52 | Automotive | - |
| NXP | LX2160A | PF81/ PF5200+PF52 | Industrial | - |
| NXP | LS1020A/1A/2A | MC34VR500 | Industrial | - |
| NXP | LS1023A/43A | MC34VR500 | Industrial | - |
| NXP | LS1024A | MC34VR500 | Industrial | - |
| NXP | LS1028A | MC34VR500 | Industrial | - |
| NXP | LS1043 | PF81/PF82 | Automotive | - |
| NXP | LS1043 | PF81/PF82 | Industrial | - |
| NXP | LS1046A | PF81/PF82 | Automotive | - |
| NXP | LS1046A | PF81/PF82 | Industrial | - |
| NXP | LS1088A | PF81/PF82 | Automotive | - |
| NXP | LS1088A | PF81/PF82 | Industrial | - |
| NXP | LS208X | PF81/PF82 | Automotive | - |
| NXP | LS208X | PF81/PF82 | Industrial | - |
| NXP | MPC560X | Alternatives: MC33903 / MC33904 / MC33905 | Automotive | - |
| NXP | MPC563x | FS65 | Automotive | - |
| NXP | MPC574X | FS65 | Automotive | - |
| NXP | MPC577X | FS65 | Automotive | - |
| NXP | S32G2 | VR5510 | Automotive | AN13118 (NDA Required) |
| NXP | S32G2 | VR5510 | Industrial | AN13118 (NDA Required) |
| NXP | S32G3 | VR5510 + PF5300 | Automotive | AN13118 (NDA Required) |
| NXP | S32G3 | VR5510 + PF5300 | Industrial | AN13118 (NDA Required) |
| NXP | S32K1xx |
Alternatives: FS45 / UJA1164A / UJA1167A / UJA1168A / UJA1169 / UJA113xA / FS23 |
Automotive | AN12148 |
| NXP | S32K3 | FS26 | Automotive | AN13323 |
| NXP | S32K3 | FS23 | Automotive | - |
| NXP | S32R264 | Alternatives: FS84 / FS5502 | Automotive | AN12333, AN14073, AN14030, AN13320, AN13431, AN13245, AN13246, AN12807, AN12540, AN13798 |
| NXP | S32R274 | Alternatives: FS84 / FS5502 | Automotive | AN12333, AN14073, AN14030, AN13320, AN13431, AN13245, AN13246, AN12807, AN12540, AN13798 |
| NXP | S32R45 | PF5200 | Automotive | - |
| NXP | S32S247 | FS66 | Automotive | - |
| NXP | S32N | FS04 | Automotive | - |
| NXP | SAF775X | PF0300 | Automotive | - |
| NXP | S32V234 | FS84 + PF81/82 | Automotive | - |
| NXP | S32Z/E | PF5030 + FS86 | Automotive | AN13671, AN13862, AN13433, AN13432 |
| NXP | S32R294 | Alternatives: FS84 / FS85 | Automotive | AN12333, AN14073, AN14030, AN13320, AN13431, AN13245, AN13246, AN12807, AN12540, AN13798 |
| Ambarella | Ambarella - CV22/25 | FS56/ FS84+ PF81 | Automotive | AN13272 |
| Ambarella | Ambarella - CV3 | FS56/ FS84+ PF71+ PF5024 | Automotive | - |
| Ambarella | Ambarella - CV5 | FS56+ PF81+ PF5020 | Automotive | - |
| Horizon | Horizon Journey™ 2 | FS56+ PF81 | Automotive | AN13318 (NDA Required) |
| Horizon | Horizon Journey™ 2 | FS85+ PF82 | Automotive | AN13318 (NDA Required) |
| Horizon | Horizon Journey 3 | FS56+ PF81+ PF5024/PF52 | Automotive | AN13537 (NDA Required) |
| Horizon | Horizon Journey 5 | FS56+ PF52+ PF71 | Automotive | - |
| Infineon | Aurix™ TC21/22/23 | FS450x/ FS23XX | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| Infineon | Aurix TC26/27 | FS650X/ FS260X/ FS261X/ FS23XX | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| Infineon | Aurix TC29 | FS651X/ FS84/ FS85/ FS262X/ FS263X | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| Infineon | Aurix TC33 | FS450x/ FS23XX/ FS260X | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| Infineon | Aurix TC36/37 | FS650X/ FS260X/ FS261X | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| Infineon | Aurix TC38 | FS651X/ FS262X/ FS263X | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| Infineon | Aurix TC39 | FS652X/ FS84/ FS85 | Automotive | AN13322 (NDA required), AN12786, AN13064 (NDA required) |
| MobileEye | EyeQ4®-Mid | PF5020/ PF5024 | Automotive | AN13002, AN13064 (NDA required) |
| MobileEye | EyeQ4-High | PF5020/ PF52 | Automotive | - |
| MobileEye | EyeQ5-Mid | PF5020/ PF5024 | Automotive | - |
| MobileEye | EyeQ6 | PF5020/ PF5024 | Automotive | - |
| Renesas | RH850 | FS23/ FS26/ FS65/ FS85 | Automotive | AN13020 |
| Renesas | R-Car H3 | PF82+ PF52+ PF5020+ PF5024 | Automotive | AN13003 |
| Renesas | R-Car M3 | 2 X PF82 | Automotive | AN13018 |
| Renesas | R-Car E3 | PF71 | Automotive | AN13019 |
| Renesas | R-Car V3M | PF5020+ PF5024 | Automotive | AN13058 |
| Texas Instruments | TDA2 | FS56+ PF81 | Automotive | AN13638 |
| Texas Instruments | TDA4 | FS86+ PF82+ PF52+ PF5020 | Automotive | AN13862 |
| Texas Instruments | Sitara AM2x | FS85/ FS84 | Automotive | AN13798 |
| Texas Instruments | Sitara AM2x | FS85/ FS84 | Industrial | AN13798 |
| Texas Instruments | Sitara AM62x - AM62Ax | FS86/ PF71 | Automotive | AN14030 |
| Texas Instruments | Sitara AM62x - AM62Ax | FS86/ PF71 | Industrial | AN14030 |
| Texas Instruments | AWR Radar SoC | FS85/ PF5020 | Automotive | AN14073 |
| Texas Instruments | AWR Radar SoC | FS85/ PF5020 | Industrial | AN14073 |
| Texas Instruments | TMS570 | FS26/ FS65/ FS85 | Automotive | AN13431 |
| Texas Instruments | AWR2243 | FS56+ PF71/ PF71+ PF5023 | Automotive | AN13651 |
| Texas Instruments | DSP C2000™ | FS45/ FS85 | Automotive | AN13245 |
| Texas Instruments | DSP C2000™ | FS45/ FS85 | Industrial | AN13245 |
| Xilinx | Zynq® UltraScale+™ MPSOC - ZU2/ZU3 | FS56+ PF81 | Automotive | AN13320 |
| Xilinx | Zynq® UltraScale+™ MPSOC - ZU2/ZU3 | FS85+ PF71+ PF5020+ PF5024 | Automotive | AN13320 |
| Xilinx | Zynq UltraScale+ MPSOC - ZU4/ZU5/ZU6/ZU7/ZU9 | FS86+ PF52+ PF71+ PF5020 | Automotive | AN13432 |
| Xilinx | Zynq UltraScale+ MPSOC - ZU4/ZU5/ZU6/ZU7/ZU9 | FS56+ PF52+ PF81 | Automotive | AN13432 |
| Xilinx | Zynq UltraScale+ MPSOC - ZU11/ZU15 | FS86+ PF52+ PF71+ PF5023 | Automotive | AN13433 |
| Xilinx | Zynq-7000 | PF0100 | Automotive | AN4991 |
| ST | Chorus SPC5 | FS65/ FS85 | Automotive | AN13246 |
| MediaTek | MT27 | FS56+ PF81+ PF5024 | Automotive | AN13247 |
| Cypress | Traveo™ II | FS23/ FS26 | Automotive | AN13748 |
| Toshiba | TMPV7608 | PF71 | Automotive | AN13197 |
| Black Sesame | A1000 | FS86/ FS56+ PF81 | Automotive | AN13863 |
| Quectel | AG55X | FS56 | Automotive | AN13615 |
| Espressif | ESP32 | PF1550 | Industrial | AN13239 |
| Microchip | SAMA5DX | PF1550 | Automotive | AN13554 |
| Intel | Cyclone V | PF5020 | Automotive | - |
Browse Our PMIC and SBC Portfolio
PMICs
Power and safety-scalable PMIC to create a complex sequencing.
SBCs
Configurable LDO with CAN/LIN transceiver. Supports functional safety application up to ASIL D.
Products In Pre-Production
- PF9455: 9-Channel PMIC for high-performance applications, fit for up to SIL-2
- PF9453: Low Power Multi Rail PMIC for i.MX 91 and Simple Linux Platforms
- PCA9422: Ultra Low Power Charger+Gauge PMIC for RT5/6/700
- PF09: 9-Channel PMIC for High-Performance Applications, Fit for up to ASIL D
- PF0300: Multi-Channel (5) PMIC for Automotive Radio Applications – 3 LVBUCK and 1 LDO
- FS04: High Voltage ASIL D PMIC for S32N Processor -1 HVBUCK, 5 LVBUCK and 1 LDO
Evaluation Boards and Reference Designs
NXP offers evaluation boards and reference designs that make secure edge solutions connected and efficient with innovative analog technologies. Start today.
PCA9452 Automotive PMIC AEC Q100 Grade 2 Qualified to Support i.MX 93 Processor
Enjoy 6 high efficiency step-down regulators, five LDOs, one 400 mA load switch in our new PCA9452 PMIC.
SDV Minutes - Opportunities and Challenges of Software-Defined Vehicles
Discover the opportunities and challenges of software-defined vehicles and learn how NXP is uniquely positioned to address aspects such as hardware and software integration and the scalability of vehicle architectures.
Start Developing with PMICs and SBCs Today
Learn how NXP's low-voltage PMICs provide safety, scalability and power management solutions with complex sequencing for automotive, industrial and networking.
NXP PMICs and safety SBCs can be programmed via the One Time Programmable (OTP) memory.
Learn more about NXP's auto-sync feature and how this programmable family acts as ONE box to facilitate safe platform development.
NXP Online Safety Academy
Training
Learn the art of safety with NXP: tools and tips to start designing more quickly for safety-critical systems.
This webinar introduces and gives a complete overview of our BYLink System Power Platform, the missing link to safely power all ECUs.
In this podcast with David Lopez, Segment Director Safety Power Management, will discuss about how power management can help toward a greener mobility.
Electrification is now everywhere and new products are developed to support this transition. The FS26 targetting many automotive applications helps to improve the efficiency, scalability and safety in EVs.
Powering the Ambition of Software-Defined Vehicles
Learn how NXP is powering software-defined vehicle (SDV) architecture through safe and reliable System Basis Chips (SBCs) and/or Power Management Integrated Circuits (PMICs).
Additional Documents
PMICs Solutions
High-performance power management solutions for automotive, consumer and industrial markets.
Read the brochureSafety System Basis Chip for Automotive
Scalable functional safety solutions across automotive applications.
Read the brochureNXP Extends S32 Automotive Platform with S32Z and S32E Real-Time Processor Families for New Software-Defined Vehicles
The S32 platform grows with the promising S32 Z/E real-time processors: in June we won the most innovative hardware platform at Embedded World.
Read the press release