NXP GreenChip Solutions
This portfolio provides smart, compact and energy-efficient AC-DC power solutions for USB Type-C and QC 4.0.
Advanced Power Systems
Power management is a fundamental technology powering system solutions including the processor and peripherals, for Automotive, Industrial, IoT and consumer applications.
Our portfolio for advanced power technologies provides sustainable, efficient, and safe system solutions for a simplified power design experience. We scale platforms from the plug to the processors by standardization of power management hardware, safety and software.
Power Management from the Plug to the Processor
Sustainable Power Technology
- Energy efficiency - high-performance resonant power
- Low power - fast wake up system strategies SBCs or IOT
- E-waste savings - SDV, USB Type-C PD, mobile, IOT
Safe Power Solutions
- Save lives - Automotive ISO 26262, Industrial IEC 61508 complaiant
- Fit for high system safety integrity levels
- Robust IC protections - EMC, corrosion, reliability
Simplified Power Design
- Tools and SW to fasten customer time to market
- Scale platform - PMIC to AC/DC system solutions
- Easy to design IoT battery gauge using existing MPU/PMIC
Automotive Advanced Power Systems
| Market | Application | Processor | Power Management Solution |
|---|---|---|---|
| Software-Defined Vehicle | End Node | S32K1 or NCJ29Dx or KW4x | FS23 or FS24 |
| Zone (Low - Mid) | S32K3x | FS26 or FS23 or FS27(2) | |
| Zone (High) | S32Z1 | VR5510(1) | |
| S32Z2 | FS86 + PF5030 or VR5510 + PF5103 | ||
| Gateway | S32G2 | VR5510 | |
| S32G3 | VR5510 + PF53 | ||
| Central Compute | S32N | FS04(1) + 2xPF53's | |
| ADAS and Safe Driving | Camera | S32K3 + EyeQ6L | FS86(1) + PF53 + PF5103 |
| Corner Radar | SAF85xx | FS56(1) + PF5113 | |
| Long Range Radar | S32R41 | FS86 + PF5103 | |
| Imaging Radar | S32R45 | FS86 + PF53 + PF5103 | |
| Electrification, Powertrain, Safety and Chassis | Traction Inverter | S32K33x - S32K38x | FS65 or FS26 or FS27 |
| BMS | S32K33x - S32K38x | FS23 or FS65 or FS26 or FS27 | |
| OBC + DC/DC | S32K33x - S32K38x | FS65 or FS26 or FS23 | |
| Xin1 | S32K39x | FS27 | |
| S32Z2 | FS86 + PF5030 | ||
| X by Wire (Steering and Braking) | S32K39x | FS27 | |
| S32K38x | FS26 | ||
| Infotainment and In-Vehicle Experience | Cluster and Infotainment | i.MX95x | FS56 + PF09 + 2xPF53's + (PF5103)* |
| Telematics and Connectivity | i.MX94x | FS56 + PF09 + PF53 + (PF03)* | |
| Camera (DMS) and HMI | i.MX93 | FS56 + PCA9452 or FS56 + PF09 | |
| Audio Silver Box | S32K3 + SAF9xx | PF03 or VR5510 + PF03 |
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).
Industrial and IoT Advanced Power Systems
| Market | Application | Processor | Power Management Solution |
|---|---|---|---|
| Home and Building Automation | Smart Home Appliances and Robotic | i.MX91 | PF9453 |
| HVAC, Lighting, Sensors and Thermostat | i.MXRT1062 | PCA9421 or FS24 | |
| Smart Entertainment: Gaming or Audio, AR | i.MX8M Mini or i.MXRT600 | PCA9450A or PCA9421 | |
| Home and Building Control, Control Panel and Voice | i.MX6ULL | PF1510 or PF3000 or PF9453 | |
| Security Access Control, Video Surveillance | MCX W | PCA9421 or FS24 | |
| Home and Building Automation AC/DC Power | -- | TEA2017 + TEA2095 or TEA2226 + TEA2376 + TEA2095 |
|
| Factory Automation | Motion Control and Robotics | i.MX95 | FS56 + PF09 + PF53 |
| Motor Drives | i.MXRT1180 | PF9453 or FS26 | |
| PLCs and Remote I/Os | i.MXRT1170 | PF9453 or FS26 | |
| Industrial Network | i.MX93 | PCA9451A or PF09 or PF9453 | |
| Industrial HMI | i.MX8M Plus | PCA9450C | |
| Factory Automation AC/DC Power | -- |
TEA2095 + TEA2209 + TEA6017 or TEA2095 + TEA2209 + TEA2226 + TEA2376 |
|
| Healthcare | Diagnostic, Patient Monitoring | i.MX95 | FS56 + PF09 + PF53 |
| Personal Care | MCX N or i.MXRT1060 | PCA9421 | |
| Medical Imaging and Instruments / Pharma | i.MX93 | PCA9451A or PF09 or PF9453 | |
| Hearing Aids and Cochlear Implant | NXH2004 or NXH3675 | PCA9420 | |
| Wellness and Fitness | i.MXRT500 or i.MXRT700 | PCA9420 or PCA9422 | |
| Healthcare AC/DC Power | -- | TEA2016 + TEA2095 or TEA2017 + TEA2095 |
|
| Power and Energy | Power Conversion > 2.5 kW | MC56F8X | FS24 |
| Power Conversion < 2.5 kW | -- |
TEA2017 + TEA2096 or TEA2226 + TEA2376 + TEA2096 |
|
| ESS (Energy Storage System) | S32K3 or LPC55XX | FS24 or FS26 | |
| EVSE (EV Supply Equipment - HMI) | i.MX93 | PCA9451A or PF09 or PF9453 | |
| Energy Management | i.MX8M Nano | PCA9450B | |
| Metering | MCX N | PCA9421 or FS24 |
Powering Industrial Applications with NXP's PMICs and Processors
NXP offers a comprehensive and scalable portfolio of energy management solutions, from the plug to the processor, designed to meet the unique requirements of industrial applications.
Advanced Power Systems - Applications
Power Management Technologies
| Power Delivery | Industrial and IoT | Mobile | |
|---|---|---|---|
|
Power Converter HV AC/DC and DC/DC Solutions |
High performance AC/DC efficiency in all load conditions | ||
| High power density (60 W to 1.5 kW) | |||
| Active bridge, PFC, resonant power and synchronous rectifier | |||
|
USB Type-C PD 20 V to 48 V Solutions |
USB Type-C protection | ||
| Corrosion detection – system robustness | |||
| High power and efficiency performance | |||
| Fast charging for mobile |
| System Power | Automotive | Industrial and IoT | |
|---|---|---|---|
|
12 V / 24 V / 48 V PMIC 12 V to 48 V Solutions |
Battery connected PMIC and SBC | ||
| Safety system management up to ASIL D or SIL 2/3 | |||
| Scalable system power (BYLink) | |||
| Power multi-vendors’ processor | |||
|
5 V PMIC 5 V Solutions |
Simplify processor power | ||
| High performance supply | |||
| Scalable power design | |||
| Safety monitoring |
NXP Product Programs
SafeAssure Functional Safety Products
Design with confidence and efficiently achieve system-level compliance using this functional safety program.
BYLink System Power Platform
This platform facilitates the design of safe power management systems by simplifying complex power supply subsystems into a single smart solution.
