NXP GreenBox Vehicle Electrification Development Platform

Overview

GreenBox is only available for purchase for approved customers. Each order will be reviewed before being fulfilled. We apologize for any experienced inconvenience as a result of this approval process.

The NXP GreenBox is a development platform providing advanced performance, peripherals, and multi-core Arm^® ecosystem for engineers to begin development on NXP's next generation of Hybrid Electric Vehicle (HEV) and internal combustion engine microcontrollers.

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Target Applications

Develop applications for hybrid and electric vehicles, as battery management systems and vehicle control units

GreenBox Platform Block Diagram

Easy development of electric cars.

Develop applications for hybrid and electric vehicles, as battery management systems and vehicle control units

NXP GreenBox Hybrid and Electric Vehicle Development Platform Demonstration

Perspective on Electrification Trends and the GreenBox Development Platform

Specifications

Technical and Functional Specifications

Microcontroller (MCU)	High-performance computing board with 4 x Arm^® Cortex^® A53-based cores with NEON operating at up to 1 GHz
Interfaces	Gb Ethernet CAN FD, LIN, SDHC Peripheral Sensor Interface 5 (PSI5) Single Edge Nibble Transmission (SENT)
Connectors	UART JTAG
Power	Fully regulated switching power supply with 12 V power input
	Peripheral control board with the complex timers, filters, and analog modules to support HEV or motor control application Interfaces directly to standard and complex timers and ADC modules

Supported Devices

Processors and Microcontrollers

	MPC5777C : Ultra-Reliable MPC5777C MCU for Automotive and Industrial Engine Management
S32 Automotive Platform	S32S24 : Safety Microcontroller for Automotive Applications

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Buy

S32EDEVPL2 ^Active
NXP GreenBox Vehicle Electrification Development Platform

- S32EDEVPL2
- 1 @ US
- $2500.00
- Buy Direct
  
  Availability?

Documents and Software

Documents

Fact Sheet ( 3 )

S32S Safety Microcontrollers - Fact Sheet"^{(REV
2
)}

S32S MCUs for high-performance vehicle dynamics, domain control, and safety co-processor applications for electric and autonomous vehicles.
- 06 Jul 2018
- pdf
- 1.1 MB
- S32S_FS
- [ English ]
MPC5777C microcontrollers - Fact Sheet^{(REV
1
)}

MPC5777C MCUs for automotive and industrial Engine Management.
- 05 Mar 2019
- pdf
- 223.4 kB
- MPC5777CFS
- [ English , Japanese ]
MPC5777C マイクロコントローラ^{(REV
0
)}
- PDF
- 223.4 kB
- MPC5777CFS
NXP GreenBox Development Platform - Fact Sheet^{(REV
3
)}

GreenBox development platform for next generation of Hybrid Electric Vehicle (HEV) and internal combustion engine.
- 28 May 2019
- pdf
- 198.5 kB
- GREENBOXRDB_FS
- [ English ]

White Paper ( 1 )

Functional Safety SBCs for Future Transportation Systems Whitepaper^{(REV
0
)}

Embedded E/E transportation systems need built-in safety mechanisms that follow ISO 26262 automotive safety integrity level to guarantee safe and reliable operation.
- 06 Jul 2018
- pdf
- 717.8 kB
- CS-FS-WP
- [ English , Japanese ]
Functional Safety SBCs for Future Transportation Systems Whitepaper^{(REV
0
)}
- PDF
- 717.8 kB
- CS-FS-WP

NXP GreenBox Vehicle Electrification Development Platform

Overview

Target Applications

Specifications

Technical and Functional Specifications

Supported Devices

Processors and Microcontrollers

Buy

S32EDEVPL2 Active

Documents and Software

Documents ( 4 )

Documents

Fact Sheet ( 3 )

S32S Safety Microcontrollers - Fact Sheet" (REV 2 )

MPC5777C microcontrollers - Fact Sheet (REV 1 )

MPC5777C マイクロコントローラ (REV 0 )

NXP GreenBox Development Platform - Fact Sheet (REV 3 )

White Paper ( 1 )

Functional Safety SBCs for Future Transportation Systems Whitepaper (REV 0 )

Functional Safety SBCs for Future Transportation Systems Whitepaper (REV 0 )

S32EDEVPL2 ^Active

S32S Safety Microcontrollers - Fact Sheet"^{(REV
2
)}

MPC5777C microcontrollers - Fact Sheet^{(REV
1
)}

MPC5777C マイクロコントローラ^{(REV
0
)}

NXP GreenBox Development Platform - Fact Sheet^{(REV
3
)}

Functional Safety SBCs for Future Transportation Systems Whitepaper^{(REV
0
)}

Functional Safety SBCs for Future Transportation Systems Whitepaper^{(REV
0
)}