In the on-demand world, vehicles need to be able to offer a stylized yet simple way to convey complex information to drivers. Instrument clusters need to offer high-resolution colour displays with realistic visual renderings.
NXP's portfolio of instrument clusters covers entry level cost-effective solutions, through 2D and 3D hybrid displays. Each solution combines a full suite of hardware and software tools, complemented by our extensive ecoystem development tools.
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Recommendations for:
Entry Instrument Cluster
Select a block to see our recommendations.
NXP i.MX RT1170 crossover microcontrollers operate at 1 GHz, providing optimized computing power and multiple media capabilities with real-time functionality.
CAN FD and CAN signal improvement transceiver for automotive networks, offering EMC robustness and low power modes for partial networking
TJA1101B is the revision of the successful TJA1101A. The high performance, single port automotive Ethernet PHY is compliant to IEEE 100BASE-T1.
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.
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.
Automotive LIN Solutions offer a complete and versatile range of LIN automotive products including single, dual, quad LIN transceivers and LIN mini System Basis Chips
NXP's broad CAN and CAN FD portfolios cover all CAN functions and power modes with excellent EMC performance, leading quality, and a multi-sourced industrial base.
NXP’s Sensor solutions include a breadth of accelerometers, gyroscopes, magneto-resistive and pressure solutions covering different performance, sensing ranges
The NXP MMPF0100 PMIC features integrated full system-level power management ideally suited to the i.MX 6 series of application processors.
The PF7100 is a PMIC for high performance i.MX8 applications, featuring 5 buck converters and 2 LDO regulators for system power generation.
The PF5024 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
The PF5020 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
The NXP VR5500 is an automotive high voltage PMIC with multiple switch mode and linear voltage regulators designed for Radio, V2X and Infotainment applications
The VR5510 is NXP’s multi-channel, highly voltage PMIC device designed for high performance automotive and industrial applications.
Automotive-grade safety MCU with ISO 26262 ASIL D compliance delivers real-time monitoring and fault detection for electric vehicle systems
The FS24 is a family of automotive safety Mini CAN FD SBC devices with multiple power supply designed to support secure car access application using ultra-wide band (UWB), Near Field communication (NFC) and bluetooth low energy (BLE) devices while maintaining flexibility to fit other small applications requiring low power and CAN FD communication.
FS23 features multiple power rails with low power mode to supply the microcontroller and sensors. FS26 offers system functions as High side drivers, LIMP, CAN and LIN. The FS23 is developed according to the ISO 26262 standard and it includes enhanced safety features.
The FS5600 NXP's functional safety PMIC combines two DC-DC converters, watchdog and voltage monitors which make it fit in a wide range of applications.
Low-voltage power management IC for automotive applications with multi-output DCDC converters and LDOs delivering precise power control
Safety system basis chips (Safety SBCs) provide power to safety MCUs and optimize energy consumption through DC/DC switching regulators and ultra-low power saving modes.
I2C-bus GPIO expander with temperature sensor, LED dimming and interrupt output for industrial and automotive applications
The PCAL9722 is an ultra-low voltage 22-bit I/O expander and translator with SPI interface and Agile I/O features to enable flexible designs and expanded capabilities for MCU and MPU applications.
Recommendations for:
2D Instrument Cluster
Select a block to see our recommendations.
Multicore 32-bit MCUs with functional safety features and 2MB flash memory for powertrain control in automotive safety-critical applications
MPC560xS 32-bit MCUs addresses color thin-film transistor (TFT) displays in automotive and industrial instrument cluster applications.
NXP i.MX RT1170 crossover microcontrollers operate at 1 GHz, providing optimized computing power and multiple media capabilities with real-time functionality.
CAN FD and CAN signal improvement transceiver for automotive networks, offering EMC robustness and low power modes for partial networking
TJA1101B is the revision of the successful TJA1101A. The high performance, single port automotive Ethernet PHY is compliant to IEEE 100BASE-T1.
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.
The NXP MMPF0100 PMIC features integrated full system-level power management ideally suited to the i.MX 6 series of application processors.
The PF7100 is a PMIC for high performance i.MX8 applications, featuring 5 buck converters and 2 LDO regulators for system power generation.
The PF5024 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
The PF5020 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
The NXP VR5500 is an automotive high voltage PMIC with multiple switch mode and linear voltage regulators designed for Radio, V2X and Infotainment applications
The VR5510 is NXP’s multi-channel, highly voltage PMIC device designed for high performance automotive and industrial applications.
Automotive-grade safety MCU with ISO 26262 ASIL D compliance delivers real-time monitoring and fault detection for electric vehicle systems
The FS24 is a family of automotive safety Mini CAN FD SBC devices with multiple power supply designed to support secure car access application using ultra-wide band (UWB), Near Field communication (NFC) and bluetooth low energy (BLE) devices while maintaining flexibility to fit other small applications requiring low power and CAN FD communication.
FS23 features multiple power rails with low power mode to supply the microcontroller and sensors. FS26 offers system functions as High side drivers, LIMP, CAN and LIN. The FS23 is developed according to the ISO 26262 standard and it includes enhanced safety features.
The FS5600 NXP's functional safety PMIC combines two DC-DC converters, watchdog and voltage monitors which make it fit in a wide range of applications.
Low-voltage power management IC for automotive applications with multi-output DCDC converters and LDOs delivering precise power control
NXP’s Sensor solutions include a breadth of accelerometers, gyroscopes, magneto-resistive and pressure solutions covering different performance, sensing ranges
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.
Automotive LIN Solutions offer a complete and versatile range of LIN automotive products including single, dual, quad LIN transceivers and LIN mini System Basis Chips
NXP's broad CAN and CAN FD portfolios cover all CAN functions and power modes with excellent EMC performance, leading quality, and a multi-sourced industrial base.
I2C-bus GPIO expander with temperature sensor, LED dimming and interrupt output for industrial and automotive applications
The PCAL9722 is an ultra-low voltage 22-bit I/O expander and translator with SPI interface and Agile I/O features to enable flexible designs and expanded capabilities for MCU and MPU applications.
Recommendations for:
3D Instrument Cluster
Select a block to see our recommendations.
The i.MX 95 applications processor family offers secure, safety enabled platforms with ML acceleration for automotive, industrial, and IoT edge applications.
NXP's i.MX 8X family is comprised of common subsystems and architecture from the higher-end i.MX 8 family. For graphics, video, image processing, audio, and voice.
The i.MX 8 processor are built on the Arm Cortex-A53 core with advanced media processing, secure domain partitioning and innovative vision processing.
Multicore 32-bit MCUs with functional safety features and 2MB flash memory for powertrain control in automotive safety-critical applications
MPC560xS 32-bit MCUs addresses color thin-film transistor (TFT) displays in automotive and industrial instrument cluster applications.
CAN FD and CAN signal improvement transceiver for automotive networks, offering EMC robustness and low power modes for partial networking
TJA1101B is the revision of the successful TJA1101A. The high performance, single port automotive Ethernet PHY is compliant to IEEE 100BASE-T1.
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.
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.
Automotive LIN Solutions offer a complete and versatile range of LIN automotive products including single, dual, quad LIN transceivers and LIN mini System Basis Chips
The NXP MMPF0100 PMIC features integrated full system-level power management ideally suited to the i.MX 6 series of application processors.
The PF8101/PF8201 is a PMIC for high performance i.MX8 applications, featuring 5 buck converters and 3 LDO regulators for system power generation.
The PF7100 is a PMIC for high performance i.MX8 applications, featuring 5 buck converters and 2 LDO regulators for system power generation.
The PF5024 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
The PF5020 is NXP’s multi-channel, highly configurable PMIC device designed for high performance automotive and industrial applications.
The NXP VR5500 is an automotive high voltage PMIC with multiple switch mode and linear voltage regulators designed for Radio, V2X and Infotainment applications
The VR5510 is NXP’s multi-channel, highly voltage PMIC device designed for high performance automotive and industrial applications.
Automotive-grade safety MCU with ISO 26262 ASIL D compliance delivers real-time monitoring and fault detection for electric vehicle systems
The FS5600 NXP's functional safety PMIC combines two DC-DC converters, watchdog and voltage monitors which make it fit in a wide range of applications.
Low-voltage power management IC for automotive applications with multi-output DCDC converters and LDOs delivering precise power control
NXP’s Sensor solutions include a breadth of accelerometers, gyroscopes, magneto-resistive and pressure solutions covering different performance, sensing ranges
NXP Design Services can help you develop superior products through every phase of development, assuring the quality of your products and the satisfaction of your customers
Market-focused development software based on the i.MX RT, 6, 7, and 8 series processors.
NXP offers a portfolio of products and solutions that support your design cycle form start to finish. During your software development cycle the support team at NXP is here to help. Accelerate your design cycle by utilizing the NXP premium support team today
I2C-bus GPIO expander with temperature sensor, LED dimming and interrupt output for industrial and automotive applications
The PCAL9722 is an ultra-low voltage 22-bit I/O expander and translator with SPI interface and Agile I/O features to enable flexible designs and expanded capabilities for MCU and MPU applications.
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