Industrial IoT using secure edge computing and artificial intelligence is giving rise to intelligent automation systems that use real-time information to optimize efficiencies. At the heart of these cyber-physical interconnected systems is advanced deterministic communications technologies that can converge information technology (IT) and operational technology (OT) networks.
Industrial Communications
Industrial Communications
Reliable solutions for your industrial communications design.
Types of Industrial Communication
The NXP portfolio covers a broad spectrum of industrial communication alternatives.
Time-Sensitive Networking
TSN solutions to ensure time synchronization in manufacturing.
Industrial Ethernet
Real-time solutions using wired proprietary communication protocols.
Wireless
Ranging from 5G to Wi-Fi or Bluetooth.
Fieldbus
Legacy communication based on RS-485, RS-232, CAN or others.
Enabling the Revolution of Secure Connected Devices for Industrial Segments
Factory Automation
Accelerate the shift to smart factories with advanced automation technologies that provide greater flexibility, security and resiliency.
Building Control
Design highly efficient and secure building control systems, improve energy efficiency and lower maintenance costs.
Healthcare
Comprehensive system solutions to advance medical IoT devices that increase hospital efficiency, patient safety and quality of life.
Power and Energy
Scalable and secure solutions to advance power and energy efficiency.
The Building Blocks for Your Industrial Communications Design
Peripherals
Processors
Microcontrollers
Technology Spotlight
NXP Multi-Protocol i.MX RT Crossover MCU
The NXP i.MX RT1180 crossover MCU enables multi-protocol industrial IoT communications to support both real-time Ethernet and Industry 4.0 systems.
NXP Unleashes CC-Link IE TSN Support
NXP announces its integrated TSN solutions for industrial automation that now support the CC-Link IE TSN protocol.
Industrial Modbus Communication with the LPC55S06 Baseline MCU
Modbus is an open, de facto standard protocol in the industrial sensing and control markets. What makes Modbus so ubiquitous is its simplicity in message framing and data model.
