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1、Industrial 5G Devices Architecture and Capabilities5G Alliance for Connected Industries and Automation5G-ACIA White Paper White Paper 5G-ACIA Report Industrial 5G Devices Architecture and Capabilities2 White Paper 5G-ACIA Report Industrial 5G Devices Architecture and Capabilities 3 Table of Contents

2、1.Executive Summary 52.Introduction 63.Industrial 5G Devices 73.1 Types of Industrial 5G Devices 7 3.1.1 Low-Latency Sensors/Actuators 8 3.1.2 Low-Power Sensors/Actuators 8 3.1.3 2D/3D Sensors 8 3.1.4 HMI and xR 8 3.1.5 PLCs and Controllers 9 3.1.6 Gateways 9 3.1.7 TSN Ports 103.2 Characteristics of

3、 Industrial 5G Devices 11 3.2.1 Time Characteristics 11 3.2.2 Data Characteristics 12 3.2.3 Power Characteristics 13 3.2.4 Time Synchronization 13 3.2.5 Positioning 13 3.2.6 Communication Themes 143.3 Examples of Industrial 5G Devices 14 3.3.1 5G IP67 Sensor 16 3.3.2 5G Smart Sensor 16 3.3.3 5G IIoT

4、 Level Sensor 18 3.3.4 5G Dual-Channel Adapter 18 3.3.5 5G Remote I/O for Process Control 19 3.3.6 5G Process Control via Mobile Panel 19 3.3.7 Mobile App for 5G Industrial Devices for Augmented Field Applications 20 3.3.8 5G Drone Operation 20 3.3.9 5G Ethernet Bridge 21 3.3.10 5G Wireless Router 2

5、1 3.3.11 5G Industrial Gateway 22 3.3.12 5G Mobile Tracker 22 3.3.13 5G Valve Terminal 23 3.3.14 5G Controller(Remote I/O)244.Logical Reference Architecture for Industrial 5G Devices 254.1 Top-Level Logical Architecture 254.2 Practical Logical Architecture 26 4.2.1 Logical Architecture for Supportin

6、g Applications Inside a 5G Industrial Device 27 4.2.2 Logical Architecture for Supporting Applications or Networking Using IP or Ethernet with Traditional Non-Time-Aware QoS 28 4.2.3 Logical Architecture for Supporting Applications Using IP and Ethernet with QoS and Precision Time Protocol over a 5G