Operator Panel and HMI

Operator Panels, also known as human machine interfaces (HMI), permit interaction between human operators and industrial control systems such as programmable logic controllers (PLC). Products range from text panels with keypads to highly customizable graphical displays with touch screens. The interface is designed to provide operators with the ability to monitor critical process variables and input commands to query or modify the behavior of the machinery under control. Industrial operator panels are ruggedized for use in harsh environments.



Solutions for Operator Panel and HMI


Silicon Labs Solutions   Customer Benefits

Processing and Wireless Connectivity: Industry-leading wireless solutions (highest sensitivity, longest range, lowest system cost)

Operators can reliably control a remote industrial control system without wires

High reliability 8-bit controller with CAN 2.0B interface

Fully integrated CAN bus solution for high reliability industrial communications

Ethernet Connectivity and Power: Smallest single-chip Ethernet controller containing an integrated Media Access Controller (MAC) and Physical Layer (PHY)

Enables higher levels of product integration with most efficient use of space

Complete power supply solution for Power over Ethernet (PoE) Powered Device (PD) applications

Provides isolated or non-isolated power to remote peripherals

Human-Machine Interface: High sensitivity, low power infrared sensors

Allows the HMI panel to reduce energy consumption while the operator is away

Ultra-sensitive and robust capacitive sensing

Implement buttons, sliders, wheels for advanced UI control

USB Connectivity: Single-chip full-speed (12 Mbps) USB-to- UART bridge for systems communications

Simple and modular inter-system connectivity via USB

Single-chip full-speed (12 Mbps) USB to touch screen bridge

Adapt touch screen HMI to Windows controllers via USB

Timing Flexibility: Superior flexibility, low power, low jitter, small size

Exact frequency synthesis (0 ppm) enables replacement of XOs, VCXOs and multiple clocks