Enlit Europe 2026

This gateway platform for Advanced Metering Infrastructure (AMI) applications implements a high-performance, ultra-low-power, CPU-based microprocessor and both broadband and narrowband Power Line Communication (PLC). The gateway can be combined with other communication technologies to route traffic between different types of interfaces, such as cellular and Ethernet. Our smart metering gateway platform combines narrowband power line communication with other communication technologies to route traffic between interfaces such as broadband PLC, cellular and Ethernet.

The multi-channel smart metering reference design enables accurate energy monitoring of multiple power rails and loads in a single platform. Built around the PIC32CXMTC dual-core MCU architecture and advanced metrology software, the solution can simultaneously measure up to 32 voltage and current channels while delivering output quantities aligned with international metering standards.

The flexible architecture combines high-performance metrology processing with a dedicated application core, enabling developers to integrate communications, diagnostics and edge intelligence into a scalable smart energy platform.

Designing wireless products requires balancing ease of use with reliable connectivity, but complexities like protocol vulnerabilities, antenna optimization and software updates can increase time and costs. Choosing the right wireless connectivity partner helps overcome these challenges, which enables dependable performance and expert support that give you confidence in your product’s success.

Load disaggregation is the process of breaking down the total energy consumption signal into its individual appliance-level components. It aims to determine which devices are running using patterns from a single measurement point, like a household's smart meter.

The machine learning-based load disaggregation solution for smart metering applications showcases an efficient implementation of load disaggregation on an embedded microcontroller, achieving the desired functionality with minimal CPU time and memory usage. This represents a key value-add for designers seeking optimal performance from our system-on-chip solutions for smart E-Metering applications.

The modern smart grid is a highly distributed architecture that is dependent on accurate timing for coordination, protection and control systems. Our portfolio of power utility timing systems (formerly the Tekron portfolio) provides a full selection of Global Navigation Satellite Systems (GNSS) time servers for every substation timing application.  Our products are designed to meet stringent environmental-hardening requirements for power utility substation deployment.

Critical infrastructures like communications, transportation, energy and data centers require precise timing. The virtual Primary Reference Time Clock (vPRTC) is a secure, resilient, network-based timing system designed for modern needs, including 5G and utilities.

It reduces reliance on satellite-based timing, such as GNSS, by using atomic clocks at core fiber-based timing hubs, fully controlled by network operators and protected from jamming or spoofing. The vPRTC architecture is widely deployed and proven through millions of operational hours.

Secure embedded systems with a comprehensive portfolio of security solutions supported by trusted silicon and services. From secure provisioning and key management to device authentication and data protection, these solutions help protect applications across IoT, industrial, medical, data centre, automotive and E-Mobility industries.

Simplify and accelerate embedded design with a comprehensive suite of development tools. Our hardware and software solutions support efficient coding, debugging and system qualification, offering integrated workflows across IDEs, compilers, code configurators, programmers, debuggers and development boards.

We support long-term product availability and supply continuity through our product longevity practices and lead-time solutions, helping customers plan confidently and reduce supply-chain risk.

Integrate seamless wireless connectivity into your designs with our industry-leading solutions. Our comprehensive portfolio supports Bluetooth^®, Wi-Fi^®, Sub-GHz and Thread^® for IoT, industrial and smart home applications.