Motorola MC-EDGE | Pizoga Mission Critical Solutions

Overview

MC-EDGE RTU & GATEWAY UNIT

The Motorola MC-EDGE is a next-generation RTU powered by a TI Sitara Cortex processor and embedded Linux, combining real-time performance with proven OSI 7-layer protocol communications. Designed to succeed the ACE1000 and MOSCAD-M, it supports SCADA and IoT applications with IEC 61131-3 programming, portable Linux C, legacy Ladder database mapping, multiple SPE I/O modules, and modern LoRa, Land Mobile Radio and LTE connectivity.

ACE2EDGE — THE SMART WAY TO TRANSITION FROM ACE3600 TO MC-EDGE

ACE2EDGE simplifies the migration of your existing Motorola ACE3600 ladder logic applications to the modern MC-EDGE RTU platform. Our conversion solution transforms your existing application into an MC-EDGE-compatible PLX application, helping you preserve your investment in proven control logic while embracing next-generation RTU technology.

Save time, reduce engineering effort, and build on your existing expertise.

No need to start from scratch or purchase an IEC 61131-3 programming license for the converted application. Submit your ACE3600 application, receive your converted MC-EDGE version, and test it before committing to a purchase.

Flexible, Secure, and Scalable Connectivity

MC-EDGE combines powerful edge computing with flexible connectivity to meet the demands of modern industrial and mission-critical systems. Its modular architecture supports a wide range of I/O modules and communication technologies, enabling seamless integration with existing infrastructure and future system expansion. With support for IEC 61131-3 programming, MDLC networking, and industry-standard protocols, MC-EDGE simplifies system integration while enabling efficient remote monitoring, control, and data management.

Designed for reliable operation in demanding environments, MC-EDGE offers advanced cybersecurity, redundant communication options, and centralized configuration and maintenance capabilities. Its support for LTE, private LTE, LoRaWAN, and two-way radio helps extend connectivity to remote and distributed locations. By combining secure communications, flexible deployment, and local processing capabilities, MC-EDGE provides a versatile platform for evolving SCADA and IoT applications.

Built For Mission-Critical Apps

The Motorola MC-EDGE is an intelligent, mission-critical gateway designed for SCADA, IoT, and remote monitoring applications. It combines highly reliable communications over LTE, two-way radio, and LoRaWAN with edge computing capabilities for local data processing, filtering, aggregation, and analytics. Built-in security features, including IPsec, AES-256 encryption, and device authentication, help protect system integrity and sensitive data.

Designed for flexible integration and future expansion, MC-EDGE supports multiple communication protocols, including MDLC, Modbus, DNP3, and MQTT, along with local and remote configuration, diagnostics, and maintenance. Its modular I/O options, redundant communication links, and support for multiple network technologies enable scalable deployments across distributed sites, helping organizations improve operational efficiency, system resilience, and connectivity for mission-critical operations.

Specifications

Downloadable Specification Sheet

Download Sheet

Features

Flexible I/O Architecture

✓Modular SPE I/O and CAN bus I/O modules
✓Digital input and output configurations
✓Analog input support for field measurements
✓Flexible I/O configurations for application requirements
✓Connection to sensors, actuators, and field equipment
✓Expandable architecture for evolving system needs

Advanced Connectivity & Integration

✓Multiple Ethernet and serial interfaces
✓Support for LTE, private LTE, LoRaWAN, and two-way radio
✓Seamless integration with existing SCADA systems
✓Industrial protocols, including Modbus, DNP3, and MDLC
✓Linux-based application development
✓ACE2EDGE conversion of ACE3600 ladder applications to MC-EDGE-compatible PLX applications

Secure, Intelligent & Cost-Effective Solutions

✓Edge computing for data filtering, aggregation, and processing
✓Security features including encryption and authentication
✓Remote diagnostics and event logging
✓Designed for mission-critical industrial and infrastructure applications
✓ACE2EDGE helps preserve existing ACE3600 application investments when migrating to MC-EDGE
✓Reduce migration effort and costs while extending the value of established control logic

MC-EDGE provides a powerful and versatile platform for modernizing existing control systems and developing new mission-critical applications. Designed for demanding industrial environments, it combines flexible hardware configurations, advanced communication capabilities, and secure embedded technologies in a compact, modular RTU. With support for IEC 61131-3 programming, Linux-based applications, and established communication protocols, MC-EDGE enables system integrators to develop customized solutions while simplifying integration with existing SCADA infrastructure.

Its modular I/O architecture supports both SPE I/O modules and CAN bus I/O modules, providing flexible options for connecting digital and analog signals, sensors, actuators, and field equipment. This modular design allows users to tailor I/O configurations to specific application requirements and expand systems as operational needs evolve. Multiple Ethernet and serial interfaces, expandable I/O options, and support for LTE, private LTE, LoRaWAN, and two-way radio help address diverse connectivity requirements, including remote and distributed sites.

Built-in cybersecurity mechanisms, including encryption, authentication, access control, and secure key management options, help protect communications and sensitive information. Remote diagnostics, centralized configuration, event logging, and redundant communication capabilities further support efficient maintenance and reliable operation. Whether deployed for utilities, infrastructure monitoring, industrial automation, or distributed IoT networks, MC-EDGE offers a flexible foundation for expanding system capabilities, improving operational visibility, and supporting future technology requirements without unnecessary complexity.