ABB 1MRK002266-AAr00 Optical Ethernet Module In Stock

BB 1MRK002266-AAR00 Optical Ethernet Module Overview

Product Summary

The ABB 1MRK002266-AAR00 is a robust multi-port Optical Ethernet Module designed to deliver reliable and high-speed network connectivity for various industrial and commercial applications. This module features advanced networking capabilities, ensuring efficient data transmission and enhanced network management.

Technical Specifications

• Ethernet Ports:
  • 4 independent ports capable of 100/1000 Mbps speeds
  • Utilizes optical transceivers for long-distance and interference-free communication
• Duplex Modes: Each port supports both full-duplex and half-duplex operation, providing flexibility in network configuration.
• Managed Switch: Includes an integrated managed switch for configuring and managing Ethernet traffic, enhancing network performance and security.
• Web Interface: Offers a user-friendly web browser-based interface for easy configuration and management, even from remote locations.
• SNMP Agent: Equipped with an SNMP (Simple Network Management Protocol) agent for monitoring and managing the network using SNMP software, facilitating early problem detection and performance optimization.

Key Features and Benefits

• High-Speed Connectivity: Supports up to 1 Gbps per port, ensuring fast and reliable data transfer suitable for demanding applications.
• Optical Transceivers: Provides superior signal integrity over long distances without susceptibility to electromagnetic interference.
• Flexible Duplex Modes: Full-duplex mode for maximum throughput or half-duplex for compatibility with legacy systems.
• Advanced Network Management: Managed switch functionality allows for detailed control over network traffic, improving efficiency and security.
• Remote Configuration: Web-based interface simplifies setup and adjustments, even when not physically present at the site.
• Proactive Monitoring: SNMP support enables continuous monitoring and quick response to potential issues, ensuring optimal network performance.