Industrial Managed PoE Switch L2+ Ring Managedable Gigabit Ethernet DIN Outdoor Use

Olycom L2/L2+ Managed PoE Network Switch

Technical Data

Key Features

1. Functional Capabilities
Hybrid Fiber–Copper Networking

The switch integrates one programmable-speed SFP interface (100M / 1G / 2.5G) with six auto-negotiating Gigabit Ethernet ports, enabling seamless interconnection between optical backbones and copper-based industrial equipment without special cabling requirements.

2. Network Resilience & Loop Protection

Designed for ring and redundant topologies, the device supports ITU-T G.8032 Ethernet Protection Ring alongside STP / RSTP / MSTP protocols. These mechanisms ensure rapid topology recovery and prevent network loops in complex industrial installations.

3. High-Throughput Switching Performance

An optimized switching architecture delivers non-blocking data forwarding with microsecond-level latency. Support for large MAC tables, extensive VLAN segmentation, jumbo frames, and sufficient buffering ensures stable performance under heavy and bursty traffic loads.

4. Industrial Hardware Foundation

Equipped with ample system memory and flash storage, the platform maintains consistent operation while supporting advanced management and security functions, even in continuously loaded network environments.

5. Environmental & Electrical Hardening

The metal enclosure provides IP40 protection, while built-in defenses against surge, ESD, and electrical fast transients protect the system from common industrial electrical hazards. Wide operating temperature and humidity tolerance make the switch suitable for outdoor and industrial cabinet deployment.

6. Multi-Mode Network Management

Configuration and monitoring can be performed through multiple interfaces, including web-based management, CLI, SNMP, and Telnet. Diagnostic tools such as cable fault detection and energy-saving features help simplify maintenance and reduce operating costs.

7. dvanced Traffic Control & Segmentation

Support for VLAN tagging, link aggregation, QoS prioritization, and broadcast suppression enables precise control over traffic behavior, allowing critical services to be isolated and prioritized within shared industrial networks.

8. Security-Oriented Design

The switch incorporates layered access control and encryption mechanisms, including 802.1X, RADIUS, ACL, TACACS+, and secure management protocols. Firmware redundancy and broad protocol support help ensure long-term security and upgrade flexibility.

9. Installation Flexibility & Standards Compliance

Designed for DIN-rail or wall mounting, the compact housing fits easily into space-constrained control cabinets. The device complies with major international safety and EMC standards, ensuring reliable operation across global industrial deployments.

Long-Range Communication Support

The optical interface supports transmission distances of up to 120 km over single-mode fiber, while Ethernet ports support standard copper cabling for local connections up to 100 m, enabling scalable network design across large industrial sites.

Typical Deployment Scenarios

1. Automated Manufacturing & Process Control
Acts as a communication backbone for PLCs, sensors, and control systems, supporting real-time data exchange required for production control and equipment monitoring.

2. Transportation and Traffic Systems
Used in roadside cabinets, rail networks, and traffic management systems where ring redundancy ensures continuous operation of signaling and control networks.

3. Optical Private and Industrial Broadband Networks
Serves as a fiber access or aggregation node for enterprise and industrial private networks, enabling high-bandwidth communication between distributed locations.

4. Remote Industrial Operations
Supports network connectivity for geographically dispersed facilities such as water treatment plants, mining sites, and energy installations, enabling centralized monitoring and maintenance.

5. Outdoor Surveillance and Security Networks
Provides stable network access for IP cameras, wireless access points, and monitoring equipment deployed in outdoor or perimeter security environments.

6. Industrial Campuses and Logistics Parks
Forms the access layer of large-scale industrial and enterprise networks, supporting segmented architectures, service prioritization, and high device density.

Accessory