3BSE080239R1 Redundant Network Routing Protocol (RNRP) NE870

Description

Overview

Essential details：3BSE080239R1 Redundant Network Routing Protocol (RNRP) NE870

Product Description

NE870 is an industrial router that also acts as a firewall. The router/firewall can be utilized to segment a system into network areas and also security zones. NE870 is primarily intended to be used to separate client/server networks and control networks, to separate different control and safety networks, and also to create RNRP tunnel areas between RNRP networks.

The concept of security zoning is described in IEC 62443. In short, security zoning is a method to segment a system into zones with different security levels. A security level is complied with by implementing a combination of security countermeasures. The reason why it potentially could make sense to divide a system into security zones, which comply with different security levels, could be that the risk for different parts of the system varies. Another could be that the impact of a potential incident varies.

NE870 supports RNRP (Redundant Network Routing Protocol), which enables 800xA to have two physically separate networks, and thereby avoid a single point of failure.

Features and benefits

• NE870 has a redundant power supply and alarm function
• Wide operating voltage range (16 VDC to 60 VDC)
• Back end holds a casted DIN clip for stable mounting on a DIN-rail
• Digital IO for monitoring
• Console port for management using CLI
• USB port for easy save and load system configuration
• 3 x RJ-45 Ethernet 1000BaseTX connectors
• Status LED‘s

NE870

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3BSE080239R1 Redundant Network Routing Protocol (RNRP) NE870

3BSE080239R1 Redundant network routing protocol is a protocol used to improve network reliability. Its main purpose is to provide alternate paths in the network to prevent network failure or a single point of failure from causing network outages.
3BSE080239R1 Redundant network routing protocols typically use multiple paths to transmit data to ensure that if one path fails, data can be transmitted over another. These protocols usually include mechanisms such as route backup, fault detection, and fast switching to ensure the reliability and stability of the network.
3BSE080239R1 Common redundant network routing protocols include HSRP (hot backup routing protocol), VRRP (Virtual Router Redundancy Protocol), and GLBP (gateway load balancing protocol). These protocols can provide redundant paths in the network to improve the reliability and availability of the network.