IS420ESWBH2A LC-type connnection

IS420ESWBH2A In addition to communication encryption devices, Etherguard also provides protection such as port authentication, access control and application level packet inspection. Unlike competitors designed for general enterprise applications, Etherguard is specifically designed to provide strong cryptographic defences for IP-connected PLC (Programmable Logic Controller) devices. Deep Packet Inspection Generic firewall devices only filter industrial protocols based on tpp ports or UDP ports. Many viruses and network attacks use the same open ports to allow industrial protocols to penetrate the network. Application-level DIPs in etherguard systems provide an additional layer of protection to isolate vulnerable contamination from a PC and prevent it from affecting industrial control functions.

Machine-to-Machine (M2M) Network Authentication Etherguard supports the authentication-based 802.1x port authentication protocol, simplifying the device authentication inherent in M2M communications over industrial networks. When installed with PLCs, authentication for each PLC can be managed in the same way as a personal computer in a federal or DoD network. In addition, utility network authentication services can be easily integrated with existing public key infrastructure authentication infrastructures. Proprietary Cryptographic Technology EtherShield has the ability to create a secure “information-darkness” barrier that obscures any device or service behind it, making it ideal for sensitive or critical equipment applications where leakage could weaken security. Other Certified Network Solutions Etherguard is just one of 3Eti’s Network Fence 663 Series devices, offering a comprehensive range of affordable solutions, from industrial SCAD firewalls to military endpoint encryption.

Wireless network-based RFID systems allow users to connect a complex device, such as a wireless network identification processor, to an industrial network through a gateway, using standard discrete sensor wiring.
– Simplifies network topology and PLC setup, using io link blocks to process rfid data like standard I/O points.
– Reduce costs by running multiple rfid readers on a single I/O block using standard 3-conductor sensor cables (typical savings of 12% per identification point).