EDR-G9004-VPN-2MGTXSFP-CT-T
EDR-G9004 SeriesPlease contact us via sales@neteon.net or 888-908-3330 for other product options.
Features and Benefits
- 4-port Gigabit all-in-one firewall/NAT/VPN/router
- Gen3 LAN Bypass for system fault tolerance
- Dual WAN redundant interfaces through public networks
- Industrial-grade Intrusion Prevention/Detection System (IPS/IDS)
- Visualize OT security with the MXsecurity management software
- Secure remote access tunnel with VPN
- Examine industrial protocol data with Deep Packet Inspection (DPI) technology
- Easy network setup with Network Address Translation (NAT)
- Developed according to IEC 62443-4-2 with Secure Boot
- -40 to 75°C operating temperature range (-T model)
Introduction
The EDR-G9004 Series is a set ofhighly integrated industrial multi-port secure routers with firewall/NAT/VPNfunctions. These devices are designed for Ethernet-based securityapplications in critical remote control or monitoring networks. Thesesecure routers provide an electronic security perimeter to protectcritical cyber assets including substations in power applications,pump-and-treat systems in water stations, distributed control systemsin oil and gas applications, and PLC/SCADA systems in factory automation.Furthermore, with the addition of IDS/IPS, the EDR-G9004 Series isan industrial next-generation firewall, equipped with threat detectionand prevention capabilities to further protect critical infrastructurefrom cybersecurity attacks.
Defend Against Malicious Threats With Advanced Cybersecurity Features
The EDR-G9004 Series’ embedded firewall uses policy rulesto control network traffic between trusted zones while Network AddressTranslation (NAT) shields the internal network from unauthorized accessby outside hosts. The Virtual Private Networking (VPN) functionalityfurther provides users with secure communication tunnels when accessingthe private network from the public Internet. To help protect yourOT assets from cyberattacks, the EDR-G9004 Series supports Deep PacketInspection (DPI) to examine the data portion of network packets forvarious OT-specific protocols.
Simplify Configurations With the User-friendly Interface and QuickSettings
The EDR-G9004 Series’ Setup Wizard provides an easy wayfor users to set up DMZ ports to create a secure network buffer zonein just three steps. In addition, the object-based firewall managementfeature gives engineers a simple way to configure and maintain firewallfiltering for IP addresses and subnets, network services, industrialapplication services, and user-defined services.
Industrial-gradeDesign to Ensure Uninterrupted Network Connectivity
The EDR-G9004Series’ rugged hardware makes these secure routers ideal for harshindustrial environments, featuring wide-temperature models that arebuilt to operate reliably in hazardous conditions and extreme temperaturesof -40 up to 75°C. Moreover, the EDR-G9004 Series supports WAN, Layer3 redundancy mechanisms, and Gen3 LAN Bypass fault tolerance to ensurethat your network stays connected at all times.
Virtual Patchingand Intelligent Threat Protection
Patching remainsa major challenge in OT environments because OT applications cannotafford interrupting operations by shutting down systems to apply patches.Virtual patching technology can help complement existing patch managementprocesses by shielding known and unknown vulnerabilities. In addition,the EDR-G9004 features intelligent IPS functionality for continuousprotection against cyberthreats which uses pattern-based detectionto identify and block known attacks.
MX-ROS AddressesGrowing Cybersecurity Threats
Moxa’s MX-ROS (https://www.moxa.com/en/spotlight/portfolio/mx-ros/index) is a software platform for industrial security routers and firewalls.The platform supports the robust security and user-friendly operationof secure routers through simplified web and CLI interfaces. In additionto adhering to IEC 62443-4-2, MX-ROS devices offer a wealth of thelatest cross-industry Operational Technology (OT) network managementfeatures with each release to safeguard hardware and software.