Powering Secure and Reliable Industrial Connectivity with Moxa OnCell G4300-LTE4 Routers
Posted Byadmin28 Oct0 Comment(s)65 View(s)
performance communications and a higher level of cybersecurity in industrial networks. With rugged design standards and Moxa’s proprietary GuaranLink technology, the routers deliver constant cellular communication and will automatically recover a link to continually operate. To protect against cybersecurity risks, the OnCell G4300-LTE4 Series is equipped with secure boot, VPN, NAT, firewall, and Deep Packet Inspection (DPI), providing reliable data protection and endpoint security.
Moreover, the OnCell G4300-LTE4 Series includes Moxa Remote Connect (MRC), a secure cloud-based platform for remote device management, which allows reliable device access, maintenance, and upgrades.
Guaranteed Reliable Cellular Links With GuaranLink
Reliable cellular communication is crucial in industrial uses, especially for remote control of utilities, transportation, and monitoring infrastructures. Moxa’s OnCell series includes GuaranLink, a cellular auto-recovery process that ensures reliable and stable network performance. GuaranLink disconnects downtime, data loss, and maintenance by ensuring continuous connectivity and autonomous link recovery.
Build a Cybersecurity Shield for Your Critical Applications
Secure Boot
Secure boot ensures industrial devices start only with manufacturer-signed, trusted software, protecting system integrity and shielding critical infrastructure from tampering and cyber threats.
Virtual Private Network (VPN)
A reliable VPN establishes a fully encrypted network, safeguarding industrial data and communications from unauthorized access.
Deep Packet Inspection (DPI)
Deep Packet Inspection (DPI) analyzes network traffic to permit only authorized communication patterns, automatically blocking unauthorized attempts like unexpected remote connections to industrial devices.
Firewall and Network Address Translation (NAT)
A firewall with integrated DDoS protection monitors IPs, protocols, and network traffic patterns to block potential threats, while NAT simplifies network management by concealing private addresses and reducing the need for public IPv4 exposure.
Secure Remote Maintenance With MRC
Moxa Remote Connect (MRC) offers a secure, cloud-enabled approach to remote device management and maintenance. Serving as an MRC gateway, the OnCell G4300-LTE4 Series empowers users to remotely monitor devices on the same LAN via the MRC server and other deployed OnCell units. MRC’s advanced access control architecture ensures that data, assets, and operations remain secure. With MRC, field engineers can efficiently perform troubleshooting and support without being on-site.
Monitor Your Network Connections in Distributed Environments
Get a unified view of all deployed routers and connected assets through the MRC cloud-based platform, allowing real-time monitoring and network health assessment.
Remotely Control Devices to Ensure Uninterrupted Connections
Access the OnCell G4300-LTE4 Series and LAN-connected devices securely using the MRC Client for quick problem-solving and reliable connectivity assurance.
Flexible and Secure Third-party Maintenance
Manage user permissions through group-based access controls, defining authorization by role, time, and communication protocol for enhanced third-party maintenance security.
Empower Your Applications
×
Secure Wireless Solutions for Distributed FTU/FRTU Networks
The OnCell G4302-LTE4 Series cellular routers deliver high-speed, reliable communication for FTUs and FRTUs across substations. With built-in security measures, these routers safeguard critical substation equipment from cyber threats while ensuring uninterrupted network performance.
System Requirements
Reliable Network Architecture: Ensures continuous and consistent data exchange between FRTUs and FTUs, supporting critical substation operations.
Wireless Data Security: Prevents data exposure to public networks, reducing vulnerability to cyberattacks on industrial systems.
Resilient Operation in Harsh Environments: Designed to operate continuously under high ambient temperatures, strong RF interference, and unstable power conditions.
Why Moxa
Seamless Connectivity with GuaranLink & WAN Redundancy: Enables fast recovery between cellular and Ethernet connections, ensuring uninterrupted communication in distributed networks.
Comprehensive Cybersecurity Features: Embedded firewall, DPI, NAT, and VPN functionalities protect substation devices from unauthorized access and network attacks.
Rugged Industrial-Grade Design: Built for extreme conditions with wide operating temperature ranges, EMC-hardened circuitry, and robust power protection.
×
Accelerate C&I BESS Deployments with Secure LTE Connectivity
For commercial and industrial battery energy storage systems (C&I BESS) in remote or hard-to-wire locations, LTE networks reduce cabling complexity and simplify installation. The OnCell G4308-LTE4 Series combines a cellular router, firewall, and switch, delivering reliable connectivity while reducing power consumption by over 50%.
System Requirements
Global-Ready Cellular Router: Enables secure, stable connectivity and deployment flexibility across international sites.
Secure Subsystem Connectivity: Protects critical devices from unauthorized access and cross-device cyber threats.
Remote Management Capability: Supports distributed, unmanned BESS sites, minimizing field service costs while ensuring operational reliability.
Why Moxa
Worldwide Deployment Simplified: Global models meet regional compliance standards, streamlining international installations.
Seamless Auto-Recovery with GuaranLink: Maintains uninterrupted network connectivity in the event of disruptions.a
Advanced Network Security: DPI and VLAN technologies prevent unauthorized access and protect critical subsystems.
Centralized Device Management: Moxa Remote Connect (MRC) enables efficient monitoring and management of globally distributed BESS devices.
×
Reliable Wireless Solutions for Resilient AC EV Charging Networks
The OnCell G4302-LTE4 Series cellular routers provide secure and dependable wireless connectivity, enabling seamless data transmission from EV charging stations to the operator’s cloud platform. These industrial-grade routers ensure reliable remote system monitoring and management, helping maintain uninterrupted charging services.
System Requirements
Uninterrupted Connectivity: A highly stable and reliable network is essential to prevent downtime and ensure consistent charging service.
Rugged Performance: Hardware designed to endure extreme weather, temperature fluctuations, and other harsh outdoor conditions.
Secure Remote Access: Simplified and protected remote diagnostics for quick troubleshooting and system maintenance.
Why Moxa
GuaranLink and WAN Redundancy: Automatic failover between cellular and Ethernet connections ensures continuous network availability.
Rugged, Compact Design: Industrial-grade construction tailored for demanding outdoor environments.
Remote Maintenance Support: Integration with Moxa Remote Connect (MRC) service for efficient system monitoring and remote troubleshooting.
×
Secure and Efficient Connectivity for Expanding Industrial Operations
When scaling manufacturing operations with new production facilities, having a reliable and secure network infrastructure is critical. The OnCell G4308-LTE4 Series is engineered to meet both immediate and future connectivity demands, ensuring smooth and protected operational growth.
System Requirements
Robust Cybersecurity for Legacy OT Systems: Upgrade older operational technology to meet current security standards without disrupting production.
Scalable Infrastructure: Ensure the network can adapt to future service needs, minimizing costly hardware replacements.
Protected Remote Maintenance: Enable secure remote access for monitoring and troubleshooting while safeguarding critical industrial systems.
Why Moxa
Advanced Threat Protection: Deep Packet Inspection (DPI) provides virtual patching by blocking harmful OT commands before they impact systems.
High-Bandwidth Expansion: With 8 ports, the OnCell G4308-LTE4 supports future growth and increased data loads.
Controlled Remote Access: Moxa Remote Connect (MRC) allows maintenance with restricted permissions, ensuring safety without sacrificing convenience.
×
Real-Time Monitoring and Control for Oil Pipeline Systems
Ensuring safe and efficient oil transport requires precise monitoring and reliable control of pipeline pressures. The OnCell G4302-LTE4 Series secure cellular routers enable operators to track pipeline pressures in real time and regulate inlet valves to maintain safe operating conditions.
System Requirements
Reliable Cellular Connectivity: Maintain continuous remote monitoring and control of oil pipelines, even in remote locations.
Explosion-Proof Equipment: Deploy devices certified for combustible environments to ensure safety and compliance.
Robust Cybersecurity: Protect critical pipeline operations from cyber threats with advanced security protocols.
Certified Safety Compliance: Devices meet IECEx, ATEX, and CID2 standards for use in hazardous environments.
Advanced Security Features: Industrial firewalls, Denial-of-Service (DoS) protection, and Deep Packet Inspection (DPI) safeguard operational technology.
×
Precise Data Acquisition for Intelligent Transportation Systems
Efficient traffic management depends on reliable, real-time data from distributed control systems. The OnCell G4302-LTE4 Series secure cellular routers deliver industrial-grade performance for intelligent transportation systems (ITS), supporting traffic light control and other critical urban mobility applications. These routers are certified for E1 eMARK and NEMA TS2, ensuring compliance with transportation industry standards.
System Requirements
Legacy System Integration: Seamlessly connect serial controllers with SCATS (Sydney Coordinated Adaptive Traffic System) for centralized control.
Durability in Harsh Environments: Operate reliably under high temperatures, vibration, and other challenging conditions.
Centralized Monitoring & Secure Maintenance: Enable remote management while protecting traffic control systems from unauthorized access.