RUT361- Teltonika 4G Cellular Router

Description Contact us on a quote for project sales. The RUT361 is a robust cellular router with speeds of up to 300 Mbps with carrier aggregation, vital for IoT solutions demanding uninterrupted networks in challenging environments. Remote monitoring, advanced security features, and WAN failover make this LTE Cat 6 router feature-rich, and two Wi-Fi antennas ensure greater device applicability in diverse M2M applications. GET RMS CREDITS Industrial 4G LTE Cat 6 Router with Enterprise-Grade Security, VPN & Wi-Fi Mesh This robust LTE Cat 6 router is engineered for high-speed cellular connectivity, secure networking, and advanced wireless performance—perfect for industrial, commercial, and remote applications requiring dependable mobile broadband and comprehensive feature support. High-Speed Mobile Connectivity 4G LTE Cat 6: Up to 300 Mbps download / 50 Mbps upload 3G fallback: Up to 42 Mbps DL / 5.76 Mbps UL Based on 3GPP Release 12 for broad cellular compatibility Cellular Intelligence & Flexible SIM Management Real-time network insights: signal metrics (RSSI, RSRP, SINR, RSRQ), CA indicators, cell IDs, and band info Multiple PDN support for traffic segmentation Band locking and used band display Auto APN detection and SIM PIN code management Blacklist/Whitelist for operator control  Messaging & USSD Support Advanced SMS configuration: HTTP(S), email, scheduling, autoreply, SMPP USSD message support for real-time mobile service interaction Dual-Band Wi-Fi with Mesh & Enterprise Security Wi-Fi 4 (802.11b/g/n) with 2×2 MIMO, AP and STA modes Supports up to 50 simultaneous users Wireless mesh (802.11s), fast roaming (802.11r), and intelligent transition (802.11v/k) Enterprise-grade security: WPA2/WPA3, 802.1x, Protected Management Frames (PMF), EAP-TLS, MAC filtering QR code access for seamless login TravelMate: Redirects hotspot pages to next connected device Ethernet & Wired Networking 1x WAN 1x LAN port, 10/100 Mbps, IEEE 802.3/u/az compliance with auto MDI/MDIX Powerful Routing & Networking Stack Static & dynamic routing: BGP, OSPF, RIP, EIGRP, NHRP Full network protocol support: IPv4/IPv6, TCP, UDP, HTTP/S, MQTT, SSH, SNMP, DHCP, VXLAN and more Policy-based routing, load balancing, and failover (Mobile, Wi-Fi WAN, Wired, VRRP) QoS & Smart Queue Management for traffic prioritization Comprehensive Security Suite Firewall with custom rules, port forwarding, DMZ, NAT, TTL settings Real-time firewall statistics, port management, and traffic usage charts Web filtering, SSL certificate generation, IP blocking, and attack prevention (DDoS, port scan, brute force) VLAN support and granular access control for SSH, CLI, and WebUI Mobile data quota management and automated usage alerts Full-Spectrum VPN Compatibility Supports over 10 VPN protocols to ensure secure remote access and data transmission: OpenVPN, IPsec (IKEv1/v2), WireGuard, ZeroTier, SSTP, Tinc, GRE/IPsec, PPTP/L2TP, Stunnel, DMVPN, Tailscale Supports multi-client/server instances, dynamic encryption methods (AES, DES, GCM, CBC), and scalable tunnel configurations Additional Features Captive portal hotspot: with Radius, SMS, SSO, user/group control, and customizable themes Network topology map for visual management Real-time monitoring, scheduled reboots, watchdog (Ping, Wget, LCP) Bridge & Passthrough modes for flexible IP forwarding SSHFS support for mounting remote file systems Ideal For: Industrial M2M & IoT deployments Enterprise networks requiring secure, multi-WAN failover Remote site connectivity with VPN support Smart cities, transportation hubs, and mobile command centers   DATASHEET Use Case Highlights ✔ In order to leverage automation, smart factories require equipment interconnectivity and network centralisation, which can be costly and complex to implement. ✔ A Wi-Fi mesh network enabled via a fleet of DAP140 and DAP142 wireless access points is the ideal solution—enhancing wireless coverage while supporting up to 50 end devices per access point. ✔ An integrated DIN rail bracket, two RJ45 connectors, and 3-pin power input all make these Wi-Fi mesh access points extra-suitable for industrial applications, while the DAP142’s RS232 port allows it to directly connect to key equipment. The challenge – ready, mesh, go! Industrial automation has never been as widespread and sophisticated as it is today. The global smart factory market size, for example, accounted for $155.62 billion in 2024 and is estimated to surpass $386.36 billion by 2034, growing at a CAGR of 9.52%. A smart factory leverages myriad automation technologies to eliminate human errors, maximise efficiency and productivity, minimise costs, and produce invaluable data with which future optimisation is built upon. The lifeblood of such smart factories is, of course, the interconnectivity of machines. Without it, the moving parts of this innovative orchestra cannot communicate with one another, and automation without communication is, as we all know, no automation at all. As such, robust and reliable connectivity and network centralisation are priority number one. In the context of factories—industrial spaces spanning thousands of sqm—every inch of the facility and the machines therein must be connected. Such a feat cannot be achieved by a single mobile router, but a large fleet of routers would be costly to deploy. Luckily, there is a simpler, more affordable solution: a Wi-Fi mesh network enabled by wireless access points tailor-made for industrial environments. The solution – the mesh magic of wireless access points Kickstarting this industrial IoT solution is Teltonika’s RUT361 mobile router, providing our smart factory network with a source of LTE Cat 6 connectivity, capable of cellular speeds of up to 300Mbps with carrier aggregation. The RUT361 is then connected to a Teltonika DAP140 wireless access point via one of the latter’s 10/100 RJ45 connectors. From there, the access point relays a wireless signal to a fleet of wireless access points deployed strategically across the facility. Specifically, DAP140 and DAP142 industrial access points. The fleet creates a mesh-formation area of wider total coverage that is larger than the sum of its parts. Both of these rugged Wi-Fi access points share myriad features designed for industrial applications, such as Wi-Fi 4, Wi-Fi mesh, and Fast Roaming support. The key difference between them, however, is the DAP142’s RS232 port—enabling it to directly connect to staple equipment such as robotic arms and HMIs. With each Wi-Fi access point supporting up to 50 end devices, the result is a robust network covering the entire smart factory, leaving no piece of equipment behind. And with network centralisation taken care of, automation is now free to perform its Industry 4.0 magic. In addition, these wireless access points feature an integrated DIN rail bracket for easy mounting, a 3-pin power input, and industrial-grade aluminium housing engineered for the most challenging of industrial environments. In summary, the DAP140 and DAP142 Wi-Fi mesh access points enable a low-cost and low-complexity Wi-Fi mesh network. This network enhances wireless coverage and encompasses all equipment within a smart factory, thus enabling full-fledged automation. When it comes to industrial Wi-Fi mesh networks, the DAP140 and DAP142 are among the best wireless access point​s for the job.