Teltonika Networks RUTC40

The Teltonika Networks RUTC41 is a high-performance industrial 4G LTELTE (Long-Term Evolution) is often used in conjunction with ... More Cat 4 edge router. Additionally, it combines reliable cellular connectivity, powerful local computing, and next-generation wireless performance in a compact unit. Designed for demanding IoT, M2M, and edge computing applications, the RUTC41 processes data and runs custom logic directly at the network edge.

At the core, the RUTC41 features a dual-core 1.3 GHzGHz stands for gigahertz and is a unit of frequency in the I... More processor, 1 GB RAM, and 8 GB flash storage. As a result, it handles real-time analytics, protocol translation, and lightweight containerized applications efficiently. Moreover, native Docker support allows developers to deploy microservices and custom software directly on the router, reducing latency and minimizing cloud dependency.

In terms of connectivity, the router supports 4G LTELTE (Long-Term Evolution) is often used in conjunction with ... More Cat 4, offering download speeds up to 150 MbpsMegabits per second (Mbps) is the measurement used for broad... More and upload speeds up to 50 MbpsMegabits per second (Mbps) is the measurement used for broad... More. Furthermore, it can fall back to 3G/2G if needed. Dual SIM slots and consumer eSIM support with multiple profiles provide flexible redundancy and carrier failover, ensuring maximum uptime.

For local networking, dual-band Wi-Fi 6 (802.11ax) delivers high-speed wireless performance. In addition, five Gigabit Ethernet ports connect controllers, sensors, and cameras easily. The industrial-grade RutOS system provides routing, firewall, VPNA virtual private network (VPN) is the setting up of a prote... More, VLANA VLAN (virtual local area network) is a networking protocol... More, and security features. Users can manage devices centrally through Teltonika’s RMSA remote management system (RMS) is used for the monitoring ... More platform.

Finally, the Teltonika RUTC41 has a rugged chassis and industrial-rated power input, making it ideal for smart cities, manufacturing, energy, and other harsh environments. Thus, it ensures secure, reliable connectivity and local compute power wherever it is deployed.