RUT956 is an industrial router that combines cellular, Wi-Fi, and wired connectivity options with automatic WAN failover and GNSS capabilities. Serial communication interfaces enable integrating more varied devices into the solution ecosystem, while I/O and advanced RutOS software facilitate equipment control, automation, and event notifications.
The Teltonika RUT361 is a compact, industrial-grade cellular router offering robust 4G LTE Cat 6 connectivity with speeds up to 300 Mbps. Designed for demanding IoT and M2M applications, it features dual SIM failover, Wi-Fi 4 with 2x2 MIMO, and advanced RutOS software. With support for VPN, industrial protocols, and remote management via RMS, the RUT361...
The Teltonika RUT361 is a compact, industrial-grade cellular router offering robust 4G LTE Cat 6 connectivity with speeds up to 300 Mbps. Designed for demanding IoT and M2M applications, it features dual SIM failover, Wi-Fi 4 with 2x2 MIMO, and advanced RutOS software. With support for VPN, industrial protocols, and remote management via RMS, the RUT361...
The RUT241 is a compact, industrial cellular router built for dependable and flexible connectivity in IoT and M2M environments. It features a rugged design with multiple interfaces, including 4G LTE, Wi-Fi, and two Ethernet ports, and integrates seamlessly with Teltonika’s Remote Management System (RMS). With automatic WAN failover and the advanced RutOS...
This board is designed to provide DC motor control to ODROID single board computers, it can be easily attached to the GPIO header and can control dc motors.
The 4-channel FET (Field-Effect Transistor) board is typically designed to control high-current loads using low-power signals, often for lighting, accessories, or performance modifications. Here’s a breakdown of its purpose and functionality.
This is a Audio amplifier board with on-board sound PAM8406 amplifier that can be used by plugging directly into the 8-pin of the 40-pin header connector and 2-pin Audio DAC line-out header connector of ODROID-C5 / ODROID-C4.
This board is designed to provide RS-485 control to ODROID single board computers, it is easily attachable to GPIO headers and accessible through UART bus.
