When Evolution Becomes Revolution

The heart of every monitoring project.

Key Innovations

Dual RTK GNSS & Radio. Centimeter-level positioning without additional hardware.

Built-in MPPT. Intelligent solar panel management to maximize system autonomy.

PoE++ In/Out. Power and data over a single Ethernet cable with PoE++ input and output support.

Mini PCIe LoRa*. Optional LoRa connectivity for long-range, low-power communications. Other Mini PCIe devices are also supported.

The Settop M1 v2 is a scalable system designed to remotely manage and control total stations, laser scanners, LiDAR, GNSS receivers, and remote sensors.

Its primary purpose is to automate data acquisition and ensure uninterrupted measurements, even when network connectivity is lost.

Integrated Architecture

One of the key advantages of the Settop M1 v2 is the integration of multiple functions into one single industrial-grade device. Instead of deploying several independent devices, the Settop M1 v2 combines all the essential functions required for a remote monitoring station in just one easy-to-use platform.

Integrated components include:

Open API for third-party integration
Compatible with Docker containers
Linux-based platform
Built-in MPPT controller
Ethernet router
Wi-Fi access point
4G/LTE modem
Internal data storage

Its integrated architecture simplifies monitoring station design considerably, reduces cabling, and minimizes potential points of failure.

Power Management

Solar or DC Power
Powered by solar panels or a 9–35 VDC power source with an integrated MPPT controller.

PoE Power
Receives power through Ethernet while also supplying power to connected devices.

Battery Charger
Charging system for external battery that ensures continuous operation during power outages.

Power Output Ports
Selectable regulated output voltage of 13 V or 15 V.

Why Settop M1 v2?

All-in-one integrated solution
Better power consumption
Reduced cabling
Faster installation
Reduced maintenance
Remote updates
Linux + Docker platform
Designed for 24/7 operation
Industrial-grade design

Typical Applications

The Settop M1 v2 is designed for projects where dynamic positioning is required with the possibility of carrying out remote control using a total station such as:

Monitoring: dams, slopes, bridges, buildings and structures.
Surveying: GNSS base stations, reference stations and machine control.
Marine works: caissons, barges and breakwater positioning.

Key Features

Open REST API for rapid third-party integration
Powerful API for seamless third-party integration, monitoring and automation.

Compatible with Docker Containers
Run applications securely and independently in containers for easier deployment, updates and software maintenance.

Linux Based Platform
Powered by a quad-core ARM Cortex-A53 processor running Linux, delivering high performance, reliability and flexibility for embedded applications.

Connections

1	Antenna LTE 1	9	USB + Power*
2	Radio antenna	10	USB + Power*
3	RS232 + Power*	11	USB + Power*
4	RS232 + Power*	12	PoE ++ OUT
5	PoE ++ IN	13	ACDC/Solar
6	Antenna Wifi/Bluetooth	14	Battery
7	Antenna LTE 2	15	Antenna GNSS Master
8	GNSS heading antenna

Settop M1 v2

The Settop M1 v2 is a scalable system designed to remotely manage and control total stations, laser scanners, LiDAR, GNSS receivers, and remote sensors. Its primary purpose is to automate data acquisition and ensure uninterrupted measurements, even when network connectivity is lost.