AMP2

Agility in IoT Prototyping

Enables ultra-fast implementation of control and data acquisition applications. A device built to accelerate agtech automation and agile processes.

  • Automation for agtech and control
  • Direct connection to sensors and DC actuators
  • Handles loads of up to 2 Amperes
AMP2

The easiest way to understand it

The AMP2 8A8P (or 8A4P) module is a device built exclusively to accelerate agtech-oriented automation and agile processes. It enables immediate IoT implementation with direct connection to different kinds of sensors. Note: it is not an industrial controller, but an advanced development tool.

Sensors / DC actuators
AMP2 module
Open environments / Cloud

Engineered technically and strategically

Open Development

  • Programmable in IDF and Visual Studio Code.
  • Compatible with Arduino and Open MgdEsp.

Solid Power

  • Opto-isolated outputs using transistors.
  • TIP127 transistor (up to 2 Amperes per output).

Sensor Connection

  • Header connectors for direct wiring.
  • Native SPI, I2C and OneWire support.

Industrial Protocols

  • Voltage and 4–20 mA inputs (jumpers).
  • Pure RS-485 bus for HMI / Modbus integrations.

Real Integration

Connection Architecture

Our solution fits into your existing ecosystem through this deployment:

  • 1
    Peripheral sensors (voltage, I2C, SPI)
  • 2
    AMP2 power front-end board
  • 3
    Microcontroller and open source environments
  • 4
    HMI devices via Modbus RS-485 or IoT
  • 5
    Visualization and control

Business Impact

Numbers don't lie

Rapid prototyping

Radically speeds up concept validation without depending on complex initial hardware.

Total flexibility

Programmable in multiple environments, so the team uses what it already knows.

Protected architecture

Voltage/current divider inputs and transistor isolation on power outputs.

Direct application

Perfect for pilots where a PLC would mean unnecessary cost and rigidity.

Ecosystem In Action

Adaptable to the specific needs of multiple productive and academic environments.

Agtech processes

  • Outdoor irrigation automation
  • Environmental control in housing facilities

Hobbyists & R&D

  • Technology adoption
  • Proof of concept for new IoT architectures

Commercial control

  • Low-criticality logistics systems
  • High-end home automation

Education

  • Focused robotics clubs
  • Technology universities
100%

Compatibility with the most widely adopted open languages and APIs worldwide.

"The perfect bridge between the popular Arduino/VSCode ecosystems and real rugged electrical requirements (2A, RS-485, 4-20mA) without the high cost of a certified industrial controller."

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