Arduino Edge Control Development Board - AKX00034
📌 What It Is
The Arduino Edge Control is a low‑power edge computing board built to collect sensor data, control actuators, and run logic at remote sites without constant human supervision. Its design targets smart agriculture and industrial IoT systems, where reliability, modular connectivity, and energy efficiency are essential.
🧠 Infographic‑Style Summary
ARDUINO EDGE CONTROL | | Development Board (AKX00034) | 🎯 Designed For | Precision farming & remote IoT | 🧠 MCU | nRF52840 ARM Cortex‑M4F (64 MHz) | 🌐 Connectivity | Bluetooth 5 (BLE) + Expandable with | | | Arduino MKR (LoRa, NB‑IoT, Wi‑Fi) | 🔌 Power Options | 12 V DC / Solar + Battery + RTC | 📌 Memory & Storage | 1 MB Flash + 2 MB QSPI + SD slot | | 🧪 Inputs & Outputs | 6 wake‑up, 8 relays, analog & 4‑20mA| |⚡ Relays | 4 × 60 V/2.5 A isolated SSRs | 📊 Sensors Interface | 16 × hydrostatic moisture sensors | 🍃 Low Power Mode | ~200 μA Sleep (34 mo on 5 Ah batt.) | 🌡️ Temp Range | –40 °C to +85 °C |📍 Target Uses | Smart irrigation, greenhouses, | | | IoT sensor control & automation
🔑 Core Capabilities
🧠 1. High‑Performance MCU & Memory
nRF52840 — 64 MHz ARM® Cortex‑M4F processor with FPU for edge logic and processing.
1 MB internal flash + 2 MB QSPI flash and a microSD slot for data logging and firmware storage.
📡 2. Connectivity & Modular Expansion
Built‑in Bluetooth (BLE 5) for local wireless interaction.
Expandable by plugging in Arduino MKR boards for long‑range/LTE/NB‑IoT/LoRa/Sigfox/Wi‑Fi connectivity — giving flexibility for diverse field environments.
🔌 3. Power & Deployment Options
Can run on 12 V DC, solar panels, and battery power — ideal for off‑grid setups.
Supports a real‑time clock (RTC) battery backup (CR2032) and MPPT solar charger for power management.
Ultra‑low sleep current (~200 μA) enables long life on small batteries.
🔍 4. Versatile I/O & Sensors
The board includes a wide variety of interfaces suited for real‑world control systems:
6 edge‑sensitive wake‑up inputs
8 relay control outputs (with and without drivers)
4 × 60 V/2.5 A galvanically isolated solid state relays
8 × 0‑5 V analog inputs
4 × 4‑20 mA industrial analog inputs
16 × hydrostatic sensor inputs
6 × 18‑pin terminal block connectors
This flexibility supports a broad range of actuators and sensors such as soil moisture probes, weather sensors, motorized valves, and more.
🌾 Typical Applications
The Arduino Edge Control excels where remote automation and monitoring are needed:
✔ Smart agriculture & irrigation systems — automatic watering based on moisture and environment data.
✔ Greenhouse control — regulate light, humidity, and ventilation.
✔ Hydroponics & aquaponics automation — control pumps and nutrients.
✔ Environmental telemetry stations — log data with SD and send via BLE or expanded connectivity.
✔ Edge AI & analytics — run TinyML/TensorFlow Lite models for local decision making.
📊 Power & Environmental Resilience
Designed for harsh outdoor environments — works from –40 °C to +85 °C.
Solar support and battery power make it ideal for off‑grid installations.
🧠 Why It Matters
This controller bridges industrial‑style sensing and control with the Arduino ecosystem — giving makers, engineers, and farmers the ability to build robust, long‑lasting, remote automation systems without complex hardware design or development overhead. It enhances productivity, reduces manual labor, and enables real‑time data‑driven decisions even in tough outdoor settings.
