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NE301 Multi-Sensor Expansion Development Kit
NE301 Multi-Sensor Expansion Development Kit
NE301 Multi-Sensor Expansion Development Kit
NE301 Multi-Sensor Expansion Development Kit
NE301 Multi-Sensor Expansion Development Kit
  1. NE301 Multi-Sensor Expansion Development Kit
  2. NE301 Multi-Sensor Expansion Development Kit
  3. NE301 Multi-Sensor Expansion Development Kit
  4. NE301 Multi-Sensor Expansion Development Kit
  5. NE301 Multi-Sensor Expansion Development Kit

NE301 Multi-Sensor Expansion Development Kit

$88.00

Expand NeoEyes NE301 into a multi-sensor IoT prototyping platform. This development kit combines a dedicated sensor expansion board, 9 sensor functions, display modules, audio accessories, cables, and open C drivers for fast evaluation of sensing, visualization, and edge AI applications.

  • 9 sensor functions in one kit: temperature & humidity, ambient light, 6-axis IMU, short-range ToF, 20m d-ToF, PIR motion, 24GHz presence radar, infrared thermal imaging, and audio I/O.
  • Ready for fast NE301 prototyping: connect sensors through I2C, UART, digital I/O, SPI display, and audio interfaces.
  • Real-time visual output: the 1.54″ IPS display is pre-adapted for sensor data overlay and MLX90642 pseudo-color thermal rendering.
  • Open C drivers and CLI tools: start sensor acquisition with simple commands such as sexp start or sexp start ir.
  • Built for developers and integrators: ideal for IoT evaluation, sensor fusion, smart building, robotics, predictive maintenance, and environmental monitoring.
SKU: 76.002.000003 Category:

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    Multi-Sensor Expansion for NeoEyes NE301

    The NE301 Multi-Sensor Expansion Development Kit is a ready-to-evaluate hardware kit for IoT developers, makers, and system integrators building sensor-rich edge applications.

    It integrates a dedicated sensor expansion board with a wide range of sensing modules, including environmental sensing, motion detection, distance measurement, infrared thermal imaging, human presence detection, and audio input/output. Instead of sourcing individual modules and wiring them one by one, developers can start prototyping directly with a structured hardware platform designed around NE301.

    With standard I2C, UART, SPI display, digital I/O, and audio interfaces, the kit helps developers quickly evaluate multi-sensor data acquisition, real-time visualization, and sensor-triggered edge AI workflows.

    What You Can Build

    Use the kit to prototype and evaluate applications such as:

    • Smart building sensing
      Combine PIR and 24GHz radar for motion and presence detection in lighting, HVAC, occupancy, or security scenarios.
    • Thermal monitoring and predictive maintenance
      Use the MLX90642 infrared thermal array to monitor temperature distribution on electrical cabinets, motors, circuit boards, or equipment surfaces.
    • Robotics and distance sensing
      Combine short-range ToF and 20m d-ToF sensors for obstacle detection, boundary sensing, passage counting, or compact robotics evaluation.
    • Environmental monitoring
      Use temperature, humidity, and ambient light sensing to prototype greenhouse, outdoor monitoring, or solar-powered sensing systems.
    • Sensor fusion and edge AI evaluation
      Connect sensor data with NE301 vision AI workflows for smarter local decision-making.

    Open Drivers and Simple CLI Testing

    The kit includes pre-integrated C driver examples for supported sensors, available in the project structure:

    Custom/Hal/SensorExt/

    Developers can start automatic sensor acquisition and display rendering with simple CLI commands:

    sexp start
    Start periodic multi-sensor acquisition.

    sexp start ir
    Start infrared thermal imaging measurement and pseudo-color display rendering.

    The default acquisition cycle is designed for fast evaluation, with sensor readings and display updates available for demo and debugging workflows.

    Best For

    • IoT developers
    • Embedded AI developers
    • Makers and educators
    • System integrators
    • Sensor fusion prototyping
    • Smart building and industrial monitoring evaluation
    • NE301 application development

    What’s Included

    Category Item Qty Description
    Expansion Board Sensor Expansion Board 1 Connects all included sensors to the NE301 main board via I2C Bus 1.
    Display 1.54-inch IPS TFT LCD Display 1 240 × 240 resolution. Driver adapted for thermal pseudo-color imaging and sensor data overlay display.
    Display 1.14-inch IPS TFT LCD Display 1 135 × 240 resolution. SPI interface; driver development is required by the user.
    Display 0.96-inch Monochrome OLED Display 1 128 × 64 resolution. I2C interface; suitable for ultra-low-power text display. Driver development is required by the user.
    Sensor External ToF Laser Distance Sensor, 20 m 1 Long-range outdoor d-ToF distance sensor with strong ambient light resistance. Tested range: over 13 m. Driver adapted for on-screen data overlay.
    Sensor MLX90642 Wide-Angle Infrared Thermal Imaging Sensor 1 110° × 75° FOV. 32 × 24 non-contact infrared temperature array with pseudo-color thermal display support.
    Sensor PIR Motion Sensor with Lens 1 NP624M-F specification. 5 μA ultra-low-power sensor for human motion detection and security demo applications.
    Sensor 24 GHz Radar Presence Sensor 1 RKB1161LX1 module. Supports micro-motion detection and static human presence detection, including breathing-level presence sensing.
    Audio Electret Microphone 1 External microphone for the sensor expansion board, used for ambient sound capture.
    Audio Mini Speaker, 8 Ω 1.5 W 1 HDK-302008ZA-3C13, 30 × 20 mm dynamic speaker for audio playback or alarm output.
    Cable 4-Pin Serial Cable 2 Complimentary accessory for serial debugging and system log output.
    Cable Dupont Wires, Male-to-Male and Male-to-Female 20 Complimentary jumper wires for external sensor testing and breadboard connections.
    Cable ToF Sensor Connection Cable 1 Cable for connecting the ToF distance sensor.
    Connector Pin Header for Radar Sensor 1 Soldering is required by the user.
    Connector Pin Header for Display Module 1 Soldering is required by the user.

    Sensor Specifications

    Sensor / Module Function Range / Accuracy Interface CLI Support
    SHT3x Temperature & humidity ±0.3°C, ±2%RH I2C, 0x44 sht3x init → read
    LTR-31x Ambient light Visible + IR, 16-bit detection I2C, 0x22 als init → read
    LSM6DSR 6-axis IMU Accel ±2g to ±16g, gyro ±125 to ±2000dps I2C, 0x6A lsm6dsr init → read
    VL53L1X Short-range ToF Up to 1.3m short mode / 4m long mode I2C, 0x29 vl53l1x init → read
    DTS6012M 20m d-ToF distance sensor Rated 18m, 12m @ 160Klux, FOV <2° I2C, 0x51 dts6012m init → read
    MLX90642 Infrared thermal imaging 32 × 24 pixels, -40°C to 85°C, ±1°C I2C, 0x66 mlx90642 init → measure
    NP624M-F PIR motion detection Digital output, 5μA low power Digital I/O GPIO polling
    RKB1161LX1 24GHz presence radar Static presence and micro-motion detection UART Driver in development
    Audio I/O Microphone and speaker Mic -38dB, SNR 63dB; speaker 8Ω 1.5W, 90dB I2S / analog audio Integrated into audio pipeline

    Display Specifications

    Display Size Interface Resolution Color Dimensions Support
    Main IPS Color Display 1.54" SPI 240 × 240 262K colors 32.0 × 43.7 × 5.3mm Supported by default demo driver
    Backup IPS Color Display 1.14" SPI 135 × 240 65K colors 31.4 × 28.0 × 11.3mm Requires developer adaptation
    Backup OLED Display 0.96" I2C, 4-pin 128 × 64 Blue monochrome 24.7 × 27.0 × 11.3mm Requires developer adaptation

     

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