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  • VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor
  • VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor
  • VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor
  • VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor
  • VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor
VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor
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VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino Optical Proximity Sensor

  • 5 - 49 Pieces
    $3.66
  • 50 - 499 Pieces
    $3.51
  • >= 500 Pieces
    $3.24

Customization:

Customized packaging(Min.Order: 1000 pieces)

VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino Optical Proximity Sensor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Proximity Detection: Uses infrared (IR) technology for accurate object detection within a customizable range, ideal for gesture control, motion sensing, and automated systems.
  • Ambient Light Sensing: Integrates a light-dependent resistor (LDR) to measure environmental light intensity, enabling adaptive lighting solutions.

Key features

  • 1. Optical Sensing Technology for Precise Proximity Detection

  • With infrared optical sensing technology, you can achieve accurate object detection within a 15cm range, outperforming ultrasonic sensors in precision and reliability*.

  • 2. Durable FR-4 PCB and SMD Components

  • With an FR-4 PCB and surface-mount components, you can ensure long-term durability in rugged environments compared to modules using lower-quality materials*.

  • 3. I2C Interface and Labeled Pins for Seamless Integration

  • With an I2C interface and clearly labeled pins (VCC, GND, SDA, SCL), you can simplify integration with Arduino or microcontrollers, unlike non-standardized modules*.

  • 4. Low-Power Operation for Extended Battery Life

  • With low-power consumption design, you can extend battery life by up to 40% in portable devices versus traditional proximity sensors*, ideal for battery-operated projects.

  • 5. EPR Germany Certification for Environmental Compliance

  • With EPR Germany certification, you can ensure compliance with EU environmental regulations, surpassing non-certified alternatives in sustainability*.

Product details

VCNL4010 proximity Light sensor DC3.3V-5V module I2C ambient light LiDAR module For Arduino   Optical Proximity Sensor

The VCNL4010 Proximity Sensor Module is a compact, versatile optical sensor designed for precise object detection and ambient light measurement. Operating at 3.3V-5V with I2C interface compatibility, it seamlessly integrates into Arduino and other microcontroller projects. Ideal for applications like gesture control, motion detection, and smart home automation, this module combines low power consumption with robust performance.

Technical specifications

FeatureSpecificationBenefit
Sensor TypeVCNL4010 optical proximity sensorHigh-precision IR-based object detection
Operating Voltage3.3V to 5V DCWide voltage compatibility for diverse systems
InterfaceI2CEasy integration with microcontrollers
Detection RangeUp to 15cm (adjustable)Customizable for varied project needs
Power Consumption< 100µA in standby modeProlongs battery life in portable devices
CompatibilityArduino, Raspberry Pi, etc.Plug-and-play usability
MaterialFR-4 PCB with SMD componentsDurable and reliable circuitry

Customization guide

Adjust detection sensitivity and range via software settings to meet specific project requirements. Additional components (e.g., filters or actuators) can be integrated for specialized applications like industrial automation or robotics.

Get inspired

Whether you’re building a smart home automation system, a gesture-controlled device, or a robotic navigation system, the VCNL4010 module simplifies proximity sensing with its intuitive design and low power profile.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Detection Range15cm20cm (+33%)25cm (+66%)*
Power Consumption100µA (standby)80µA (-20%)60µA (-40%)
CertificationsNoneRoHSEPR_Germany_Packing

Supplier's note

  1. Technical Breakthroughs:

    • VCNL4010 Sensor Core: Uses advanced IR technology for accurate proximity detection in diverse lighting conditions.
    • Ultra-Low Power Design: Consumes 40% less power than traditional sensors, extending battery life.
    • Universal Compatibility: Pre-configured I2C interface reduces setup time for Arduino and Raspberry Pi users.
  2. Version Selection Guide:

    • Base Model: Ideal for hobbyists and basic projects requiring standard detection (e.g., simple motion sensors).
    • Advanced Model: Suitable for mid-range applications like smart home devices, offering extended range and RoHS compliance.
    • Pro Model: Best for professional or regulated environments (e.g., industrial robotics) with EPR certification and maximum detection capability.

With the Pro model’s EPR certification, you can ensure compliance in European markets while achieving 25cm detection range—20% farther than industry benchmarks. Pair its low power consumption with I2C integration to create energy-efficient, scalable systems.

Frequently asked questions

  • Which proximity sensor is best for battery-powered Arduino projects?

  • How to store the VCNL4010 module to prevent component damage?

  • How does the VCNL4010 compare to ultrasonic sensors for gesture control?

  • Can the VCNL4010 module be customized for specific light sensitivity needs?

  • Is the VCNL4010 module EPR-certified for European projects?

  • What’s the maximum detection range of the VCNL4010 proximity sensor?

  • How to connect the VCNL4010 to Raspberry Pi?

  • Does the VCNL4010 module come with example code for Arduino?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Optical Proximity SensorsSmartphones, IoT devices, roboticsDetection Range: 10 cm (Industry Standard) ▲ 15 cm (Our Base) ▲ 20 cm (Our Advanced) (Enhanced IR sensitivity)
Power: 300 µA (Std) ▲ 250 µA (Base) ▲ 200 µA (Advanced) (Low-power design)
Compact size, works in darkness, low power consumption (250 µA @ 3.3V)
Advanced: 20% lower power than Base
Affected by ambient light, limited range vs LiDAR
Base: 15 cm max range
Ultrasonic SensorsParking systems, industrial automationRange: 3 m (Std) ▲ 2.5 m (Base) ▲ 3.5 m (Advanced) (Improved transducer)
Power: 50 mA (Std) ▲ 40 mA (Base) ▲ 30 mA (Advanced)
Long range (up to 3.5 m), works in darkness, robust in dusty environmentsHigher power draw (30–50 mA), bulky, sensitive to noise interference
Capacitive SensorsTouch interfaces, gesture controlSensing Distance: 2 cm (Std) ▲ 2.5 cm (Base) ▲ 3 cm (Advanced) (Enhanced signal processing)
Latency: 10 ms (Std) ▲ 8 ms (Base) ▲ 5 ms (Advanced)
High precision, immune to dust, works in bright/dark conditionsRequires conductive surfaces, limited range (3 cm max), humidity sensitivity
LiDAR-based SensorsAutonomous vehicles, dronesRange: 100 m (Std) ▲ 80 m (Base) ▲ 120 m (Advanced) (High-power laser)
Resolution: 0.1° (Std) ▲ 0.05° (Advanced)
Extreme range (120 m), high accuracy, 3D mapping capabilityExpensive, power-hungry (500+ mA), complex integration
Magnetic SensorsDoor access systems, industrial machineryDetection Distance: 5 cm (Std) ▲ 6 cm (Base) ▲ 7 cm (Advanced) (Stronger magnet sensitivity)
Power: 10 µA (Std) ▲ 5 µA (Advanced) (Ultra-low power)
Extremely low power (5 µA standby), reliable in harsh environmentsOnly detects magnetic materials, limited range (7 cm max)
Infrared (IR) SensorsRemote controls, security systemsRange: 8 cm (Std) ▲ 10 cm (Base) ▲ 12 cm (Advanced) (Advanced IR filtering)
Response Time: 50 ms (Std) ▲ 30 ms (Advanced)
Fast response (30 ms), cost-effective, simple setupInterference from sunlight/other IR sources, limited to line-of-sight

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