▪ VL53L0X ToF Laser Technology – Uses Time-of-Flight principle with 940nm VCSEL laser for accurate and reliable distance measurement

▪ Measurement Range up to 2 Meters – Typical sensing range of 30mm to 2000mm, depending on surface reflectivity and ambient conditions

▪ Millimeter-Level Precision – Provides high-resolution distance output with excellent repeatability and stability

▪ I2C Communication Interface – Supports standard I2C protocol (up to 400kHz Fast Mode) for easy integration with Arduino, ESP32, Raspberry Pi

▪ Built-in Voltage Regulator & Level Shifting – Compatible with both 3.3V and 5V systems without additional components

▪ Fast Ranging & Adjustable Timing Budget – Configurable measurement timing for balancing speed and accuracy in real-time applications

▪ Strong Ambient Light Immunity – Maintains performance even in high ambient light or sunlight conditions, unlike IR or ultrasonic sensors

▪ Low Power Consumption Modes – Optimized for battery-powered and IoT devices with efficient energy usage

▪ Compact GY-530 Module Design – Small size and standard pinout for easy integration into embedded and portable systems

▪ Wide Application Support – Ideal for robotics navigation, obstacle avoidance, drones, gesture sensing, smart parking, and automation systems

▪ APDS-9930 Integrated Sensor IC – Combines proximity sensing and ambient light sensing (ALS) in a single high-performance chip

▪ Infrared-Based Proximity Detection – Uses integrated IR LED + photodiode for accurate non-contact object detection with adjustable range

▪ High-Resolution Ambient Light Sensing – Provides precise lux measurement with programmable gain and integration time

▪ I2C Communication Interface – Supports standard I2C protocol (100kHz / 400kHz) for easy interfacing with Arduino, ESP32, Raspberry Pi

▪ Wide Operating Voltage Range – Compatible with 3.3V to 5V systems, suitable for most development boards

▪ Programmable Interrupt Output – Built-in interrupt pin enables event-driven detection and reduces microcontroller processing load

▪ Adjustable Gain & Timing Control – Configurable registers allow tuning of sensitivity, measurement cycles, and response time

▪ Ambient Light Cancellation – Designed with IR filtering and noise rejection for stable performance in varying lighting conditions

▪ Low Power Consumption – Supports power-saving modes, ideal for battery-powered and IoT devices

▪ Compact CJMCU Module Design – Small size and standard pin layout for easy integration into embedded systems