V68 QR code scanner module is an area imaging engine optimized for mobile payment codes. The V68 embedded barcode module is only used for reading mobile phone screen codes and scanning codes from a distance of 1 meter. V68 does not use a laser light source, only LEDs as decoding indicator lights. The wavelength range and luminous intensity generated by these LEDs under normal usage are safe. Many customers like this remote scanning module. They installed it on a self-service machine, and the iPhone can achieve long-distance scanning of 1-1.5 meters.
The Lonvill V68 QR code scanner module delivers reliable scanning for mobile payment and self-service terminals. Designed as an embedded solution, the V68 offers powerful performance in compact size. It supports long-range scanning of mobile barcodes, reaching up to 1–1.5 meters. This enables users to complete transactions without placing phones too close. The module handles low-contrast and damaged barcodes with ease, making it perfect for real-world use. Whether the screen has a protective film or low brightness, the V68 captures codes instantly. Retailers and kiosk manufacturers value its excellent response time and versatility.
Unlike laser-based modules, the V68 uses safe LED lighting. These RGB LEDs serve as visual feedback and status indicators during scanning. The default standby light appears white. Upon successful scanning, developers can configure the LED to flash red, green, or blue. This makes V68 ideal for indoor public areas. The LED’s wavelength and brightness stay within safe limits, ensuring comfort and eye safety in long-term use. The lighting also enhances user interaction and system feedback.
To support flexible integration, the V68 QR code scanner module includes USB and RS-232 interfaces. This allows it to connect with a wide range of hardware platforms such as kiosks, vending machines, ticket terminals, and access control systems. System integrators can plug it directly into various industrial devices without driver issues. The scanner ensures smooth data communication with point-of-sale systems or custom firmware setups. This versatility helps reduce engineering complexity and speeds up deployment.
The V68 is engineered for energy efficiency. Built-in power-saving features extend the module’s life and minimize energy costs. The scanner consumes minimal power during standby and scanning states, which is ideal for 24/7 unmanned operations. The core engine is designed using Lonvill’s proprietary decoding algorithms that reduce strain while maintaining scan accuracy. Its long service life and durability make it a cost-effective choice for B2B integration in high-frequency usage environments.
The V68 is widely used in parking systems, highway toll booths, and access management kiosks. It allows users to scan payment or ID codes from the driver’s seat without exiting the vehicle. This long-distance scanning capability brings convenience and improves traffic flow. The compact design and reliable performance make the V68 a top choice for companies creating smart infrastructure or automated retail solutions. Integrators can mount it inside metal or plastic enclosures, maintaining its stability and performance.
Image Sensor | 1280*800 CMOS |
Symbologies | 2D:QR Code |
1D:Code 128 | |
Aiming | Paypal barcode: Bule |
WeChat barcode : Green | |
Other Barcode : Red | |
Resolution | ≥5mil |
Typical Depth of Field | Mobile phone WeChat payment code: |
100mm-1300mm 5.2inch Android phones | |
100mm-1350mm 4inch Apple-Phone | |
100mm-1900mm 5.5inch Apple-Phone | |
Symbol Contrast | ≥30% |
Scan Angle | Roll: 360°, Pitch: ±40°, Skew: ±45° |
Field of View | Horizontal 41°, Vertical 26.3° |
Interfaces | TTL-232,USB,RS-232 |
Dimensions (L×W×H)mm | 61.5(W)×65.5(D)×31(H)mm |
Weight | 39g |
Operating Voltage | 12-pin FPC horizontal socket: 3.3-5 VDC±5% |
4-pin Du-pont socket USB interface: 3.3-5 VDC±5% | |
4-pin Du-Pont socket RS232 interface: 3.3-5 VDC±5% | |
Rated power consumption | Operating (3.3V) 1023.7mW (typ.) |
Operating (5V) 1034.0mW (typ.) | |
Current@5VDC | Operating: 206.8mA (typical) 210.1mA (typical) |
Standby:56.7mA | |
Current@3.3VDC | Operating: 310.2mA(typical) 314.6mA (typical) |
Standby: 87mA | |
Operating temperature | -40℃~+70℃ |
Storage temperature | -40℃~+80℃ |
Humidity | 5% to 95% (non-condensing) |
Ambient Light | 0~100,000lux (natural light) |
Certificates & Protection | FCC Part15 Class B,CE EMC Class B |
Development Boards | Development board with trigger buttons and buzzer with RS-232 and USB output |
Cable | USB : |
4pin USB data cable, used to connect the development board and the information receiving host | |
FPC cable : | |
12pin FPC cable, used to connect the development board and the host computer | |
RS-232 : | |
RS-232 data cable, used to connect the development board and the information receiving host | |
Power Adapter | 5V power adapter, with data cable to power the device |