Compact Barcode Scanner Module for OEM Integration

- 1D/2D decoding

- USB COM/USB HID, UART

- Small size 21.6 x 15 x 12 mm ( LxWxH )

- Weight 3g

- CMOS Sensor 1280 x 800 pixels

Performance you can see, quality you can trust

Every barcode scanner module we build goes through an uncompromising quality journey — from materials selection to final assembly. Using state-of-the-art testing tools, we evaluate every detail to ensure superior precision and durability. The result is a product line that exceeds industry standards and delivers reliability you can count on, scan after scan.

Specification of the Compact Barcode Scanner Module

General
Interface: USB-KB / USB-COM / RS-232
Barcodes Supported (1D):

UPC A , UPC E , EAN 8 , EAN 13 , Code 128 , Code 39 , Code 93 ,Code 32 , Code11 , Codabar ,Plessey , MSI , Interleaved 2 of 5 IATA 2 of 5，Matrix 2 of 5，Straight 2 of 5，Pharmacode，

GS1 DataBar 14，GS1 DataBar Expanded，GS1 DataBar Limited，Composite Code A，Composite Code B，Composite Code C

Barcodes Supported (2D):

Data Matrix , QR Code,Micro QR Code , Aztec ,PDF417 , MicroPDF417, MaxiCode , DotCode , Grid Matrix

Optical
Sensor Resolution: 1280 (H) x 800 (V) pixels, Megapixels CMOS Array sensor

Scan Rate : 60 FPS
Light Source: Aiming 610nm red LED, Illumination 9000K white LED × 2
Resolution: 3 mil Code 39, 5 mil QR Code
Focusing Distance: Up to 350mm
Field of View: Horizontal 46°, Vertical 29°
PCS: 20%

Electrical
Input Voltage: DC 5V±5%
Currents: 150mA

Environment
Operating Temperature: -10°C to 50°C (14 ~ 122 °F)
Storage Temperature: -40°C to 70°C (-40°F to 158°F)
Operating Humidity:5% – 95% RH (Non-condensing)
Ambient Light Immunity: 100,000 lux

Physical
Weight: 3g
Dimensions: 21.6mm*15.8mm*12mm(L*W*H)
Housing Material: ABS Plastic

Depth of Field

Barcode Scanner Module Mechanical Dimensions

This compact barcode scanner module features a precisely designed mechanical layout with optimized dimensions for easy system integration.
With a body size of 21.6 × 15.8 × 12 mm, it provides stable performance while maintaining a minimal footprint, making it suitable for embedded and space-constrained applications.
The diagram below shows the exact module dimensions and mounting reference for hardware design purposes.