Shenzhen Xingtong IOT Technology Co., Ltd.
Barcode Scanner Manufacturer with development & Invention ability
What Is Split Design?
Split design refers to a module architecture where the core board (PCBA) and the imaging lens are physically separated components rather than integrated into a single unit. This design approach enables ultra-thin device construction and allows the lens to be placed independently in locations where space constraints would prevent integration of a traditional combined module.
XTIOT Products with Split Design
XTIOT offers scanning modules featuring core board and lens split design, specifically engineered for space-constrained and custom-form-factor applications.
XT2001CM 2D Decoding Core Board
The XT2001CM features a split core board and lens design, enabling ultra-thin embedded product integration . This architecture allows the main board (35×25×1.5mm) to be placed separately from the lens, giving engineers maximum flexibility in device layout. The 1.5mm stamp hole design supports easy SMT mounting directly onto POS motherboards or other host devices.
Perfect for:
Ultra-thin POS terminals – separate board placement allows sleek countertop designs
Self-service kiosks – lens can be positioned at the scanning window while board mounts elsewhere
Payment terminals – flexible layout for handheld and countertop form factors
Embedded systems – fits into devices where traditional integrated modules cannot
XT2001DM 2D Decoding Core Board
The XT2001DM also features split core board and lens design for flexible integration. Like the XT2001CM, it utilizes 1.5mm stamp holes for easy SMT mounting directly onto host motherboards . The separate board and lens architecture enables ultra-thin product designs that would be impossible with integrated modules.
Perfect for:
OEM device manufacturing – design freedom to place lens and board independently
Space-constrained medical devices – fits into portable diagnostic equipment
Access control terminals – lens at scanning surface, board tucked inside housing
Smart locker systems – flexible installation in tight cabinet spaces
Key Advantages of Split Design
| Advantage | Benefit |
|---|---|
| Ultra-thin device design | Enables products with minimal thickness |
| Flexible placement | Lens and board can be positioned independently |
| SMT mounting | 1.5mm stamp holes for direct PCB soldering |
| Space optimization | Fits into areas where integrated modules cannot |
| Design freedom | Engineers can optimize layout for form factor |
Critical Applications for Split Design
| Application | Split Design Advantage |
|---|---|
| Ultra-thin POS terminals | Board mounts flat, lens positioned at scanning window |
| Self-service kiosks | Lens at user interface, board tucked inside base |
| Payment terminals | Flexible layout for compact handheld designs |
| Access control gates | Lens at scanning surface, board inside housing |
| Medical diagnostic devices | Fits into portable equipment with limited space |
| Smart lockers | Lens mounted on door, board inside cabinet |
Specifications
| Model | PCBA Dimensions | Mounting | Key Feature |
|---|---|---|---|
| XT2001CM | 35×25×1.5mm | 1.5mm stamp holes | Split design for ultra-thin integration |
| XT2001DM | 35×25×1.5mm | 1.5mm stamp holes | Excellent 1D/2D decoding with split design |
Achieve ultra-thin product designs with XTIOT split design modules. Contact XTIOT today for integration support and customization options.
