Display Star Micronics SCD222U 20 digits USB 2.0 White

The Star Micronics SCD222U is a customer display with a blue back-lit 160 x 40 pixel LCD capable of showing two lines of up to 20 characters each or full graphics. It connects via USB 2.0 and is supplied in a white housing with an adjustable tilt angle from 0° to 40°, compact dimensions (141 mm × 13 mm × 65 mm) and is intended for retail environments to present transaction details and messages to customers.

Advantages

The SCD222U provides clear blue back-lit visibility and supports both character and graphic output on a compact LCD. It is designed for direct USB connectivity for power and data, offers a tilt-adjustable stand for optimal viewing, and is available with Windows OPOS driver and SDK support for easy integration into POS systems.

Suitable for

• Retail point-of-sale counters
• Small shops and boutiques
• Quick-service restaurants and cafés
• Any POS setup requiring a customer-facing USB display

Key specifications

• Display: 160 × 40 pixel blue back-lit LCD
• Text capacity: 2 lines × 20 characters (or full graphics)
• Interface: USB 2.0 (for power and data)
• Compatibility: Works with mPOP via USB; control via Bluetooth through mPOP on iOS, Android and Windows
• Drivers/SDK: Windows OPOS driver available; SDK provided
• Dimensions: 141 mm (W) × 13 mm (D) × 65 mm (H)
• Adjustable tilt: 0°–40°
• Colour: White

How to use

Connect the SCD222U to your POS terminal or mPOP unit using the USB 2.0 cable to provide both power and data. If used with mPOP, Bluetooth control is available via the mPOP on supported iOS, Android and Windows devices. For direct control from a Windows PC, install the Windows OPOS driver and use the SDK or POS software commands to send text or graphics to the display. Adjust the tilt angle for optimal customer visibility.

Recommendations

Use the supplied USB connection for both power and communication; when integrating into POS software, test character and graphic modes to ensure messages display correctly and adjust tilt to minimize glare in bright environments.