7 Inch LCD NFC Touch LCD Module Screen for Mobile Payment

• Customization: Available
• Usage: Small-sized LCM
• Touch Screen Type: Capacitive
• Model NO.: RCS-TM0686-NFC
• Type: LCM
• Response Time: 5ms
• Viewing Angle: IPS
• Display Technology: TFT
• DOT-Matrix Graphic LCD Module Type: Row/Column-Driven Control Type
• LCD Drive Mode: Multiplex Drive LCD Module
• Customized: Customized
• Resolution: 800RGB×480
• Backlight Type: White LED
• Touch Screen: Capacitive Touch Screen
• Mechanical(mm): 66.6*181*7.15
• Transport Package: Paper Carton
• Specification: 208.5mm*77mm*22.4mm
• Trademark: rCloud
• Origin: China
• HS Code: 8531200000
• Production Capacity: 1000000
• Package Size: 41.00cm * 13.00cm * 20.00cm
• Package Gross Weight: 1.000kg
• Lead Time: 25 days (1 - 100 Pieces) ; To be negotiated ( > 100 Pieces)

Product Description

7 Inch LCD NFC Touch LCD Module Screen for Mobile payment

Introduction:

Discover the 8.8-inch Multi-Touch Bar Type Display Panel with NFC Card reader by Shenzhen rCloud Technology Co., Ltd. Ideal for gaming, vehicle systems, and advertising. Enhance your display experience with this innovative LED monitor. Experience seamless user interaction with our advanced NFC technology integrated into the 8.8-inch LCD touch display. Enjoy vibrant visuals and crisp graphics on the high-resolution screen, perfect for navigation, data input, and interactive applications. The NFC card reader capability enhances access control, payment systems, and identification verification.

Key Features:

1. Multiple size options: Choose from various sizes to suit your needs and space constraints.


2. Great value for money: High-quality touch display with NFC technology at an affordable price.


3. Quality Guaranteed: Rigorously tested for reliability and durability.


4. Customization capability: Tailor the display to meet specific requirements.

 

Specifications:

 

Designed for gaming experiences in casinos, this display offers crystal-clear visuals, convenient NFC functionality, durable build, and support for multiple touch gestures. Elevate customer experiences and streamline operations with our innovative 8.8-inch NFC Card Reader LCD Touch Display.

 

Power supply:	5V
Display:	6.86 inch
Resolution:	480*1920
Touch:	PCAP
Interface:	HDMI or LVDS, USB (Touch)
Contactless protocol:	NFC, ISO14443 TYPE A/B 15693
Card Type:	M1, Mifare UL, , Mifare Plus,  Desfire, 15693, Android/iOS NFC

Applications:

 

 

Self-service cabinets:
The 4.3" NFC LCD Display for Self-service cabinets. Elevate user convenience with NFC technology, enabling seamless interactions. This vibrant display enhances user experience, ideal for self-service applications.
 

Casino Gaming machine:
The 4.3" NFC LCD Display for Casino Gaming machines. Enhance player experience with seamless NFC connectivity and vibrant visuals. Ideal for immersive gaming interactions.

 

Picture:

 

FAQ:

Q: What are the available sizes for NFC Bluetooth player tracking monitors?

A:Our products are available in a variety of sizes, including 4.3 inches, 5 inches, 6.86 inches, and 8.8 inches. These different size options are suitable for different scenarios and needs.

Q: Is the interface of this product customized?

A: Yes, the interface of our NFC Bluetooth player tracking monitor can be customized. We have a professional technical team that can customize the interface according to the specific needs of customers to ensure that the product works perfectly with the customer's system.

Q: How can I get customized interface support?

A: If you need customized interface support, just contact our professional technical team. Our team will work with you to understand your needs and provide customized solutions to ensure that the product integrates seamlessly with your application or system.

 

Introducing the 800*480 Resolution Bar Type Screen by Shenzhen rCloud Technology Co., Ltd. This multi-touch monitor is perfect for various applications such as advertising, gaming, and vehicle systems. With its high-quality display, this monitor provides exceptional clarity and functionality.