Palm Print Recognition Mainboard with 4K Decoding Resolution RK3568 Quad-Core 2.0 GHz CPU and Wiegand 26/34 Adaptive Transmission

Product Description:

The Palm-reading Recognition Motherboard is a cutting-edge solution designed to deliver high-performance palm scan verification with exceptional accuracy and reliability. Equipped with advanced hardware and versatile features, this Palm Scan Verification Module is ideal for security systems, access control, and biometric identification applications where precision and speed are paramount.

At the heart of this Palm-reading Recognition Motherboard lies the powerful RK3568 CPU, a quad-core processor running at 2.0 GHz. This robust processor ensures smooth and efficient handling of complex biometric algorithms, enabling rapid processing of palm print data without compromising accuracy. The multi-core architecture of the RK3568 allows the system to perform simultaneous tasks effortlessly, making it highly responsive and reliable in real-time scenarios.

Memory is a critical aspect of any biometric system, and this Palm Scan Verification Module comes equipped with a standard 2GB DDR memory based on the LPDDR4 standard. For applications requiring enhanced performance or handling larger datasets, optional configurations of 4GB or 8GB memory are also available, providing scalability and flexibility to meet diverse operational demands. The use of LPDDR4 technology ensures low power consumption while maintaining high data transfer rates, contributing to the overall efficiency and longevity of the device.

One of the standout features of this Palm-reading Recognition Motherboard is its built-in Real Time Clock (RTC) with a battery-backed time memory that can last up to 3 years. This ensures the system maintains accurate timekeeping even during power outages, which is crucial for logging and time-stamping biometric events. Additionally, the RTC supports timed power on and off functions, allowing for scheduled operation and energy saving, making the module ideal for deployments that require strict control over operational hours.

The Palm Scan Verification Module supports Wiegand protocol, accommodating Wiegand 26 and 34 adaptive transmission formats. This compatibility ensures seamless integration with a wide range of existing access control systems and biometric devices that utilize the Wiegand interface. The adaptive transmission capability allows the motherboard to automatically adjust to the connected system’s requirements, simplifying installation and reducing compatibility issues.

In terms of image processing capabilities, the Palm-reading Recognition Motherboard boasts an impressive decoding resolution support of up to 4K. This high resolution enables the system to capture and analyze detailed palm print images with exceptional clarity. The enhanced image resolution directly contributes to improved matching accuracy and reduces false acceptance and rejection rates, ensuring that only authorized individuals are granted access.

Designed with flexibility and performance in mind, this Palm Scan Verification Module is suitable for a wide range of biometric applications, including secure access control, attendance tracking, identity verification, and more. Its combination of high-performance CPU, ample memory options, robust RTC functionality, Wiegand support, and ultra-high decoding resolution makes it a versatile and reliable choice for developers and integrators looking to implement advanced palm print recognition technology.

In summary, the Palm-reading Recognition Motherboard delivers a comprehensive and scalable platform for palm print biometric authentication. With its RK3568 quad-core 2.0 GHz CPU, standard 2GB LPDDR4 memory (expandable to 4GB or 8GB), long-lasting RTC battery support, adaptive Wiegand 26/34 transmission, and up to 4K decoding resolution, it offers a perfect balance of power, precision, and compatibility. This makes it an excellent foundation for next-generation biometric systems requiring robust palm scan verification capabilities.

Features:

• Product Name: Palm Print Recognition Mainboard
• Network Support: Ethernet 10M/100M; WiFi 2.4G (Default), Bluetooth 5.0; Optional 2.4G+5G Dual-band Wifi6 Module
• Dimension: 103.02 * 64 * 1.6mm
• Decoding Resolution: Supports up to 4K
• MIPI Camera: 1, supports MIPI Binocular Camera
• DDR: Standard 2G LPDDR4 (4G / 8G Optional)
• Includes Palm Scan Verification Module for accurate palm print authentication
• Features Palm Imprint Recognition Circuit Board technology for high precision recognition
• Designed as a Palm-reading Recognition Motherboard for seamless integration in biometric systems

Technical Parameters:

Applications:

The YNH Palmprint Scanning Control Board Model 962, originating from Shenzhen, is a cutting-edge biometric solution designed to offer reliable and efficient palmprint recognition capabilities. Certified by UL, this advanced Palm-reading Recognition Motherboard is ideal for a wide range of application occasions and scenarios where secure and accurate identity verification is paramount.

Due to its compact dimension of 103.02 * 64 * 1.6mm and customizable hardware options—including EMMC storage variants from 8G to 128G and DDR memory from 2G up to 8G LPDDR4—the Palmprint Scanning Control Board seamlessly integrates into various devices and systems. It supports multiple operating systems such as Android 11.0, Ubuntu 20.04, and Debian 10.0, providing versatility for different software environments. The system upgrade can be easily managed via USB cable, U disk, or network upgrade, ensuring the product stays up-to-date with the latest security and feature improvements.

This Palm-reading Recognition Motherboard is perfectly suited for high-security access control systems in corporate offices, government buildings, and secure facilities. Its fingerprint identification board functionality enhances multi-modal biometric authentication setups, combining palmprint and fingerprint recognition for heightened security. It is also widely used in time and attendance management systems within industries requiring strict employee verification. The quick delivery time of 5-8 days and a minimum order quantity of 100 units, packaged conveniently with 100 pieces per box, make it an excellent choice for large-scale deployment projects.

Moreover, the YNH Palmprint Scanning Control Board Model 962 is highly applicable in financial institutions, healthcare facilities, and educational institutions where secure, contactless biometric verification is critical. Retail environments and smart home security systems can also leverage this Palm-reading Recognition Motherboard to provide seamless and secure user identification. Priced competitively between 60 to 80 USD per unit and with flexible payment terms via T/T, this fingerprint identification board offers excellent value for integrators and OEM manufacturers seeking reliable biometric solutions.

In summary, the YNH Palmprint Scanning Control Board Model 962 is engineered to meet the demands of diverse application scenarios requiring robust palmprint and fingerprint recognition technology. Its blend of versatile hardware configurations, multiple OS support, and ease of integration makes it an indispensable component in modern biometric authentication systems across various industries and environments.

Customization:

YNH presents the Palm-reading Recognition Motherboard, model number 962, originating from Shenzhen. This high-quality Palm Imprint Recognition Circuit Board is UL certified, ensuring safety and reliability for your applications.

Our Palm Imprint Recognition Circuit Board features a standard 2G DDR memory, with options for 4G or 8G LPDDR 4 to meet your performance needs. It includes 5 serial ports: 4 TTL and 1 RS232, with RS485 available as an option. The USB interface comprises 4 ports: 3 USB 2.0 HOST and 1 USB 2.0 OTG, providing versatile connectivity.

The motherboard supports multiple operating systems, including Android 11.0, Ubuntu 20.04, and Debian 10.0, all running on Linux Kernel 4.19. System upgrades are convenient via USB cable, U disk, or network upgrade options.

Packaging is efficient with 100 pieces per box, and the minimum order quantity is 100 units. Priced between 60 to 80 USD each, these Palm Imprint Recognition Circuit Boards are delivered within 5 to 8 days after payment via T/T.

Choose YNH's Palm-reading Recognition Motherboard for reliable, customizable, and efficient palm print recognition solutions tailored to your needs.

Support and Services:

Our Palm Print Recognition Mainboard product is supported by a dedicated technical team to ensure seamless integration and optimal performance. We provide comprehensive product technical support including installation guidance, software setup, and troubleshooting assistance. Our services also cover firmware updates, maintenance tips, and customization options tailored to your specific application needs.

For service, we offer detailed user manuals, online resources, and regular software patches to enhance functionality and security. Our support team is committed to resolving any technical issues promptly to minimize downtime. We also provide consultation services to help you maximize the potential of the Palm Print Recognition Mainboard in your security and identification systems.

Whether you are implementing the mainboard in access control, attendance tracking, or other biometric applications, our technical support and services are designed to ensure a smooth and efficient user experience throughout the product lifecycle.