RK3568 CPU Palm Print Recognition Mainboard with 4K Decoding Resolution and Wiegand 26/34 Adaptive Transmission for Secure Access Control

Product Description:

The Palm Print Recognition Mainboard is an advanced Palm Scan Verification Module designed to deliver highly accurate and efficient biometric authentication. This cutting-edge Palm-reading Recognition Motherboard integrates state-of-the-art technology to ensure reliable and fast palm print verification, making it an essential component for security systems, access control, attendance tracking, and other identity verification applications. Equipped with versatile features and robust hardware specifications, this mainboard is engineered to meet the demanding needs of modern biometric solutions.

One of the key highlights of this Palm Print Recognition Mainboard is its onboard EMMC storage, which comes standard with 8GB and offers optional upgrades to 16GB, 32GB, 64GB, or even 128GB. This extensive storage capability allows for the seamless handling of large biometric databases, enabling the system to store numerous palm print templates and related authentication data. The substantial memory ensures smooth operation, faster data access, and enhanced overall performance, which is critical for real-time biometric identification tasks.

The Palm Print Recognition Mainboard supports Wiegand protocol communication, specifically accommodating Wiegand 26 and 34 adaptive transmission formats. This compatibility makes it highly versatile and easy to integrate with a wide range of existing access control systems and security infrastructure. The support for adaptive Wiegand transmission allows for flexible data exchange and ensures interoperability with various controllers and devices, thereby expanding the scope of its application.

An important feature of this Palm-reading Recognition Motherboard is its Real Time Clock (RTC) with a battery backup that supports time memory for up to three years. This RTC functionality is crucial for maintaining accurate system time, even during power outages or system shutdowns. Additionally, the RTC supports timed power on and off operations, allowing for energy-saving scheduling and automated device management. This capability enhances the reliability and efficiency of the biometric system by ensuring consistent time tracking and reducing manual intervention.

The mainboard also includes a speaker output that supports a single channel 4Ω/3W speaker, enabling audio feedback and voice prompts during the verification process. This feature improves user interaction by providing audible confirmation of successful or failed authentication attempts, enhancing the overall user experience and operational efficiency of the fingerprint identification board.

For display output, the Palm Print Recognition Mainboard offers an HDMI interface supporting both 1080P and 4K resolution output. This high-definition display capability ensures that the biometric system’s user interface is crisp, clear, and visually appealing. The HDMI output can be connected to various monitors or display devices, making it suitable for diverse environments requiring detailed graphical user interfaces, such as security checkpoints, corporate offices, and public facilities.

In addition to palm print verification, this mainboard is also compatible with fingerprint identification technologies, making it a versatile fingerprint identification board that supports multiple biometric modalities. This multi-modal capability provides enhanced security by combining palm print and fingerprint data, reducing false acceptance rates and improving overall authentication accuracy.

In summary, the Palm Print Recognition Mainboard is a powerful and flexible biometric platform that integrates robust storage options, adaptive Wiegand support, reliable RTC functionality, quality audio output, and high-definition display capabilities. It serves as an ideal Palm Scan Verification Module and Palm-reading Recognition Motherboard for cutting-edge security and identification systems, offering a comprehensive solution that meets the evolving demands of biometric authentication and access control.

Features:

• Product Name: Palm Print Recognition Mainboard
• Also known as Palmprint Scanning Control Board, Palm-reading Recognition Motherboard, and Palm Scan Verification Module
• Decoding Resolution: Supports up to 4K
• Speaker Output: Supports single channel 4R/3W speaker
• RTC Real Time Clock: Battery supports time memory for 3 years and enables timed power on and off
• Dimension: 103.02 * 64 * 1.6mm
• MIPI Camera: Supports 1 MIPI binocular camera

Technical Parameters:

Applications:

The YNH Palm Print Recognition Mainboard, model number 962, originating from Shenzhen, is a cutting-edge biometric identification solution designed to meet the growing demand for secure and efficient access control systems. Certified by UL, this Palm Imprint Recognition Circuit Board guarantees high reliability and safety standards, making it an ideal choice for various application occasions and scenarios.

In corporate environments, the Palm Print Recognition Circuit Board serves as a robust access control component, allowing employees to enter secured areas quickly and safely without the need for cards or passwords. Its fingerprint identification board functionality enhances security by ensuring only authorized personnel gain access, thereby preventing unauthorized entry and boosting workplace safety.

Educational institutions can also benefit from this advanced biometric technology. The Palm Imprint Recognition Circuit Board can be integrated into attendance systems, providing a seamless, contactless way to monitor student and staff attendance. The real-time clock (RTC) feature, supported by a battery with a three-year time memory and timed power on/off capabilities, ensures accurate time tracking and system reliability even during power outages.

Healthcare facilities require stringent access control to protect sensitive patient information and restricted areas. The YNH 962 palm print recognition mainboard is perfectly suited for such environments, offering precise and contactless fingerprint identification. Its support for system upgrades via USB cable, U disk, or network ensures the device remains up-to-date with the latest security protocols and features.

The board’s versatile serial port configuration—four TTL ports and one RS232 port, with an optional RS485—allows seamless integration with various hardware systems, including door controllers, alarm systems, and other security modules. Additionally, the embedded EMMC storage options ranging from 8GB to 128GB provide ample space for data storage and system software, catering to different user needs.

For manufacturing and bulk deployment, YNH offers competitive pricing between 60 to 80 USD per unit with a minimum order quantity of 100 pieces. Each order comes packed with 100 units per box, facilitating efficient logistics. With a delivery time of 5 to 8 days and flexible payment terms via T/T, the procurement process is straightforward and customer-friendly.

The product also supports single-channel 4R/3W speaker output, enabling audio feedback during the identification process, which enhances user experience. Whether it’s integrated into time attendance systems, security access points, or biometric authentication devices, the YNH Palm Print Recognition Mainboard model 962 is an excellent choice for enterprises seeking reliable and scalable biometric solutions.

Customization:

Introducing the YNH 962 Palmprint Scanning Control Board, a high-quality Fingerprint Identification Board designed and manufactured in Shenzhen. This Palm-reading Recognition Motherboard comes with UL certification, ensuring reliability and safety for all users.

With a compact dimension of 103.02 * 64 * 1.6mm, this mainboard is compatible with Android 11.0, Ubuntu 20.04, and Debian 10.0 operating systems, running on Linux 4.19 kernel. It supports system upgrades via USB cable, U disk, or network upgrade, providing flexibility and ease of maintenance.

The board features a real-time clock with a battery that supports time memory for up to 3 years and allows timed power on and off functionality, enhancing its usability in various applications.

Equipped with four USB interfaces—three USB 2.0 HOST ports and one USB 2.0 OTG port—this Fingerprint Identification Board offers excellent connectivity options for peripheral devices.

Packaged with 100 pieces per box, the minimum order quantity is 100 units, priced between 60 to 80 USD each. Delivery is prompt within 5 to 8 days, and payment terms are via T/T.

Choose the YNH 962 Palmprint Scanning Control Board for advanced palm-reading recognition solutions, combining cutting-edge technology with dependable performance.

Support and Services:

Our Palm Print Recognition Mainboard product is supported by comprehensive technical support and services to ensure optimal performance and customer satisfaction. We provide detailed user manuals and installation guides to assist with setup and configuration. Our technical support team is available to help troubleshoot issues, provide firmware updates, and offer guidance on integration with existing systems.

We also offer customization services to tailor the mainboard features according to specific application requirements. Regular software updates and maintenance services are provided to enhance functionality and security. Additionally, we offer training sessions and resources to help users maximize the capabilities of the Palm Print Recognition Mainboard.

For customers requiring advanced support, we provide dedicated technical consultation and on-site assistance. Our goal is to deliver reliable, efficient, and user-friendly solutions that meet the evolving needs of palm print recognition technology.