RK3568 Quad-core 2.0 GHz Palm Print Recognition Mainboard with 4K Decoding Resolution and MIPI Binocular Camera

Product Description:

The Palm Print Recognition Mainboard is an advanced and versatile Palm Imprint Recognition Circuit Board designed to meet the demanding needs of modern biometric identification systems. This high-performance board integrates cutting-edge technology to deliver accurate and reliable palm print and fingerprint recognition capabilities, making it an ideal solution for security, access control, and identity verification applications. It supports multiple operating systems including Android 11.0, Ubuntu 20.04, and Debian 10.0, all based on the Linux 4.19 kernel, ensuring broad compatibility and flexibility for various deployment environments.

At the heart of this Fingerprint Identification Board lies the powerful RK3568 CPU, a quad-core processor clocked at 2.0 GHz. This robust processor provides ample computing power to handle complex biometric algorithms and real-time data processing with ease. The RK3568’s architecture ensures efficient performance while maintaining low power consumption, which is crucial for embedded systems and continuous operation scenarios.

The Palm Print Recognition Mainboard is equipped with comprehensive connectivity options to facilitate seamless integration with other devices and peripherals. It features five serial ports, including four TTL ports and one RS232 port, with an optional RS485 configuration available for enhanced communication flexibility. These serial interfaces allow for reliable data exchange with external modules, sensors, or control systems, making the board adaptable to a wide range of industrial and commercial applications.

In addition to serial communication, the board offers four USB interfaces: three USB 2.0 HOST ports and one USB 2.0 OTG port. These USB ports enable connection to various peripherals such as external storage devices, cameras, and input devices, expanding the board’s functionality and user interaction capabilities. The USB OTG port further enhances versatility by allowing the mainboard to act either as a host or a peripheral device depending on system requirements.

One of the standout features of this Fingerprint Identification Board is its support for a MIPI binocular camera. This single MIPI camera interface allows the integration of stereo vision cameras, which can capture high-resolution images of palm prints or fingerprints with exceptional accuracy and detail. The binocular camera setup enhances the depth perception and image quality, significantly improving the recognition accuracy and reducing false acceptance or rejection rates in biometric systems.

The combination of a powerful CPU, multi-OS support, extensive serial and USB connectivity, and advanced camera interface makes this Palm Imprint Recognition Circuit Board a comprehensive solution for developers and integrators working on biometric authentication projects. Whether used in standalone biometric terminals, embedded security devices, or integrated into larger security ecosystems, this board offers the performance and flexibility needed to implement reliable palm and fingerprint identification systems.

Furthermore, the board’s support for popular Linux-based operating systems like Ubuntu and Debian provides access to a vast ecosystem of open-source software, tools, and libraries, facilitating rapid development and customization. Meanwhile, Android 11.0 support enables user-friendly graphical interfaces and mobile connectivity options, broadening the scope of applications for the Fingerprint Identification Board.

In summary, the Palm Print Recognition Mainboard is a state-of-the-art Fingerprint Identification Board engineered for high accuracy, robust performance, and versatile integration. Its advanced hardware specifications, including the RK3568 quad-core CPU, multiple serial and USB ports, and MIPI binocular camera support, combined with flexible operating system options, make it an excellent choice for next-generation biometric identification solutions. This Palm Imprint Recognition Circuit Board is poised to deliver exceptional results in security, access control, and identity verification markets worldwide.

Features:

• Product Name: Palm Print Recognition Mainboard
• CPU: RK3568, Quad-core, 2.0 GHz for efficient processing
• Serial Ports: 5 ports including 4 TTL and 1 RS232 (RS485 optional)
• Dimension: Compact size of 103.02 * 64 * 1.6mm
• Wiegand Support: Compatible with Wiegand 26 / 34 adaptive transmission
• System Upgrade: Supports USB Cable, U Disk, and Network upgrade methods
• Functions as a Fingerprint Identification Board, Palmprint Scanning Control Board, and Palm Scan Verification Module

Technical Parameters:

Applications:

The YNH Palm Print Recognition Mainboard, model number 962, is an advanced palm-reading recognition motherboard designed and manufactured in Shenzhen, offering reliable and high-performance biometric identification solutions. Certified with UL standards, this palm-reading recognition motherboard ensures top-level safety and quality. With a minimum order quantity of 100 units, it is competitively priced between 60 to 80 USD per piece, making it an attractive option for integration into various biometric systems. Each shipment is carefully packaged with 100 pieces per box, and delivery is prompt within 5-8 days, supporting payment terms via T/T.

This fingerprint identification board is equipped with a versatile serial port configuration, including 5 ports: 4 TTL and 1 RS232, with an optional RS485 port for enhanced communication flexibility. The embedded DDR memory is available in a standard 2G LPDDR4 version, with optional upgrades to 4G or 8G, enabling efficient processing of biometric data. The motherboard supports high-definition LCD output via HDMI, capable of 1080P and 4K resolution, facilitating clear and detailed display of identification interfaces and user prompts.

One of the standout features of the YNH 962 palm-reading recognition motherboard is its support for a MIPI binocular camera, allowing for precise and stereo palm image capture, significantly improving the accuracy of palm print recognition. Additionally, the integrated RTC real-time clock includes a battery that supports time memory for up to 3 years and offers timed power on and off functionality, ensuring reliable and energy-efficient operation in access control and attendance systems.

The applications of this palm-reading recognition motherboard extend across numerous occasions and scenarios. It is ideal for secure access control in corporate offices, government buildings, and high-security facilities where palm print biometrics provide an additional security layer beyond conventional fingerprint identification boards. The motherboard’s high-definition output and camera support also make it suitable for use in smart door locks, time attendance devices, and identity verification kiosks.

Furthermore, this product is perfect for integration into financial institutions and healthcare environments where secure and contactless authentication is critical. Its robust design and versatile communication ports enable smooth integration with existing security infrastructure and software platforms. In educational institutions and residential complexes, the YNH 962 palm-reading recognition motherboard enhances user convenience and security by enabling quick and accurate biometric verification.

In summary, the YNH Palm Print Recognition Mainboard model 962 is a cutting-edge fingerprint identification board that combines superior hardware features, flexible connectivity, and reliable certification, making it suitable for a wide range of biometric identification applications. Its strong performance in palm print recognition, coupled with user-friendly interfaces and durable real-time clock support, positions it as a leading choice for modern biometric security solutions.

Customization:

The YNH Palmprint Scanning Control Board, model number 962, is a high-quality Palm Imprint Recognition Circuit Board designed and manufactured in Shenzhen. Certified by UL, this Palmprint Scanning Control Board ensures reliability and safety for various biometric identification applications.

With a minimum order quantity of 100 units, each unit is priced between 60 to 80 USD. The products are securely packaged with 100 pieces per box to facilitate safe delivery. We guarantee a delivery time of 5-8 days and accept payment terms via T/T.

This Palm Imprint Recognition Circuit Board features a versatile USB interface with 4 ports: 3 USB 2.0 HOST and 1 USB 2.0 OTG, providing extensive connectivity options. It comes equipped with an EMMC storage of 8G by default, with optional upgrades available for 16G, 32G, 64G, or 128G to meet your storage requirements.

Additionally, the board includes a RTC Real Time Clock with a battery that supports time memory for up to 3 years and enables timed power on and off functionality. It supports Wiegand 26 / 34 adaptive transmission, ensuring compatibility with various access control systems.

For system maintenance and upgrades, this Palmprint Scanning Control Board supports updates via USB cable, U disk, or network, making it convenient to keep your system up to date.

Support and Services:

Our Palm Print Recognition Mainboard product is supported by a comprehensive range of technical support and services to ensure optimal performance and customer satisfaction. We provide detailed product documentation, including user manuals, installation guides, and troubleshooting instructions to assist users in setup and operation.

Technical support is available to address any issues or inquiries related to the mainboard's functionality, compatibility, and integration with other systems. Our support team is equipped to help diagnose problems and provide timely solutions to minimize downtime.

Firmware updates and software patches are regularly released to enhance features, improve security, and maintain system stability. Customers are encouraged to keep their devices updated to benefit from the latest improvements.

We also offer customization services to tailor the mainboard’s capabilities to specific application requirements. This includes hardware modifications and software configuration adjustments to better fit the unique needs of different deployments.

For large-scale or enterprise customers, we provide dedicated support plans that include priority response, extended warranty options, and on-site assistance if required. Training sessions and technical workshops are available to help users and system integrators gain deeper knowledge and maximize the utility of the product.

Our commitment is to deliver reliable and efficient support services that complement the advanced technology of the Palm Print Recognition Mainboard, ensuring a seamless user experience and long-term operational success.