EMMC 8G Optional Palm Print Recognition Mainboard Supports MIPI Binocular Camera 10302 64 16mm Size with 16G 32G 64G 128G Storage Options

Product Description:

The Palm Print Recognition Mainboard is an advanced biometric identification solution designed to provide highly reliable and efficient palmprint scanning capabilities. This state-of-the-art device serves as a versatile platform, ideal for integration into various security and access control systems. As a leading Fingerprint Identification Board and Palmprint Scanning Control Board, it combines cutting-edge hardware and software technologies to deliver precise and rapid palm scan verification performance.

Equipped with EMMC storage options starting from 8GB, with flexible upgrades available up to 128GB (16G, 32G, 64G, and 128G optional), the mainboard ensures ample space for storing biometric templates and system data. This extensive storage capability supports large-scale deployments where numerous users’ biometric information must be securely saved and quickly accessed. Complementing the storage is a standard 2GB LPDDR4 memory configuration, with optional upgrades to 4GB or 8GB, enabling smooth processing and multitasking operations. The use of LPDDR4 memory technology guarantees low power consumption and high data transfer rates, which are critical for real-time biometric recognition.

One of the standout features of this Palm Scan Verification Module is its outstanding decoding resolution support, capable of handling up to 4K resolution. This high-resolution support ensures that palmprint images captured are of exceptional clarity and detail, enhancing the accuracy of identification and verification processes. Whether deployed in low-light conditions or environments with complex backgrounds, the mainboard’s decoding capabilities maintain consistent performance, minimizing false rejections or acceptances.

In terms of connectivity, the Palm Print Recognition Mainboard offers robust and flexible network options to suit various installation scenarios. It supports Ethernet connectivity at 10M/100M speeds, providing reliable wired networking for stable data transmission. For wireless applications, the mainboard includes built-in WiFi operating at 2.4GHz as a default feature, facilitating easy integration into existing wireless networks without additional modules. Furthermore, it supports Bluetooth 5.0, enabling seamless communication with other Bluetooth-enabled devices and peripherals. For users requiring enhanced wireless performance, an optional 2.4G+5G dual-band WiFi6 module is available, ensuring faster data rates, improved network stability, and extended coverage.

The Palm Print Recognition Mainboard also incorporates Wiegand protocol support, compatible with Wiegand 26 and 34 adaptive transmission standards. This feature makes it an excellent choice for integration into traditional access control systems that rely on Wiegand signals, allowing for easy retrofitting and interoperability. The adaptive transmission capability ensures smooth communication and compatibility with a wide range of third-party devices and controllers, making the mainboard a versatile component within complex security infrastructures.

As a comprehensive Palmprint Scanning Control Board, this product is engineered to meet the demands of modern biometric security applications. Its combination of high-capacity storage, expandable memory, ultra-high resolution decoding, and diverse network support positions it as a top-tier solution for organizations seeking reliable palmprint identification technology. Whether used in corporate security, healthcare, banking, or government sectors, the mainboard delivers excellent performance, scalability, and ease of integration.

In summary, the Palm Print Recognition Mainboard stands out as a powerful and flexible Fingerprint Identification Board and Palm Scan Verification Module. It offers customizable storage and memory options, supports up to 4K decoding resolution, and provides multiple network connectivity features, including Ethernet, WiFi, Bluetooth, and optional WiFi6 dual-band modules. With Wiegand 26/34 adaptive transmission support, it ensures compatibility with existing security systems while delivering high-precision palmprint scanning capabilities. This mainboard is an ideal choice for any application requiring secure, fast, and accurate biometric identification through palmprint recognition.

Features:

• Product Name: Palm Print Recognition Mainboard
• Operating System: Android 11.0 / Ubuntu 20.04 / Debian 10.0 (Kernel is Linux 4.19)
• RTC Real Time Clock: Battery supports time memory for 3 years and supports timed power on and off
• Serial Port: 5 ports - 4 TTL, 1 RS232 (RS485 optional)
• USB Interface: 4 ports - 3 USB 2.0 HOST, 1 USB 2.0 OTG
• Speaker Output: Supports single channel 4Ω/3W speaker
• Keywords: Fingerprint Identification Board, Palmprint Scanning Control Board

Technical Parameters:

Applications:

The YNH Palm-reading Recognition Motherboard, model number 962, is an advanced palm print recognition circuit board designed and manufactured in Shenzhen, meeting UL certification standards. With a compact dimension of 103.02 * 64 * 1.6mm, this high-performance motherboard is ideal for various applications requiring secure and efficient biometric authentication. Its DDR memory comes standard at 2G, with options for 4G and 8G LPDDR4, ensuring smooth operation and quick data processing.

This Palm Imprint Recognition Circuit Board supports multiple output formats via HDMI, including 1080P and 4K, making it compatible with high-resolution displays for clear and precise biometric data visualization. It also boasts versatile network support, with Ethernet 10M/100M connectivity, built-in 2.4G WiFi by default, Bluetooth 5.0, and an optional upgrade to 2.4G+5G dual-band WiFi 6 modules, allowing seamless integration into various network environments.

The Palm-reading Recognition Motherboard from YNH is particularly suited for use in secure access control systems across corporate offices, government facilities, and financial institutions where high security is paramount. It is also widely applicable in healthcare settings for patient verification, in educational institutions for attendance tracking, and in smart home systems for personalized access and enhanced security features.

In addition, this palm print recognition circuit board is perfect for use in time and attendance devices, visitor management systems, and automated teller machines (ATMs) that require reliable biometric identification. The system supports easy upgrades via USB cable, U disk, or network, ensuring that the motherboard can be kept up-to-date with the latest software enhancements and security patches.

With a minimum order quantity of 100 units, packaged conveniently at 100 pieces per box, and priced competitively between 60 to 80 USD per unit, YNH offers efficient delivery within 5-8 days and flexible payment terms via T/T. This makes the YNH Palm-reading Recognition Motherboard model 962 an excellent choice for manufacturers and integrators looking to incorporate cutting-edge palm print recognition technology into their products and systems.

Customization:

YNH presents the Palm Imprint Recognition Circuit Board, model number 962, originating from Shenzhen and certified by UL. This Palmprint Scanning Control Board is designed to meet diverse customization needs with a minimum order quantity of 100 units, priced between 60 to 80 USD each.

Each unit comes with EMMC storage options starting at 8G, with optional upgrades to 16G, 32G, 64G, or 128G. The device operates on versatile systems including Android 11.0, Ubuntu 20.04, and Debian 10.0, all running on Linux kernel 4.19. Standard memory is 2G LPDDR4 DDR, with options for 4G and 8G to enhance performance.

The Palm-reading Recognition Motherboard supports decoding resolutions up to 4K and features HDMI output (HDMI:1) capable of delivering both 1080P and 4K video quality. Packaging is efficient with 100 pieces per box, ensuring secure delivery within 5 to 8 days. Payment terms are flexible via T/T.

This Palm Imprint Recognition Circuit Board is ideal for advanced biometric applications, combining high performance and customizable options to fit your project requirements.

Support and Services:

Our Palm Print Recognition Mainboard product is designed to provide accurate and reliable biometric identification through advanced palm print recognition technology.

Technical support includes assistance with installation, configuration, firmware updates, and troubleshooting to ensure optimal performance of the mainboard.

We offer comprehensive services such as system integration guidance, software compatibility consultation, and customization options to meet specific application requirements.

Regular maintenance and diagnostic services are available to help prevent potential issues and extend the lifespan of the mainboard.

Our support team is committed to providing timely and effective solutions to any technical challenges encountered during the use of the product.

For detailed documentation, user manuals, and software downloads, please refer to the official product resources.