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The Face Recognition Motherboard is an advanced and highly efficient Biometric Identification Circuit Board designed to deliver superior facial recognition capabilities for a wide range of applications. Powered by the robust RK3568 processor, this motherboard features a quad-core CPU running at 2.0 GHz, providing exceptional processing power to handle complex facial identification algorithms with speed and accuracy. The integration of a dedicated Facial Identification Processing Unit ensures that biometric data is processed swiftly and securely, enabling real-time facial recognition performance that is both reliable and precise.
Operating on a stable and secure Linux 4.19 operating system, this Biometric Identification Circuit Board offers a versatile and developer-friendly environment. The Linux platform not only supports extensive customization and integration possibilities but also ensures long-term stability for continuous operation in demanding biometric applications. Whether deployed in security systems, access control, attendance management, or smart devices, the Face Recognition Motherboard guarantees consistent performance and flexibility to meet various use-case requirements.
With compact dimensions of 103.01 mm by 64 mm by 1.6 mm, this motherboard is designed to fit seamlessly into space-constrained installations without compromising on functionality. Its sleek and slim form factor makes it ideal for integration into modern biometric devices, kiosks, and embedded systems where space efficiency is a critical consideration. Despite its small size, the motherboard is equipped with a comprehensive set of interfaces to support diverse connectivity needs.
The Face Recognition Motherboard features a total of five USB interfaces, including four USB 2.0 HOST ports and one USB 2.0 OTG port. These USB ports facilitate easy connection to a variety of peripherals such as cameras, storage devices, and input modules, enhancing the motherboard’s versatility and ease of integration. The inclusion of a USB OTG interface further expands the device’s capability by allowing it to switch between host and device modes, thereby supporting flexible communication and data transfer options.
System upgrades and maintenance are simplified with support for both USB cable and U disk upgrade methods. This ensures that firmware and software updates can be performed conveniently without the need for complex procedures or specialized equipment. Such upgrade flexibility is crucial for maintaining the security and functionality of biometric systems over time, allowing for rapid deployment of new features and security patches.
In summary, the Face Recognition Motherboard is a cutting-edge Biometric Identification Circuit Board that combines powerful processing capabilities with a dedicated Facial Identification Processing Unit to deliver fast, secure, and accurate facial recognition. Its Linux-based operating system, compact design, versatile USB connectivity, and user-friendly upgrade options make it an ideal choice for developers and integrators seeking a reliable solution for biometric identification applications. Whether for security, access control, or smart automation, this motherboard stands out as a highly capable and adaptable platform for next-generation facial recognition technology.
| Dimensions | 103.01 * 64 * 1.6 mm |
| Network Support | Ethernet 100M; Default WiFi - 2.4G (2.4G and 5G Dual-band WiFi6 Optional) |
| Security | Facial Recognition Technology (Facial Identification Processing Unit, Facial Scanning Logic Board, Biometric Identification Circuit Board) |
| DDR | 1G DDR4 |
| EMMC | EMMC 8G |
| System Upgrade | Support USB Cable / U Disk Upgrade |
| USB Interface | 5: 4 USB2.0 - HOST, 1 USB2.0 - OTG |
| Operating System | Linux - 4.19 |
| Processor | RK3568, Quad-core, 2.0 GHz |
| RTC Real Time Clock | The battery supports time memory for 3 years and supports timed power on and off |
The YNH 362 Facial Recognition Motherboard is a state-of-the-art biometric identification circuit board designed to deliver high precision and reliability in various application occasions and scenarios. Originating from Shenzhen and certified with UL standards, this advanced facial scanning logic board integrates Dual MIPI Cameras and a powerful RV1109 dual-core ARM Cortex-A7 CPU combined with a RISC-V MCU, making it ideal for environments that demand secure and efficient identity verification.
One of the primary application occasions for the YNH 362 facial recognition motherboard is in access control systems for corporate offices, government buildings, and residential complexes. Its dual MIPI cameras enable rapid and accurate facial recognition, ensuring smooth and secure entry for authorized personnel while preventing unauthorized access. The motherboard’s support for 4R/3W speakers also allows for audio prompts or alerts, enhancing user interaction in security setups.
In retail and commercial environments, this biometric identification circuit board can be embedded in customer engagement systems, enabling personalized experiences based on facial recognition. For instance, it can be used for customized advertising displays or loyalty program access, providing businesses with innovative ways to connect with their customers. The compact dimensions (103.01 * 64 * 1.6 mm) and efficient CPU architecture allow for seamless integration into kiosks, smart vending machines, and interactive terminals.
Educational institutions and healthcare facilities also benefit from the YNH 362 facial scanning logic board by implementing it for attendance tracking and patient identification. This reduces manual errors and enhances operational efficiency. Additionally, the motherboard’s 1-year limited warranty and supply ability of 5000 pieces per month, coupled with a competitive price range of 50~70 USD, make it an attractive choice for large-scale deployments.
With a minimum order quantity of 100 units, packaged conveniently as 100 pieces per box, and a delivery time of just 15 days with T/T payment terms, YNH ensures timely and reliable supply for manufacturing partners. The facial recognition motherboard’s robust CPU and biometric capabilities position it perfectly for integration into smart home devices, automated teller machines, and other IoT applications requiring secure and fast facial authentication.
In summary, the YNH 362 Facial Recognition Motherboard is a versatile and reliable solution for numerous biometric identification tasks across security, retail, education, healthcare, and smart device sectors. Its advanced technology, combined with practical features and efficient supply chain support, makes it an excellent choice for developers and integrators seeking cutting-edge facial recognition hardware.
YNH presents the Face Recognition Motherboard, model number 362, a cutting-edge Facial Scanning Logic Board designed and manufactured in Shenzhen. This product is UL certified, ensuring top-notch quality and safety standards. With a minimum order quantity of 100 units, the motherboard is competitively priced between 50 to 70 USD per piece, making it an excellent choice for scalable facial recognition solutions.
Equipped with a powerful RK3568 Quad-core 2.0 GHz processor and a RV1109 Dual-core ARM Cortex-A7 and RISC-V MCU CPU, this Facial Identification Processing Unit delivers high-performance facial recognition capabilities. Its compact dimensions of 103.01 * 64 * 1.6 mm make it versatile for various integration needs.
The motherboard supports system upgrades via USB cable or U disk, ensuring your Facial Identification Processing Unit stays up-to-date with the latest technology. Packaging is efficient, with 100 pieces per box, and a reliable supply ability of 5000 pcs per month.
Delivery time is approximately 15 days, with payment terms handled through T/T, providing a smooth purchasing experience. Trust YNH’s Face Recognition Motherboard to deliver secure, efficient, and customizable facial scanning solutions for your applications.
Our Face Recognition Motherboard product is designed to provide reliable and efficient facial recognition capabilities for a variety of security and identification applications. For optimal performance, please ensure that the device is installed in an environment with adequate lighting and minimal obstructions.
Technical support is available to assist with installation, configuration, and troubleshooting. Our support team can guide you through firmware updates, software integration, and hardware compatibility to ensure seamless operation.
We offer comprehensive services including system calibration, performance optimization, and regular maintenance checks to maximize the lifespan and accuracy of your Face Recognition Motherboard.
For best results, it is recommended to use authorized accessories and to follow the user manual guidelines carefully. Regular software updates will enhance functionality and security features.
Should you encounter any issues or require further assistance, our technical support services are dedicated to providing timely and effective solutions to meet your needs.
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