As a new computing mode that pushes computing tasks from the cloud to the edge of the network, edge computing is increasingly favored by all walks of life, and has been widely used in our production and life, among which "access control system" is one of the most common applications combined with edge computing.
Traditional access control systems are limited by data processing capabilities and network latency, making it difficult to meet the requirements of high real-time performance and high security in complex scenarios. Therefore, it has become an inevitable trend in the development of the industry to apply edge computing technology to the access control system to improve the response speed and data processing capability of the system. "Edge computing access control screen" plays an important role in the entire access control system, aiming to provide an edge computing-based solution for the access control system.
In the current access control screen application scenario, customers' needs for the system are becoming more and more diversified and personalized. In addition to basic access management functions, customers expect access control systems to have the following features:
(1) Intelligent improvement:
It is hoped that the access control system can integrate advanced artificial intelligence technology, such as face recognition and voice recognition, to achieve contactless access and improve the convenience and comfort of user experience.
(2) Extensible and customizable:
With the development of business and the change of requirements, the access control system needs to be able to easily expand and customize functions to meet the application needs of different scenarios.
(3) High response speed:
The system is required to be able to respond quickly and verify the identity of people entering and exiting in real time to ensure smooth and safe passage.
In view of the above requirements, Fling Embedded recommends the FET3568-C core board as the main control platform for the edge computing access control screen to provide a better solution
(1) High performance, meeting lightweight AI applications:
The embedded FET3568-C core board is equipped with a RK3568 domestic processor and a quad-core ARM Cortex-A55 processor, with a frequency of up to 2The 0GHz NPU with 1 tops computing power can meet the needs of lightweight edge computing tasks, greatly improve the processing power of face recognition and voice recognition, and thus improve the user experience.
(2) Rich interfaces, expand more functions:
The FET3568-C core board has rich interface resources, so it has good scalability and customizability, native GPIO, UART, I2C, SPI, Gigabit Ethernet port, etc. can communicate with other devices, which is convenient for integrating a variety of sensors, such as face recognition, fingerprint recognition module, etc.
Customers can add new functional modules or customize specific business logic as needed to meet the application requirements in different scenarios.
(3) Large memory configuration to improve response speed:
The FET3568-C core board is available in a variety of configurations, up to 8GB LPDDR4X RAM and 64GB eMMC ROM, with more memory and storage space, ensuring that the system can quickly handle a large number of authentication requests and improve recognition response speed. The edge computing access control screen application solution based on the FET3568-C core board makes full use of the advantages of edge computing technology and solves the challenges faced by traditional access control systems in terms of real-time, security and intelligence. Through powerful computing power and abundant interface resources, the FET3568-C core board brings higher performance and better user experience to the access control system.