Background:

With the deep integration of advanced technologies such as 5G, big data, and the Internet of Things with social development, the establishment of a data-driven modern traffic management system has become an important part of smart city construction. The ever-increasing number of motorized land has increased the pressure on road traffic and parking lot managers. Especially in the traditional parking lot management, manual on-duty and manual charging are often used, which is prone to problems such as slow access, unreasonable charging, and difficult to find parking spaces. In this context, the use of scientific and technological means to vigorously develop the intelligent transformation of traditional parking lots is getting louder and louder. Once the "unattended" smart parking plan was proposed, it was quickly implemented in many places.
Intelligent parking can not only improve people's travel efficiency to realize reasonable allocation of parking space resources, but also has been an important part of the development of smart cities. The management system is to identify the vehicles entering and leaving the site, replace the setting of the post with centralized management and control, and replace the manual charging with mobile payment. This is conducive to the realization of card-free charging and unattended; it can effectively simplify the user's parking process, reduce the cost of management personnel, and improve the utilization rate and economic benefits of the parking lot.

Application requirements:
The operating environment of the unattended parking lot management system is complex. This application requires advanced computer technology, IoT technology, information technology to achieve Intelligent control and management. The system need to operated uninterruptedly and efficiently throughout the day, and real-time data input and output and data interaction.
The industrial computer is required to meet the requirements of strong computing power, good durability, and rapid signal processing of various functions. Additionally, the unattended parking lot management system requires multiple lanes to enter and exit, which requires the industrial computer to have a flexible I/O interface.

Solution:
As a professional manufacturer of Industrial Computers, Eye-cube Fanless Industrial Computer series can perfectly meet the requirement.
IBC-500 series adopts the latest Intel 8th Gen, quad-core i5-8265U processor; Support Gigabit Ethernet/WIFI/4G/5G network; Onboard DDR4 memory supports up to 32G; Support SATA and M.2 storage; Extensible I/O interface includes: 2LAN ports, 6USB, 6 serial ports and 1*HDMI. This can meet the access requirements of peripherals such as cameras, card readers, charging terminals, and printers; it can also efficiently complete functions such as license plate recognition, storage, vehicle billing, and payment, realize comprehensive statistics on data, and ensure data timeliness and 24 Hours of continuous and reliable operation.

Key features:
● Rugged, compact and fanless design;
● Intel 8th Gen quad-core i5-8265U processor;
● Wide voltage DC 9 ~ 36V input;
● Industrial operating temp. -20 ~ +60C;
● Expansional with 3G/4G/LTE, Wifi/BT, industrial modules;
● I/O: 6x USB, 2x GLAN, 6x COM, 1x HDMI, 1x VGA, Audio.