The JLD-P02 motherboard is equipped with industry-leading hardware configurations, which precisely meets the full-scenario operational requirements of self-service cash registers. It helps enterprises cut costs, boost efficiency, and seize market opportunities.
Powered by the Rockchip RK3566 quad-core 64-bit Cortex-A55 processor with a maximum clock speed of 1.8GHz, the JLD-P02 delivers high-efficiency multitasking performance. It effortlessly handles parallel operations during self-checkout processes, such as barcode scanning and recognition, member verification, multi-channel payment processing, and receipt printing. Even during peak hours—such as supermarket promotions or morning/evening shopping rushes—it ensures rapid touch response and smooth transaction flows, preventing prolonged customer waiting caused by device lag. Integrated with an ARM G52 2EE graphics processor, it fully supports multiple graphics interface standards including OpenGL ES 1.1/2.0/3.2, OpenCL 2.0, and Vulkan 1.1, enabling high-definition UI rendering and seamless visual interaction for an intuitive and user-friendly operating experience.
The motherboard features an integrated NPU (Neural Processing Unit) with 1 TOPS computing power, boasting robust on-device AI processing capabilities. It efficiently supports the implementation of intelligent functions such as visual commodity recognition and face recognition payment. For instance, when paired with cameras and corresponding algorithms, it enables fast automatic commodity identification, weighing, and billing—eliminating the need for manual barcode scanning and significantly improving checkout efficiency. It also supports liveness detection for face recognition, ensuring the security and accuracy of face payment transactions, which aligns with the upgraded requirements for intelligent payment scenarios in overseas markets.
The JLD-P02 offers flexible memory and storage configuration options. Memory supports 2G/4G/8G DDR4 variants, while storage can be configured with 16G to 128G eMMC based on actual application needs. This fully caters to the differentiated demands of retail enterprises of varying scales for system operation speed and transaction data storage capacity.
The motherboard fully supports multiple display interfaces including LVDS, EDP, and MIPI, allowing flexible connection to touch screens of different sizes and specifications. It also supports dual-display independent output, enabling merchants to simultaneously display transaction information and marketing advertisements, thereby enhancing brand exposure and customer conversion rates. In addition, it is equipped with touch functionality via I2C/USB interfaces, ensuring precise and responsive touch operations.
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