Mali-T764 POS Motherboard Support AFBC OpenGL ES 1.1/2.0/3.2 OpenCL 2.0 DirectX9.3 Embedded Motherboard

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The motherboard core employs a RK3288 quad-core Cortex-A17 architecture processor, with a maximum clock speed of up to 1.8GHz, delivering over 40% higher computational efficiency compared to traditional A9 architecture processors. The quad-core parallel design effortlessly handles concurrent multitasking scenarios, whether processing barcode scanning, payment information encryption transmission, or background inventory data synchronization, ensuring smooth responsiveness to avoid transaction delays during peak hours and maintaining efficient cashier operations. ​
The graphics processing capability is equally outstanding, featuring an integrated Mali-T764 GPU that supports AFBC frame buffer compression technology. Combined with multiple graphics interfaces such as OpenGL ES 1.1/2.0/3.2, OpenCL 2.0, and DirectX 9.3, it enables smooth dual-screen display (primary screen for cashier operations + secondary screen for advertisements), while also supporting graphics-intensive operations like barcode rapid decoding and digital signature drawing. The AFBC technology further reduces GPU memory bandwidth usage, lowers device power consumption, and extends the battery life of POS terminals. ​
The storage configuration offers flexible options, with choices for 2G/4G LPDDR3 memory. The 4G version can simultaneously load multiple business systems (such as POS software, membership management, and marketing plugins) without excessive resource consumption. EMC flash storage ranges from 16G to 128G to meet diverse merchant needs, with the 128G high-capacity version enabling local caching of vast product images and transaction records. This ensures basic POS functionality remains operational even during network outages, while automatically syncing data upon reconnection to prevent information loss. ​

Large Shopping Malls: Serves as the core of intelligent navigation systems, powering touch query screens and integrating with security monitoring and analytics equipment. Its wide temperature operation capability ensures reliable performance in various environments.

Chain Restaurants: Enables seamless order flow from self-service terminals to kitchen displays, while connecting payment modules and membership systems. Its industrial-grade protection design withstands challenging restaurant environments.

Hotel Lobbies: Powers self-service check-in terminals, intelligent room status systems, and digital signage. Its silent operation meets high environmental quality requirements.