Release time: 2015-09-10 Number of views: 3501
A Guangdong-based commercial entertainment equipment manufacturer upgraded the control system of their basketball shooting machines to improve long-term stability, UI responsiveness, and peripheral support.
• Stable processor platform for graphical interface and real-time data processing
• Continuous operation in commercial environments
• Controlled BOM cost suitable for volume production
The system is built around Samsung Exynos 4412, a quad-core Cortex-A9 processor with a mature software ecosystem. The solution focuses on reliability, interface compatibility, and ease of maintenance, integrated with a customized carrier board adapted to mechanical and electrical constraints.
• User Interface & Display: Linux/Android system, LCD display with touch support, rendering scoring screens and game status.
• Game Data Processing: Sensor input via GPIO/serial, real-time shot count and scoring data handling.
• Audio & Peripheral Coordination: Audio playback for prompts/effects, communication with external control modules.
• Operational Stability: Optimized startup and runtime for long-hour commercial operation.
• Customized carrier board interface definition and validation
• OS-level driver adaptation and system integration
• Continuous-operation stability testing
• Support for production flashing and functional testing
The Exynos 4412-based system is deployed in the customer’s basketball machines and running in commercial environments, fully meeting operational expectations.
This project demonstrates the effective application of a mature processor in commercial entertainment equipment, ensuring system stability, interface compatibility, and production readiness without unnecessary complexity
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