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Android Motherboard for Digital Signage
Android Motherboard for Digital Signage product introduction, RK3568 processor, supports digital signage applications.
Android Motherboard for Digital Signage
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Configuration: Review the technical details below and specify the required hardware and software revision.
Availability: Request confirmation for the selected configuration.
Details
Android Motherboard for Digital Signage
Android Motherboard for Digital Signage is a high-performance Android control board specifically designed for digital signage applications. It uses mainstream ARM architecture processors and supports rich peripheral interfaces to meet the stable operation requirements of digital signage equipment.
Product Features
- High-Performance Processor: RK3568 Quad-core Cortex-A55, 2.0GHz
- Large Memory: 2GB/4GB/8GB DDR4 optional
- High-Speed Storage: 16GB/32GB/64GB eMMC
- Rich Interfaces: HDMI 2.0, USB 3.0, RS232, LAN, WiFi6, Bluetooth 5.0
- Industrial Grade: Supports -10°C~60°C wide temperature operation
Application Scenarios
Android Motherboard for Digital Signage is widely used in digital signage, smart terminals, commercial display equipment, information publishing systems and other scenarios, providing a stable and reliable Android computing platform for equipment.
Technical Specifications
- Processor: RK3568 Quad-core Cortex-A55 @ 2.0GHz
- GPU: Mali-G52
- Memory: 2GB/4GB/8GB DDR4
- Storage: 16GB/32GB/64GB eMMC
- OS: Android 11/12/13
- Display: HDMI 2.0 / LVDS / MIPI-DSI
- Network: Gigabit LAN / WiFi6 / Bluetooth 5.0
- Operating Temperature: -10°C ~ 60°C
- Board Size: 100mm × 80mm
For more information about Android Motherboard for Digital Signage, please contact: +8613261677119, Email: androidsbc@163.com.
Project-fit assessment for Android Motherboard for Digital Signage
Android Motherboard for Digital Signage should be selected against the complete equipment requirement, not a processor label or a generic feature list. WanlinSBC approaches this topic through embedded SBC manufacturing, lifecycle planning and OEM/ODM delivery. The relevant evidence is the match between the proposed configuration and the actual display, peripherals, software, enclosure and operating environment.
Define the application before comparing boards
Record the display count, resolution, panel and touch interfaces, video or AI workload, memory and storage target, camera and scanner needs, printer and serial connections, USB and GPIO allocation, network method, input voltage and thermal constraints. Also identify the required Android or Linux release, application deployment method, OTA policy, destination market and expected production lifetime.
Evidence and acceptance criteria
Validate a sample with the real panel and peripherals. Acceptance testing should cover repeated cold starts, power interruption and recovery, sustained application load, network reconnection, watchdog operation, thermal stability and the required multi-screen behavior. Any connector, carrier-board, firmware or provisioning change should be recorded in an approved specification rather than left as a verbal assumption.
Procurement information to confirm
Request the current datasheet, interface table, drawing, software scope, sample report and documents applicable to the exact quoted configuration. Memory, storage, optional radio modules, compliance scope, availability and delivery terms can change the final result and should be confirmed in writing.
Send the display and peripheral part numbers, mechanical drawing, target software, quantity forecast and delivery market through the contact page. Compare related configurations in the Product Center.
Publishing and verification
Published by Wanlin Group under the WanlinSBC identity. Product capabilities must be confirmed against the exact model, PCB revision, software build and current controlled document before procurement or integration.
Availability, certification scope, pricing, lead time and lifecycle commitments depend on the selected configuration and written project agreement.
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