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Revolutionize Your System with Commercial Display Linux Motherboard 1 Debug Serial Port and RTC Real Time Clock Support
1.1 Scope of Application
AI - 536 is an intelligent multi-function all-in-one control board, which is widely used in iFPD, industrial control and gateway, cloud terminal, face recognition equipment, vehicle-mounted central control, and commercial display.
1.2 Product Overview
AI - 536 uses Rockchip's RK 3576 high-performance octa-core ARM 64-bit processor with a frequency of up to 2.2GHz. The chip comes with a 6TOPS computing power NPU, equipped with Android 14.0 system (the kernel is Linux 5.10), and the GPU uses ARM G52 MC3, which has outstanding performance and high cost performance. It supports 8K video encoding and decoding, 8K display output, built-in multiple display interfaces, and supports multi-screen display; rich high-speed interfaces (PCI-E, Gigabit Ethernet) and easy expansion.
1.3 Features
System Upgrade | Support U Disk/ T Card / Network Upgrade |
Internal memory | Standard 32G ( 64G / 128G / 256G Optional ) |
Operating System | Android14.0 (Kernel Is Linux5.10) |
MIPI-IN | 1 MIPI Input Interface |
RTC Real Time Clock | Support |
USB Interface | 7, 1 USB3.0 _OTG , 1 USB3.0 _HOST , 5 USB 2.0 _HOST |
CPU | Rockchip RK3576 , Octa-core, 2.2 GHz |
Timer Switch | Support |
Serial Port | 7, 6 TTL Serial Ports (optional 4 RS232 And 2 RS485 ) , 1 Debug |
LCD Output | LVDS, EDP, HDMI, MIPI, Vbyone |
The YNH 536 Commercial Display Linux Motherboard is a versatile and reliable product that is ideal for a variety of Product Application Occasions and Scenarios. Whether you are looking to set up a Communal Presentation Visual Board in a corporate office, a Commercial Screen Linux Motherboard for digital signage in a retail store, or a Commercial Display Linux Motherboard for interactive kiosks in public spaces, this motherboard is the perfect choice.
Hailing from Shenzhen, the YNH 536 motherboard boasts a UL certification, ensuring high quality and safety standards. With a minimum order quantity of 100 units and a price range of 60~80 USD, this product is both accessible and cost-effective. Each unit comes packaged with 100 pieces per box, and delivery time is quick, ranging from 5-8 days. Payment terms are flexible, with T/T accepted.
The YNH 536 motherboard supports decoding resolution of up to 8K, providing crystal-clear images and videos for your display needs. It offers multiple LCD output options including LVDS, EDP, HDMI, MIPI, and Vbyone, allowing for seamless connectivity with various display screens. The memory capacity is standard at 4G, with options to upgrade to 8G or 16G LPDDR4 for enhanced performance.
Additional features of this motherboard include RTC Real Time Clock support for accurate timekeeping and 1 MIPI Input Interface for connecting to compatible devices. Whether you are setting up a digital signage system, an interactive display, or a video wall, the YNH 536 motherboard is a reliable and efficient choice for your commercial display needs.
Product Customization Services for the Linux Operated Commercial Screen Board:
Brand Name: YNH
Model Number: 536
Place of Origin: Shenzhen
Certification: UL
Minimum Order Quantity: 100
Price: 60~80 USD
Packaging Details: 100pcs per box
Delivery Time: 5-8 days
Payment Terms: T/T
MIPI-IN: 1 MIPI Input Interface
CPU: Rockchip RK3576, Octa-core, 2.2 GHz
System Upgrade: Support U Disk/ T Card/ Network Upgrade
Internal memory: Standard 32G (64G/ 128G/ 256G Optional)
Decoding resolution: Support Up To 8K
Customization services available for the Communal Presentation Visual Board
Customize the Patented Linux Operated Display Board according to your specific requirements.
The Product Technical Support and Services for the Commercial Display Linux Motherboard include:
- Installation guidance and support for the Linux operating system on the motherboard.
- Troubleshooting assistance for hardware and software issues specific to the Linux environment.
- Regular updates and patches to ensure compatibility and security of the Linux system.
- Consultation on optimizing the motherboard's performance within a Linux-based setup.