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Compact, energy-efficient boards optimized for interactive displays, kiosks, and smart terminals.
Showing 1–12 of 27 results







The AIoT-3588A motherboard with RK3588 processor, 6TOPS NPU, 8K display, 32GB+512GB storage, multi-screen output & rich I/O. Ideal for smart terminals & automation.
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AIoT-3568A is a stable, high-performance quad-core embedded motherboard designed for smart terminals and edge computing applications.
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The IoT-40A motherboard with Allwinner A40i, Android 7.1, rich interfaces, and classic design. Ideal for smart terminals, digital signage, and self-service devices.
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The AIoT-3399E is a powerful, six-core embedded motherboard designed for next-generation smart terminals.
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Powerful AIoT motherboard with RK3576 8-core processor, 6TOPS NPU, 4K@120Hz dual display, Android/Linux/OpenHarmony OS, ideal for edge AI devices & robots.
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AIoT-133SE is a high-efficiency, cost-effective advertising player motherboard, purpose-built for digital signage, electronic menu boards, and self-service terminals.
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ShiMeta offers a diverse range of Embedded Display Boards designed for embedded application scenarios such as digital signage, self-service terminals, smart retail systems, industrial human-machine interfaces (HMIs), and AI visual computing. Embedded Display Boards are equipped with powerful image processing capabilities, support 1080P and 4K HD displays, and are compatible with Android, Linux and other mainstream systems, and widely support open source platforms and AI edge computing.
Choosing the right board is critical for product performance and long-term reliability. Our solutions are built for OEM customers who need dependable hardware and fast project support.
Key advantages include:
Whether you are building a kiosk, payment terminal, or industrial display, we offer boards that match commercial requirements.
Different projects need different software environments. That is why our embedded boards support both Android and Linux operating systems.
Android is ideal for touchscreen applications, signage CMS platforms, advertising systems, payment interfaces, and modern interactive user experiences. It offers strong app flexibility and rapid deployment.
Linux is widely used for industrial automation, secure systems, enterprise terminals, and deeply customized embedded applications. It is a preferred option when stability and software control are priorities.
By supporting both systems, our boards help customers select the best platform for their market.
RK3568 is one of the most balanced solutions for kiosks, POS systems, and smart displays. It offers strong performance, low power consumption, and broad interface support.
RK3588 is ideal for AI edge computing, multi-screen systems, machine vision, and high-performance display terminals. It delivers advanced CPU and NPU performance.
RK3566 is a cost-effective option for compact smart devices and lightweight Android display systems.
Cost-effective boards with stable Full HD output. Ideal for Menu boards, advertising screens
Ultra HD video output for stunning content clarity. Ideal for Interactive billboards, medical displays
Optimized for kiosk integration with peripheral control. Ideal for Vending, check-in, self-order kiosks
Compact Android boards for space-limited terminals. Ideal for tablet-based kiosks and retail displays.
Designed for POS, payment, and customer engagement. Ideal for POS terminals, smart shelves.
Fully unlockable boards for custom development. Ideal for Educational development platforms.
Stable Linux-ready boards for industrial use. Ideal for Factory automation, device control
With NPU support for AI inference & vision tasks. Ideal for Smart cameras, AI checkout, facial detection.
Use Case: In shopping malls, airports, restaurants, and retail stores.
Function: Display promotions, advertisements, or dynamic content using 1080P or 4K visuals.
Advantage: Reliable 24/7 operation, remote content updates, seamless media playback.
Use Case: Self-ordering terminals in QSRs (Quick Service Restaurants), ticket vending machines, hotel check-in stations.
Function: Power touch-enabled user interfaces for customer interactions.
Advantage: Supports high-resolution UI, responsive touch input, secure payment modules.
Use Case: Display systems in patient monitors, diagnostic tools, or surgery support stations.
Function: Real-time imaging, system diagnostics, and data visualization.
Advantage: High stability, support for multi-display outputs, and EMI compliance.
Use Case: Manufacturing lines, control rooms, and SCADA systems.
Function: Enable visual monitoring and control of industrial processes.
Advantage: Fanless design, wide operating temperature, robust I/O (RS232, GPIO, CAN).
Use Case: Interactive display boards in smart vending or retail shelf systems.
Function: Showcase product info, promotions, and accept input.
Advantage: Integrated touchscreen support, multimedia capability, and remote diagnostics.
Use Case: Bus/train station displays, in-vehicle infotainment, and GPS navigation.
Function: Deliver real-time information, navigation updates, or ads.
Advantage: Ruggedized for shock, vibration, and extended temperature environments.
Use Case: Touch panels in home automation hubs.
Function: Control lighting, HVAC, security, and multimedia systems.
Advantage: Ultra-thin form factor, low power consumption, and Android/Linux compatibility.



Tell us your screen size, interfaces, OS and application. We will recommend the best motherboard within 24 hours.
✔ RK3568 / RK3588 ✔ Android / Linux ✔ OEM Branding ✔ Global ShippingRequest QuoteWe are ready to answer right now! Sign up for a free consultation.
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An Embedded Display Board is a compact, integrated motherboard designed to power digital displays in embedded systems. It typically includes CPU, GPU, memory, display output interfaces, and I/O ports, enabling seamless control of signage screens, kiosks, and HMI (human-machine interface) systems without the need for an external PC.
Our Embedded Display Boards are widely used in:
Yes. Shimeta provides custom BIOS configurations, OS image tuning, I/O expansion, and hardware customization based on your application requirements. We also assist with Android firmware adaptation and Linux kernel optimization for specific devices and sensors.
Yes, our embedded boards support multiple OS platforms and allow integration of software embedded on motherboard for industrial automation.
ARM embedded boards are optimized for low power, while AMD embedded CPU motherboards offer stronger performance for data-intensive tasks.