1. High cost-performance ratio

In enterprise decision-making regarding the procurement of intelligent interactive devices, "cost-performance ratio" is always a core consideration. It's not simply about pursuing the lowest price, but rather about achieving the optimal solution for cost and benefit while meeting needs. In the competition between Android and Windows, Android all-in-one PCs, with their inherent advantages, demonstrate an overwhelming cost-performance advantage in most commercial interactive scenarios.

Lower hardware costs. The Android system is based on the ARM architecture, and its processor (CPU) has a very high degree of integration, typically integrating the CPU, GPU, and memory controller onto a single chip, effectively controlling power consumption and cost. Windows systems, on the other hand, traditionally rely on x86 architecture Intel or AMD processors, which are inherently more expensive and usually require dedicated graphics cards and higher-specification memory, leading to a significant increase in overall hardware costs.

For tasks such as querying, navigation, information publishing, and simple QR code scanning, the Android system is extremely efficient and can run smoothly without top-tier hardware. Windows systems and their software are relatively "bloated," often requiring higher-configuration hardware to ensure a smooth experience, resulting in performance redundancy and wasted funds.

Android is open-source and free, eliminating the need for device manufacturers to pay hefty operating system licensing fees per device.

2. High space utilization, allowing for very small size.

In today's rapidly evolving smart hardware landscape, "small and powerful" has become a core direction for technological evolution. Android motherboards, as the brains of smart devices, are constantly pushing the limits of size, providing a solid foundation for countless innovative applications with their miniaturized and modular forms.

Highly integrated chip solutions. Modern SoC (System-on-a-Chip) technology integrates multiple core units such as the CPU, GPU, memory controller, and multimedia processor onto a tiny chip. This significantly reduces the number of components and wiring space on the motherboard, a fundamental prerequisite for miniaturization.

Streamlined hardware architecture. Based on the ARM architecture, Android is inherently suited for lightweight design. Unlike the x86 architecture, it doesn't require complex bridge chips and peripheral circuits, resulting in a simpler hardware structure, lower power consumption, and lower heat generation, naturally facilitating size reduction.

Flexible layered design. The core board + baseboard design has become mainstream. The core board highly integrates the most critical components, such as the SoC, memory, and flash memory, onto a module the size of a postage stamp or even a coin. The baseboard, on the other hand, expands to include various interfaces like USB, GPIO, and Ethernet ports, depending on specific application requirements. This design ensures the stability of core functions while allowing for unlimited customization of external features.

Windows can also be made relatively small, but the cost is significantly higher. This is why 5-inch/7-inch/10-inch screens on the market are mostly based on the Android system.

3. Supports Personalized Customization

The DEWO Android touchscreen all-in-one machine uses Rockchip chips, including RK3128/RK3288/RK3399/RK3568/RK3576/RK3588S, etc.

We support interface customization, card swiping functionality, barcode scanning functionality, facial recognition functionality, and other customizations, as well as secondary software and hardware development. We have professional Android software engineers who can support customers in creating their own UI interfaces to better showcase their corporate image.

We also offer various Windows touchscreen all-in-one machines.

Android, with its inherent advantages, has permeated every aspect of our lives.

Industrial Control: Embedded in small PLCs and HMIs, it endows traditional industrial equipment with intelligent graphical interaction capabilities.

Smart Retail: As the core of self-checkouts, smart shelves, and QR code payment boxes, it is hidden in the corners of equipment, silently driving the operation of smart retail.

Medical Equipment: Integrated into portable monitors and handheld diagnostic terminals, it achieves miniaturization and intelligence of the equipment.

Smart Home: Becoming the "heart" of high-end smart central control screens, network speakers, and smart mirrors, it provides powerful computing capabilities within limited space.

Commercial Display: As the core of ultra-thin advertising machines and digital signage, it makes their designs more minimalist and aesthetically pleasing.

AIoT Edge Computing: Combined with cameras, it transforms into a compact AI visual recognition terminal, applied in security, access control, and behavior analysis scenarios.

If you also have application needs in these industries, please feel free to contact us.

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