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Proculus Android Display Module solutions
Top Android Display Module options for your projects
Efficient and cost-competitive Android LCD Modules by Proculus
Android LCD displays have customizable Android Operation System.
Proculus Android LCMs come with high RK series core processors, have not only excellent operational performance, but also strong price competitiveness. Open resources and SDK permissions are open to you. All you need to do is develop your application's project quickly.
Frequently asked questions about Proculus Android Displays
What are the main features of Proculus Android Display Modules?
Proculus Android LCD modules combine high-performance RK series processors with a customizable Android operating system. These Android display screens offer strong operational efficiency and excellent cost-performance balance.
Each module supports quick project integration and comes with a complete kit, including items like Arduino Shield (PAB_03), USB/Serial Adaptor (PAB_02), Universal Connector (PAB_1), and more.
Can I customize the Android operating system on Proculus displays?
Yes. The Android LCMs support full OS customization, allowing you to tailor the Android LCD screen to your specific project requirements.
What development resources does Proculus provide for Android displays?
Proculus provides open SDKs, documentation, and hardware tools such as a Micro USB cable, MicroSD reader, USB to Serial adaptor, and a 15cm FFC cable, everything needed to start working with your Android LCD display.
How do Proculus Android Displays compare in performance and cost?
They deliver excellent performance with RK series processors and offer a cost-effective solution compared to other types of LCD display modules, making them ideal for scalable projects.
Which industries or applications are best suited for Proculus Android Display Modules?
Android LCD modules from Proculus are ideal for industrial automation, medical devices, smart terminals, and kiosks, any application that needs a flexible, reliable Android display screen.