Empowering Smart Waste Sorting with Advanced Industrial PC

Industry Development Background

Smart waste sorting is gaining momentum globally, with cities worldwide deploying advanced systems to enhance recycling rates and reduce pollution. Technologies like artificial intelligence and the Internet of Things (IoT) facilitate accurate sorting, fostering environmental sustainability. In this context, smart waste sorting stations integrated with next-generation information technology have become a rigid market demand.

Supporting Equipment Needs

The emergence of smart waste sorting stations addresses residents' concerns about "not knowing how to sort or not wanting to sort." Their functions encompass educational outreach on sorting knowledge, guidance for proper disposal, and monitoring of disposal behavior. By embedding "intelligence," these stations simplify frontend operations, boosting public enthusiasm for waste sorting.

These stations require visual, controllable, and interactive industrial all-in-ones to integrate software and hardware applications. Additionally, compatible industrial all-in-ones must consider the installation adaptability of smart waste sorting stations and the environmental characteristics of outdoor applications, ensuring reliable performance.

Product Solution

Our ARM-based industrial all-in-ones support multi-level motherboard configurations and feature a 3mm slim panel, perfectly matching the functions and embedded installation requirements of smart waste sorting stations. In practical applications, they offer the following advantages:

Advantage 1: High-Spec Display Panel
Equipped with high-specification capacitive LCD screens, these series offer customizable enhancements such as ≤1500cd/㎡ brightness, high resolution, full-view angles, anti-glare, UV protection, and water-resistant touch. They support full lamination technology, effortlessly tackling outdoor glare, rain, dust, and more, ensuring 7*24-hour stable, high-quality display output, promoting waste sorting education.

Advantage 2: High-Performance Computing Core
Powered by up to an RK3588 core, these devices boast robust processing and AI capabilities, supporting AI vision, big data models, and more in waste identification. They intelligently recognize waste types, control corresponding bin doors, and guide accurate disposal, simplifying sorting for users.

Advantage 3: Extensive Expansion Support
Featuring abundant I/O interfaces (USB 3.0, LAN, COM ports supporting RS485/232/TTL), these units can integrate peripherals like facial recognition cameras, barcode scanners, and ID card readers, facilitating identity verification and behavior monitoring. Based on ARM architecture, they also offer system, software development, and firmware customization services, exploring IoT+waste recycling+financial settlement models and diverse operational scenarios.

Advantage 4: Robust Network Connectivity
Supporting dual 10/100/1000Mbps RJ45 interfaces, integrated 4G/5G (optional), WiFi 6, Bluetooth, and other high-speed wireless technologies, these devices connect with GPS tracking, overflow alarms, cleaning schedules, and more, bridging "device-personnel-platform" interconnectivity for a comprehensive waste sorting chain.

Application Empowerment

Designed for 24/7 outdoor operation in temperatures ranging from -10°C to 60°C, these embedded industrial all-in-ones pass rigorous waterproof, dustproof, vibration-resistant, and anti-interference tests. This robust performance extends their applications beyond waste sorting, encompassing diverse aspects of smart city construction and complex scenarios.