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Recycle Quectel Wi-Fi Modules Type:Wi-Fi 5,Wi-Fi 6,Wi-Fi 7,Wi-Fi HaLow

Shenzhen Mingjiada Electronics Co., Ltd. is a global company specialising in the recycling of electronic components and inventory management, offering professional, efficient, and high-value recycling services. We are committed to helping customers reduce inventory, minimise storage space, and lower both storage and management costs.

Below is a detailed overview of our recycling services:

1. Main Recycling Categories

Integrated circuits (ICs), 5G chips, new energy ICs, IoT chips, Bluetooth chips, automotive chips, AI ICs, Ethernet ICs, memory chips, sensors, IGBT modules, and a range of other products.

2. Recycling Advantages

High-Priced Recycling: Pricing based on market trends, offering competitive market rates to help customers maximise cost recovery.

Quick Payment: Supports ‘same-day testing, same-day payment,’ with transactions completed within 72 hours.

Global logistics support: Provide DHL/UPS/SF Express and other global freight-collect logistics services.

3. Recycling Process

Submit a list: Customers provide model, brand, quantity, and other information.

Evaluation and quotation: Provide inspection plans and quotations within 24 hours.

Logistics handover: Support door-to-door pickup or global logistics shipping.

Inspection and payment: Payment completed on the next working day after inspection.

Wi-Fi modules connect IoT devices to Wi-Fi networks, a form of short-range connectivity. Wi-Fi modules have become ubiquitous across city centers, campuses, hospitals and entertainment venues. Now Wi-Fi 7, Wi-Fi 6/6E, and Wi-Fi HaLow modules are expanding Wi-Fi’s applicability to devices requiring higher speeds, wider coverage and lower latency.

Wi-Fi 6 represented a dramatic improvement over predecessors, with output of 9.6Gbps over Wi-Fi 5’s 3.5Gbps, much reduced latency, and superior ability to support multiple devices. Wi-Fi 7 goes further still, introducing breakthrough features like multi-link operation (MLO) and 320MHz channel bandwidth. This enables support for high-speed applications with ultra-low latency requirements such as AR/VR and cloud computing. Wi-Fi HaLow is meanwhile upending assumptions over the limitations of Wi-Fi’s range and penetration, proving the technology of choice for smart cities, sprawling industrial sites and connected farms.

Wi-Fi IoT use cases include

Automotive

Customer-premise equipment

Digital healthcare

Digital signage

Home gateways

IP camera

MiFi

Mobile computing

Mobile POS

Projectors

Remote monitoring and control

Set-top boxes

Smart homes

Telematics

Video applications