Service Overview

Wingtech focuses on cutting-edge 5G NR (New Radio) technologies and provides high-performance communication development services for future IoT and industrial internet. As the core standard of the fifth-generation mobile communication, 5G NR is characterized by ultra-high speed (up to 10Gbps downlink), ultra-low latency (<1ms), and massive device connectivity (millions per square kilometer). It is widely applied in scenarios demanding high real-time performance and reliability, such as smart factories, autonomous driving, and telemedicine. Leveraging its deep understanding of the 3GPP standards and proprietary 5G protocol stack technology, Wingtech offers customers a full-stack solution encompassing 5G module design, edge computing integration, and end-to-end network optimization, helping enterprises seize the opportunities in 5G+ industry digitization.

Service Content

1. 5G NR hardware development

• The 5G module is designed to support dual-mode operation in both Sub-6GHz and millimeter wave (mmWave) bands, and is compatible with mainstream global frequency bands such as n41/n78/n258, adapting to the deployment requirements of 5G networks in different countries.

• Develop terminal devices such as 5G industrial routers, AGV controllers, 8K cameras, and AR/VR head-mounted displays, supporting scenarios with high bandwidth (such as 8K video streaming) and low latency (such as remote control of robotic arms).

2. 5G protocol stack and edge computing development

• Optimize the 5G protocol stack based on platforms such as Qualcomm X65/X70 and Huawei Balong 5000, reduce air interface latency to less than 0.5ms, and enhance network handover stability (such as in high-speed mobile scenarios).

• Integrate edge computing (MEC) capabilities, deploy AI inference models on the 5G base station side, and achieve localized data processing (such as defect detection response time <10ms).

3. Network slicing and QoS customization

• Configure 5G network slices according to business needs (such as remote surgery and smart grid) to ensure bandwidth, latency, and reliability isolation for critical services.

• Support the hybrid networking of URLLC (Ultra-Reliable Low-Latency Communication) and eMBB (Enhanced Mobile Broadband), meeting the coexistence requirements of multiple services.

4. Security and authentication services

• Develop a 5G device identity authentication system based on SE security chips, supporting the national cryptographic SM9 algorithm and quantum encryption pilot, to prevent data tampering and man-in-the-middle attacks.

• Assist clients in completing global 5G certification (GCF/PTCRB), network access license (CCC), and industry compliance testing (such as automotive-grade ISO 26262).

5. Integration of cloud and industry platforms

• Provide services for interfacing 5G devices with edge cloud platforms such as AWS Wavelength and Azure Edge Zone, supporting device management, data storage, and remote over-the-air (OTA) upgrades.

• Develop industry SaaS platforms (such as 5G smart factory management systems) that integrate functions like digital twins and predictive maintenance.

Application scenarios

1. Smart Factory

• Deploying 5G AGV robots and robotic arms on the production line, millimeter-level collaborative operations are achieved through ultra-low latency control, thereby enhancing production efficiency by over 30%.

• Utilizing 5G+AR glasses to assist remote operation and maintenance, experts provide real-time guidance for on-site repairs through first-person video, reducing downtime by 60%.

2. autonomous driving

• Develop 5G Vehicle-to-Everything (V2X) terminals to enable real-time communication (with latency <5ms) between vehicles and traffic lights, as well as other vehicles, supporting collision warning at intersections and platoon driving.

• Deploy 5G edge computing nodes on highways to perform localized AI analysis on onboard camera data, identify obstacles in advance, and trigger emergency braking.

3. telemedicine

• Develop 5G surgical robots that support experts in remotely performing minimally invasive surgeries (such as neurosurgery) through ultra-high-definition 4K/8K video transmission and low-latency control.

• Deploy 5G-equipped emergency ambulances, which can upload patients' vital signs data in real-time to the hospital during transit, and initiate AI-assisted diagnosis, thereby reducing the preparation time for emergency treatment by 50%.

4. Smart Energy

• Install a 5G drone inspection system at the wind farm, which can automatically identify blade cracks and equipment malfunctions through real-time transmission of 8K video and LiDAR data.

• Utilize 5G network slicing to ensure differential protection services for the smart grid (with a latency of <10ms) and prevent widespread power outages.

5. Media and entertainment

• Develop a 5G 8K live streaming backpack that supports multi-camera real-time encoding and 5G uplink transmission, enabling 8K VR live streaming of large-scale events.

• Deploy 5G+ holographic projection in theme parks, and achieve low-latency interactive experiences through edge computing rendering, enhancing the immersion of visitors.

Service Advantages

1. Ultra-low latency and high reliability

• Through air interface optimization and edge computing deployment, the end-to-end delay is controlled within 1ms, meeting stringent requirements such as industrial control and remote surgery.

2. Global frequency band compatibility

• The module supports global mainstream 5G frequency bands (such as n41/n78 in China, n77/n78 in Europe, and n257 in North America), allowing customers' products to quickly adapt to different markets.

3. Secure and Trusted Architecture

• Integrating hardware-level security chips with blockchain technology ensures device identity credibility and data tamper resistance, meeting the requirements of Level 3 of the Cybersecurity Level Protection System (CS-Level Protection System) 2.0.

4. Flexible deployment capability

• Supporting the mixed deployment of 5G private networks (standalone/SA) and public networks, customers can choose the network mode according to their business needs, reducing construction costs.

5. Full-stack technical expertise

• From physical layer protocol optimization to industry application development, Wenge Technology possesses a comprehensive 5G technology stack, enabling it to swiftly respond to customers' customized needs.

Case Introduction

Case 1: 5G Smart Factory Project of a Certain Automobile Group
Wenge Technology has built a 5G fully connected factory for a global automotive company, deploying over 2,000 5G terminals (AGVs, robotic arms, quality inspection cameras), achieving device coordination latency <0.8ms through URLLC network slicing. After the project went live, the flexibility of the production line increased by 40%, and the product defect rate decreased by 25%. The factory was awarded the title of "Lighthouse Factory" by the World Economic Forum.

Case 2: 5G remote surgery system in a tertiary hospital
Wenge Technology, in collaboration with a hospital, has developed a 5G surgical robot, successfully completing the first cross-provincial remote neurosurgery in remote areas. The system ensures 8K video transmission and robotic arm control latency of less than 1.2ms through 5G + edge computing, with surgical error controlled within 0.1mm, promoting the dissemination of high-quality medical resources.