In the 5G era, Chinese manufacturers are set to play a more prominent role on the global stage. As the first mobile communication standard developed by China and recognized worldwide, 5G has provided the Chinese industry with a historic opportunity to break through and lead at a deeper level. This marks a turning point in the country’s technological development and global influence.
By the end of 2017, the 3GPP NSA standard was officially adopted, marking a crucial step in the establishment and operation of commercial 5G networks. Today, China’s IMT-2020 (5G) Promotion Group held its third-phase specification conference for 5G technology R&D trials in Beijing, releasing the initial set of specifications for this phase. The third-phase tests are expected to bring key links of the 5G supply chain to a pre-commercial level by the end of 2018, accelerating the development of 5G and laying a solid foundation for large-scale trials and commercial deployment. This is a critical step toward full commercialization of 5G technology.
As we enter a new era, companies like Spreadtrum are making significant strides in their 5G strategies. Wang Yanhui, Secretary-General of the China Mobile Alliance, highlighted that as the mobile phone industry has grown, so too has the entire supply chain, including integrated circuits. Leading semiconductor firms such as Spreadtrum have emerged as key players. Spreadtrum has clearly positioned 5G R&D as a core strategy, with dedicated resources and budget allocated for future growth. Ziguang has also shown strong support for Spreadtrum’s 5G initiatives. Currently, Spreadtrum has formed a specialized 5G product team, aiming to align with national strategies, leverage state leadership, and collaborate with global communication giants to compete on equal footing and become a leading communications company.
Unlike previous generations, China's position in the 5G landscape has significantly improved, placing it at the forefront in terms of standard-setting, commercial progress, chip development, and terminal research. To break monopolies and achieve technological independence, patent strategies are essential. Spreadtrum began pre-research on 5G core technologies as early as 2015, while its standardization team worked systematically to interpret all aspects of the standards, ensuring solid support for prototype and chip development.
In addition to internal efforts, Spreadtrum actively collaborates with domestic universities and research institutes. This includes sharing patents, promoting standardization, and conducting joint research projects, further strengthening its intellectual property portfolio.
Beyond patents, Spreadtrum’s 5G product team has been working simultaneously on developing terminal prototypes and chips. These prototypes were tested against equipment vendor base stations, passing the Ministry of Industry and Information Technology’s two-stage scale tests. On the chip side, algorithm platforms evolved in line with 3GPP conferences, and within a month of the NSA standard being finalized, a full-feature floating-point simulation platform was delivered. Spreadtrum also completed the finalization of terminal chip architecture, providing preliminary evaluations on chip area and power consumption.
On January 16th, the IMT-2020 (5G) Promotion Group released the first batch of technical specifications for the third phase of 5G R&D trials. Spreadtrum followed closely, using pilot V2 prototypes and chips to meet technical requirements and complete key technology verification and interoperability testing. The company also launched the first chip supporting the 3GPP R15 5G standard according to the schedule, while strengthening collaboration with partners to promote synchronized R&D and standardization efforts.
Looking ahead, Spreadtrum aims to become a top-tier player in 5G terminal chips. In 2018, the company participated in the Ministry of Industry and Information Technology’s third-phase 5G field tests, using both prototype platforms and chip reference designs. Spreadtrum revealed plans to launch the first mobile chip supporting the 3GPP R15 5G standard by the end of 2018.
5G represents a huge opportunity. According to the China Institute of Information and Communications, by 2030, 5G will drive direct economic output of 6.3 trillion yuan, add 2.9 trillion yuan in value, and create 8 million jobs. Indirectly, it could generate 10.6 trillion yuan in total output, 3.6 trillion yuan in added value, and 11.5 million jobs.
However, challenges remain. One major issue is the flexibility of the 5G standard, which offers a broad framework but leaves many parameters open for configuration. This creates an almost infinite number of combinations, making it difficult to define clear specifications. To address this, Spreadtrum has built flexible processing capabilities into its terminal architecture and worked with industry partners to clarify achievable specifications under different application scenarios.
In the smartphone market, which is growing more slowly, 5G is seen as a catalyst for innovation. Spreadtrum believes the market isn’t in a downturn, but rather entering a plateau after rapid growth. New applications in AI, AR/VR, and high-resolution video will drive demand. With strong government support, 5G is expected to bring significant changes to the smartphone industry. However, challenges such as battery life and adapting to 5G’s flexibility will require innovative chip designs.
In response to the third-phase test, Wen Ku from the Ministry of Industry and Information Technology emphasized the need to follow international standards, accelerate pre-commercial equipment development, build comprehensive R&D platforms, and synchronize frequency planning with 3.5GHz and 4.9GHz R&D. He also stressed the importance of business application development.
Wang Yanhui noted that China now has a stronger voice in setting 5G standards and leads in commercial deployment, giving Chinese manufacturers and brands a chance to capture early market opportunities. The release of the 5G standard will encourage local brands to invest and position themselves strongly for future competition.
In 5G chip design, companies must keep pace with evolving standards. As standards are finalized, the industry verifies and implements them. Beyond smartphones, 5G will unlock new opportunities in industrial internet, smart manufacturing, autonomous driving, drones, personal entertainment, and cloud-based applications. (Proofreading / Xiaoqiu)
5G Outdoor CPE
5G Outdoor CPE (Customer Premises Equipment) refers to 5G user terminal equipment used in outdoor environments. It is a device that connects to a 5G network and provides wireless network connectivity, which can be used in various scenarios such as homes, businesses, and public places. The features and advantages of 5G Outdoor CPE are described in detail below.
First, features:
1. High-speed connection: 5G Outdoor CPE uses 5G technology, with higher transmission rates and lower latency. It can provide faster download and upload speeds than 4G networks, meeting users' needs for high-speed networks.
2. Large capacity: 5G Outdoor CPE supports more device connections, which can meet the needs of multiple users at the same time. It provides a higher network capacity and supports more terminal devices. It is suitable for scenarios where multiple devices need to be connected to a home or enterprise.
3. Wide coverage: 5G Outdoor CPE has wider coverage, which can provide better signal coverage and stability. It is suitable for outdoor environments and can provide better network connectivity in outdoor locations, whether in urban, rural or remote areas, with good signal coverage.
4. High reliability: 5G Outdoor CPE adopts a variety of technologies to improve network reliability, such as Multiple-Input Multiple-Output (MIMO) technology and Beamforming technology. It can provide a more stable and reliable network connection and reduce the risk of network outages and failures.
5. Flexible deployment: 5G Outdoor CPE can be flexibly deployed according to actual requirements. It can be installed on the exterior walls of buildings, roofs, telephone poles, etc., to maximize signal coverage. At the same time, 5G Outdoor CPE also supports a variety of installation methods, such as wall hanging, pole, etc., to adapt to different installation environments.
6. Simplified management: 5G Outdoor CPE supports remote management and monitoring, and can centrally manage devices through the cloud platform. Administrators can monitor device running status, troubleshoot and upgrade devices anytime and anywhere to improve management efficiency and O&M effect.
2. Advantages:
1. High-speed network experience: 5G Outdoor CPE can provide faster network speed and lower latency, and users can enjoy a smoother network experience. Whether watching HD videos, playing online games or downloading large files, you can get faster response times and higher transfer rates.
2. Multi-device connection: 5G Outdoor CPE supports more device connections, which can meet the needs of multiple devices in homes, enterprises and other places to access the Internet at the same time. Whether it is a smartphone, tablet, TV, camera or other smart device, it can be connected to the network through 5G Outdoor CPE to achieve connectivity.
3. Stable and reliable: 5G Outdoor CPE uses a variety of technologies to improve network stability and reliability. It can provide a more stable network connection by automatically selecting the best channel and automatically optimizing the signal. At the same time, 5G Outdoor CPE also supports backup and failover functions. When the primary device fails, it can be automatically switched to the standby device to ensure network continuity and stability.
4. Wide coverage capability: 5G Outdoor CPE has a wider coverage range, which can provide better signal coverage and expansion capability. It can cover a larger area and meet the network needs of different places. Whether in urban, rural or remote areas, you can get a stable Internet connection.
5. Flexible deployment and management: 5G Outdoor CPE can be flexibly deployed and managed according to actual requirements. It can be installed in different locations to maximize signal coverage. At the same time, 5G Outdoor CPE supports remote management and monitoring, and can centrally manage devices through the cloud platform, improving the management efficiency and operation and maintenance effect of devices.
In SUMMARY:
As a 5G user terminal device used in Outdoor environments, 5G Outdoor CPE has the features and advantages of high-speed connection, large capacity, wide coverage, high reliability, flexible deployment, and simplified management. It can provide faster network speed and lower latency to meet the needs of users for high-speed network; Support more device connections to meet the needs of multiple users at the same time; With wider coverage, providing better signal coverage and stability; Use a variety of technologies to improve network reliability and reduce the risk of network outages and failures; It can be flexibly deployed according to actual requirements to adapt to different installation environments. Supports remote management and monitoring, improving device management efficiency and O&M effect. The emergence of 5G Outdoor CPE will further promote the development of 5G networks and provide users with a better network experience.
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Shenzhen MovingComm Technology Co., Ltd. , https://www.movingcommtech.com