The 15th Five-Year Communication Plan Takes Shape: How Will the New-Generation Communication Network Change Our Lives?

The Ministry of Industry and Information Technology recently released the "15th Five-Year Plan for the Development of the Information and Communication Industry," clearly proposing that by 2030, China will build a new-generation communication network with comprehensive coverage and leading performance, with a cumulative investment in information infrastructure reaching 3.8 trillion yuan. The plan focuses on 6 aspects, including information infrastructure, industrial systems, and industry governance, and proposes 26 key tasks covering 5G-A, 6G, satellite internet, computing power networks, and more.

5G-A, 10-gigabit optical networks, and satellite internet are being promoted simultaneously, with the goal of comprehensively upgrading the underlying experience of public networks by 2030. Specifically, there are several noteworthy changes:

More Stable Signals in Towns and Townships: The plan specifies the construction of 500,000 new 5G-A base stations, with 5G-A networks deployed in all county seats and key townships. In the future, when traveling to scenic spots or on highways, mobile disconnections will gradually decrease, and devices will maintain connectivity even in underground garages and elevators.

No More Network Congestion at Home: Urban hotspot areas will have 10-gigabit downlink and gigabit uplink capabilities. TVs, computers, and smart home devices can be online simultaneously, allowing smooth HD video streaming and video conferencing without network congestion, ensuring that smart homes no longer suffer from connection drops.

Improved AI User Experience: National computing power continues to grow, with intelligent computing power targeted to reach 9800 EFLOPS. Ordinary users will experience faster responses and less lag when using cloud-based AI tools and large model applications.

Connectivity Even in the Wilderness: The plan proposes accelerating the global coverage of satellite communication networks and promoting direct satellite connectivity for mobile phones. In the future, when entering deep mountains or going out to sea, satellite communication will fill signal blind spots, making emergency communications more reliable.

6G Commercialization on the Agenda: The plan explicitly proposes to "initiate 6G commercialization at an appropriate time" and systematically conduct research on key 6G technologies including wireless, networking, and security. 6G will first be deployed in major cities and key industry scenarios, providing ultra-low latency and high-reliability connectivity for industrial internet, autonomous driving, telemedicine, and more.

Of course, new technologies will not be implemented overnight. Cutting-edge technologies such as 6G and satellite networking will first be deployed in major cities and key industry scenarios, then gradually extended to small and medium-sized cities and remote areas. In the long run, the goal of this infrastructure is to enable remote areas to equally enjoy the benefits brought by digital technology.

What Kind of Equipment Support Is Needed for the Implementation of the New-Generation Communication Network?

The plan outlines a grand blueprint, but from planning to reality, a large amount of equipment is needed to carry it out. Whether it's the deployment of 5G-A base stations, the construction of computing power networks, or the realization of integrated satellite-terrestrial communication, all require the support of industrial-grade communication equipment.

Take the ComIn I5000 as an example: it is a dual-band Wi-Fi 6 industrial-grade 5G router with a total rate of up to 3000Mbps. It supports 2×2 UL/DL MU-MIMO and OFDMA technology, performing excellently in high-density access scenarios and supporting simultaneous access for up to hundreds of wireless terminals. The device supports dual-mode dual-standby 5G and is equipped with Gigabit Ethernet ports, making it suitable for equipment room monitoring, power monitoring, environmental monitoring, outdoor, and other scenarios requiring highly reliable wireless coverage.

For in-vehicle and mobile scenarios, the ComIn V3000 offers an automotive-grade design, supporting dual-SIM dual-standby and independent GPS positioning. It uses an aviation power connector and can operate stably under a wide voltage range of 9-28V, making it suitable for in-vehicle Wi-Fi, video transmission, PLC remote control, and other scenarios.

The plan also mentions "accelerating the construction of a national integrated computing power network" and "promoting the integrated development of '5G + Beidou'," which means that in the future, industrial gateways will need to simultaneously possess high-speed communication and precise positioning capabilities to adapt to more diverse application scenarios.

Conclusion

The implementation of the 15th Five-Year communication plan will bring comprehensive network upgrades from cities to rural areas, from ground to sky. 5G-A solves the problem of "signal stability," computing power networks solve the problem of "AI accessibility," and satellite internet solves the problem of "connectivity in the wilderness." For equipment manufacturers and engineering technicians, the key is to understand the direction of the plan, choose matching product solutions, and turn the blueprint into reality.