In production scenarios, high-speed, stable and uninterrupted wireless networks are required

The list of specific demand scenarios is endless. The production environment of heavy oil and heavy corrosion is in great need of powerful wireless solutions, such as mobile ward rounds in hospitals, wireless networks in university dormitories, multiple wireless access in large parks, and access to chain stores.

Based on years of accumulation, Shi Jiangtao summarized the five characteristics of wireless AP applications.

First, in special extreme environments, such as high-speed rail, wind power wireless transmission, or the connection between the links between solar photovoltaic panels in deserts and deserts, all require ultra-high industrial quality. Second, the connection trend of wireless terminals is toward high-density access, mobile roaming, and remote coordination, so AP transmission performance needs to be continuously improved. Third, for large parks and universities, WiFi networks are built by tens of thousands of aps, which puts higher requirements on operation and maintenance management. The fourth is the need to support the Internet of Things applications, to have flexible networking and the ability to expand freely, in the medical, intelligent manufacturing, intelligent transportation and other scenarios have put forward such requirements. Fifth, the overall cost should be continuously reduced, and it needs to be cost-effective.

RLX2-IHNF-A

RLX2-IHNF-A

How to ensure the experience of critical business or VIP users? How to justify business continuity during mobility? How to make wireless operation and maintenance simpler and smarter?

In Shi Jiangtao’s view, on the one hand, it is necessary to escort the experience landing of WiFi7 with a full-scene solution, and on the other hand, it is necessary to simultaneously use spectrum reservation and air port scheduling technology, scenario-based smart antenna, twin roaming, and WIS digital twin operation and maintenance to empower the wireless experience of vertical industries.

Especially in high-density access requirements, WiFi7 scenario-based smart antennas can be dynamically adjusted based on antenna angles to achieve intelligent switching between high-density, high-bandwidth and low-dense and far-coverage, reducing signal interference, and improving user experience in high-density, multi-user scenarios. WiFi7, from the perspective of frequency domain and time domain, opens up exclusive fast lanes for key business and VIP terminals, maintains priority sequence at any time, guarantees the efficiency of key business, and improves organizational productivity.