Huawei launches a pioneering action to "advance optical fiber and withdraw copper": campus upgrades to Wi-Fi 7 network cables must be replaced with optical fiber

According to news on July 5, today, Huawei officially launched the pioneering action of “advancing optical fiber and withdrawing copper” in the campus network. To this end, Huawei not only launched the F5G all-optical campus 2.0 solution, but also announced that it will invest 50 million yuan in marketing resources to fully support partners in seizing the great opportunity of "optical advancement and copper exit" in campus networks.

▲ Chen Banghua, President of Huawei’s Optical Product Line Chen Banghua, President of Huawei’s Optical Product Line, pointed out that the “advancing of light and retreat of copper” is moving from homes to campuses. Wi-Fi 7 is a key technology for upgrading campus networks to 10Gbps, enabling large-bandwidth wireless access from 3Gbps to 18Gbps.
Currently, most parks use ordinary network cables made of copper, which are completely unable to support the high-speed requirements of Wi-Fi 7. In the Wi-Fi 7 era, network cables must be replaced by optical fibers. Optical fiber bandwidth capacity is huge and can support up to 100Tbps. After one wiring, it can support continuous bandwidth upgrades for the next 30 years. Therefore, in the Wi-Fi 7 era, the "advancing of light and the retreat of copper" in the park has become inevitable.
To this end, Huawei has launched the F5G all-optical campus 2.0 solution. Compared with the traditional 3-layer switching architecture, it only requires 2-layer equipment in the central computer room and user end. Passive optical splitters are used to replace active equipment in the middle to reduce wiring costs. It is reduced by 80% and network energy consumption is reduced by 30%.
We learned from Huawei officials that this solution is based on XGS-PON Pro + Wi-Fi 7 technology, which achieves a 25% increase in bandwidth compared to the industry, supports 12.5G / 25Gbps to the room, and meets the connection needs of multi-channel Wi-Fi 7; through hardware With isolation slicing technology, one network can carry multiple services such as production, office, and campus management at the same time, saving 30% in TCO; in terms of operation and maintenance, the unified network management NCE-Campus can manage optical and IP equipment at the same time, realizing minute-level service provisioning and With end-to-end guarantee, one person can manage an entire campus network.
Huawei said, for example, that for F5G all-optical hospitals, F5G all-optical campus 2.0 can achieve a hundredfold increase in bandwidth, second-level loading for picture reading, and a 50% increase in consultation efficiency. Based on the "zero roaming" technology of optical networks, mobile ward rounds with PDA are all available. Online at all times, the efficiency of ward rounds is increased by 60%.
For F5G all-optical hotels, this solution can realize one room, one fiber and one terminal, further simplifying the architecture and saving investment. For F5G all-optical factories, based on flexible and reliable industrial networks, the goal of improving quality and efficiency in intelligent manufacturing can be achieved.
According to reports, Huawei’s F5G all-optical campus solution has been applied in more than 8,000 campuses around the world. For example, the all-optical campus network of Central South University covers 60,000 teachers and students, ensuring 1000M access bandwidth for each user. Compared with traditional solutions, The comprehensive cost dropped by 30% and the construction period was shortened by 75%.

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