In the next five years, Huawei will implement over 100 projects across various fields, including educational equity, environmental protection, health and well-being, regional development, production safety, and efficiency improvement. By building low-carbon, efficient, and intelligent all-optical networks, Huawei will break down the digital divide and bring benefits to every person, home, and organization.
Huawei helped the Education, Science, and Sports Bureau in Peng'an County build an all-optical campus network, which provides high-speed broadband to more than 80 schools in rural areas. The network enables over 70,000 teachers and students in remote areas to access high-quality education resources, greatly narrowing the education gap and digital divide. This implementation also relies on the selfless dedication of teachers to increase students' access to the rest of the world.
Technology should be used to aid natural environmental protection. Applying the innovative optical cross-connection (OXC) technology, Huawei and China Telecom Sichuan are working together to build an optical cube network, saving 80% of the equipment room space and reducing 30% of the energy consumption. In the future, comprehensive construction of all-optical cities in Sichuan will save 8 million kWh electricity each year, the effect of which on the environment is equivalent to planting 64,000 trees. With advanced optical transmission technologies, Sichuan will enter a new era of green communication.
In Tengchong, Yunnan province, Hyatt worked with Huawei to build a green all-optical hotel — The Lost Stone. In this hotel, an optical fiber network is deployed to carry all network services. The network saves 100,000 kWh of electricity per year, the effect of which is equivalent to reducing 47.5 tons of carbon emissions or planting 2,065 trees. The development of technology also benefits the remote villages in Tengchong. Ami, a girl from the Lisu ethnic group, shows the unique cuisine as well as songs and dances of the Lisu people through live broadcasts, sharing her local culture with the world.
There are more than 14 million yaks in the world, 5 million of which live in Qinghai. That is why Qinghai is called the yak capital of the world. Animal husbandry is the pillar industry of Qinghai, but the traditional farming way is laborious. With the help of gigabit optical networks, villagers used gigabit broadband for the first time and started their smart yak farming. This ensures real-time transmission of HD videos for the pastures. On the Internet, villagers can learn more yak farming knowledge and improve their work efficiency. By the end of 2020, Qinghai Unicom covered eight cities and autonomous prefectures, and 42 counties in the province with high-speed gigabit optical networks, connecting 1.1 million villagers in 1413 villages and promoting the development of digital villages and smart agriculture.
Each advancement in intelligent connectivity depends on the efforts of technical innovators who constantly break boundaries. To implement the OXC technology, we need to overcome many challenges in algorithms
and processes. After an endeavor of 8 years and a total of 2,920 days and nights on R&D, Huawei's innovators finally integrated 1,000 optical fibers on an optical backplane that is about the size of an A4 piece of paper.
On Mount Qomolangma, China Mobile and Huawei jointly carried out an exciting exploration in a forward camp at an altitude of 6,500 meters and completed the construction and deployment of the world's highest 5G base station and F5G
gigabit fiber network. Now, the dual-gigabit network of China Mobile covers Mount Qomolangma.