Country for PR: China
Contributor: PR Newswire Asia (China)
Thursday, April 11 2019 - 12:57
Huawei Releases Its "Design Guide for Campus Wi-Fi Networks in the Wi-Fi 6 Era v1.0", Ushering in a New Epoch of Digital Talent Development
SHANGHAI, April 11, 2019 /PRNewswire-AsiaNet/ --

Today Huawei released a new white paper entitled "Design Guide for Campus Wi-Fi 
Networks in the Wi-Fi 6 Era v1.0" at the Global Education Digital 
Transformation Summit in Shanghai, China. The first-of-its-kind white paper 
builds on Huawei's deep understanding of 5G technologies and proven successes 
of more than 1,000 campus networks in the global education sector. In the white 
paper, Huawei defines nine typical Wi-Fi coverage scenarios and provides 
standard criteria for campus Wi-Fi 6 network planning and design. All these 
highlights of the white paper are an important step toward innovating education 
paradigms and bringing digital talent development into a new era.

In the white paper, Huawei takes the lead in offering detailed guidelines for 
tailoring Wi-Fi 6 to all campus scenarios. According to the white paper, 
immersive education methods like Virtual Reality (VR) and Augmented Reality 
(AR) are changing teacher and student interaction and engagement; and live 
streams and distance education make talent cultivation more personalized.

The Wi-Fi 6 era is on the horizon. Emerging technologies are spawning new 
teaching methods at unprecedented speed. Bandwidth and latency are no longer 
bottlenecks hindering digital talent development, and diverse and personalized 
teaching experiences will soon be available everywhere.

To keep up, Huawei unveils a new evaluation approach in the white paper that 
combines Key Performance Indicators (KPIs) with Key Quality Indicators (KQIs). 
To address the distinct architectural structures and user access 
characteristics of most educational campuses, Huawei's white paper defines nine 
typical campus scenarios including traditional and VR classrooms, offices, 
conference rooms, auditoriums, libraries, labs, cafeterias, playgrounds, and 
dormitories. For each of the nine scenarios, Huawei summarizes and standardizes 
Wi-Fi 6 network construction procedures and device selection specifications. 
These guidelines represent far-reaching recommendations to facilitate Wi-Fi 6 
network deployment and O&M across the entire education sector.

Huawei Wi-Fi 6 leverages cutting-edge 5G technologies such as smart antennas 
and radio calibration, along with deep insights into campus networks, to 
perfectly optimize bandwidth-hungry and latency-sensitive settings like VR 
classrooms, offices, and libraries. Huawei Wi-Fi 6 Access Points (APs) stand 
out with unique high-density antenna technology and the most radios and spatial 
streams in the industry. These advantages are ideal for terminal concurrency in 
high-density scenarios such as classrooms, conference rooms, and lecture halls. 
Huawei Wi-Fi 6 not only provides teachers and students with optimal experiences 
anytime and anywhere, but also innovates education paradigms in a more 
flexible, simple, and agile way.

Vice President of Marketing & Solution Sales Department of Huawei Enterprise 
BG, Lu Qi, mentioned that educational institutions are undoubtedly the 
incubator of innovative technologies. The release of Huawei's "Design Guide for 
Campus Wi-Fi Networks in the Wi-Fi 6 Era v1.0" is expected to catalyze the use 
of Wi-Fi 6 in the education sector; enable cutting-edge technology to 
rejuvenate education; and better serve talent development.

Vice President of Campus Network Domain of Huawei's Data Communication Product 
Line, Li Xing, said Huawei leads the industry in commercial Wi-Fi 6 products 
verified by Tolly Group, an international authoritative test organization. 
According to Tolly, Huawei's commercial Wi-Fi 6 products achieve the highest 
performance among those tested. Constant Wi-Fi innovations are advancing the 
entire technology industry and creating a new era of digital transformation for 
the education sector.

To download the white paper, visit:

SOURCE: Huawei