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Niu Zhigang
2.5GE would be a key transition technology and solution for upgrade from GE networks to 10GE networks. What are the current developments in 2.5GE? Is it feasible for today's enterprises to upgrade to 2.5GE? Let's find out answers in this blog.
Niu Zhigang
Ethernet has become the lifeblood of today's IT industry, rapidly taking the quality of production and life to new levels. From email to messaging, from voice to video, we're constantly pursuing higher Ethernet rates.
Xiang Xi
With features such as high reliability, low latency, and large bandwidth, FRMCS is set to transform ground-to-train communications, providing enhanced safety, efficiency, and data transmission rates compared to its predecessor and meeting the requirements of future evolution service scenarios.
Niu Zhigang
As Wi-Fi 7 approaches, many customers prefer and choose Huawei CloudEngine S5755-H series high-quality switches for their smooth bandwidth evolution, multi-service convergence, and reliable security. Huawei will work with customers in various industries to embrace high-quality future-proof campus networks.
Chen Zeyu
Global bandwidth demand is on an unprecedented rise. In 2022 alone, the International Telecommunications Union (ITU) recorded 25% growth in international bandwidth usage, adding to a 33% compounded average growth rate that’s been steadily rising since 2017.
Ni Nan
Nowadays, as enterprises ramp up digital transformation, audio and video services have become a new normal on enterprise campus networks. In particular, videoconferencing has become an important means for enterprises to improve their daily work efficiency.
Huang Yonghua
Huawei unveiled a brand-new high-quality 10 Gbps wireless campus network solution. This solution draws on Huawei's extensive product portfolio — consisting of AirEngine Wi-Fi 7 APs and CloudEngine S5755-H series high-quality multi-GE switches — to upgrade customers' high-quality wireless network experience from 1 Gbps to 10 Gbps.
Zhong Cui
Huawei introduces the digital map function of iMaster NCE. Unlike the static network topology used in conventional O&M, Huawei iMaster NCE uses a network digital map to provide a four-dimensional view of networks, terminals, users, and applications. This map helps locate root causes with one click, avoiding maintenance problems caused by manual analysis. Based on key technologies such as big data computing engine, AI, and search algorithms, it provides four-dimensional campus visibility, fast fault demarcation and locating, and deterministic application experience assurance. This helps customers to implement O&M based on a dynamic high-definition electronic map instead of the static topology.