Application of E1 Link Bundling Technology in Wide Area Networks

The Wide Area Network serves as the primary network for business traffic, boasting advantages such as extensive connection range, centralized resources, and scalability. E1 links utilize Time Division Multiplexing technology, providing interference-free channels and high link quality. They support flexible binding of time slots to adjust access bandwidth according to user needs, enabling service providers to offer a rich array of IP services on-demand and at lower costs. As a principal type of link for WAN connections, E1 link bundling technology effectively enhances the reliability and flexibility of the network, playing a significant practical role in increasing the capacity for business traffic.

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Published
2024-10-23
DOI
https://doi.org/10.1109/iccasit62299.2024.10827918
Primary Topic
Advanced Optical Network Technologies
Type
article
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article

Application of E1 Link Bundling Technology in Wide Area Networks

Yo‐Ping Huang, Zhen Liu, Qingyu Li, Longxiang Zhou
Advanced Optical Network Technologies
article

Application of E1 Link Bundling Technology in Wide Area Networks

Yo‐Ping Huang, Zhen Liu, Qingyu Li, Longxiang Zhou
article en

Abstract

The Wide Area Network serves as the primary network for business traffic, boasting advantages such as extensive connection range, centralized resources, and scalability. E1 links utilize Time Division Multiplexing technology, providing interference-free channels and high link quality. They support flexible binding of time slots to adjust access bandwidth according to user needs, enabling service providers to offer a rich array of IP services on-demand and at lower costs. As a principal type of link for WAN connections, E1 link bundling technology effectively enhances the reliability and flexibility of the network, playing a significant practical role in increasing the capacity for business traffic.

Jiangyin Traffic Planning Survey & Design Institute (China) (CN)
Openalex Percentile: Top 76%
Advanced Optical Network Technologies
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