Enterprise Token Computing Power, making computing power within reach?? Solution//Global IPLC servic

Enterprise Token Computing Power, making computing power within reach?? Solution//Global IPLC service provider of Shigeng Communication

一、In the global business landscape, the smoothness of cross-border collaboration often determines the decision-making efficiency of enterprises. As a leading global video conferencing platform, Webex carries the core communication for countless multinational corporations. However, when domestic teams hold Webex meetings with overseas branches, "network problems" such as screen lag, intermittent voice, and delayed screen sharing still occur frequently. The root cause of these problems lies in the inevitable delay, jitter, and packet loss in cross-border public network transmission. To truly break through this bottleneck, enterprises must transcend traditional public network transmission thinking and move towards a new height of network optimization with "overseas direct connection lines" as the core.

1. Key to Breaking Through: From Public Network Roaming to Webex Backbone Network Direct Connection

The main culprit of the transnational Webex conference is usually the "roaming" of data on the public Internet. The complexity and uncontrollability of public network routing often result in packet loss rates for cross-border transmission hovering between 3% and 6%. For Webex that does not retransmit video streams, this can lead to severe screen flickering and audio loss.

The emergence of overseas direct connection routes, such as Webex Edge Connect, has completely changed this underlying logic. Through cloud exchange service providers (such as Equinix or Megaport), it has established a private network peer-to-peer connection that bypasses the public Internet, and directly connects the enterprise network to the global backbone of Webex. This "through train" mode provides bandwidth guarantee and a deterministic low latency path for audio and video data, eliminating the experience degradation caused by public network congestion from a physical architecture perspective.

2. Architecture Reshaping: Building an End to End Exclusive Expressway

Realizing direct overseas connectivity is not simply about laying out power lines, but a profound reshaping of network architecture. In this practice, enterprises need to build dedicated highways from three levels:

Seamless integration at the physical layer: By deploying dedicated access devices, the enterprise's routing edge is directly connected to the edge router of the Webex backbone network at the physical or logical level. This type of connection can significantly reduce network jitter and packet loss, ensuring stable transmission of cross-border conference traffic.

Intelligent routing and protocol optimization: Introducing SD-WAN (Software Defined Wide Area Network) technology on the basis of direct connection channels. Through application aware routing, the system can accurately identify Webex traffic and, combined with forward error correction (FEC) technology, automatically add redundant packets for recovery in case of packet loss. Practice has shown that this optimization can significantly reduce the packet loss rate of cross-border conferences from 3% -5% to below 0.5%, completely bidding farewell to mosaic and echo.

Regional node layout: For large enterprises with global business, relying solely on a single point of direct connection is not enough. Enterprises should deploy direct connection nodes in core regions such as Asia Pacific, North America, and Europe to achieve "intra regional deployment and cross regional interconnection". This not only shortens the physical transmission distance, but also enables cross-border conference traffic to achieve "Hot Potato" routing within the Webex backbone network, completing cross-border data exchange with the optimal path.

3. Ultimate tuning: maximizing the efficiency of direct connection lines

Having a direct connection does not mean you can rest assured. To push network optimization to new heights, it is necessary to conduct refined tuning at the terminal and operation levels.

Ultimate purification of terminal environment: Even the best dedicated line is afraid of interference from the "last mile". Enterprises should mandate that attendees use wired networks instead of Wi Fi and turn off high bandwidth applications such as cloud backup and video streaming in the background. In the Webex client settings, the resolution can be flexibly adjusted according to network conditions, and high energy consuming effects such as virtual backgrounds can be turned off to ensure that the bandwidth of the core audio and video streams is absolutely sufficient.

Accurate protection of QoS policies: On enterprise routers or firewalls, the highest priority QoS (Quality of Service) policy must be configured for Webex traffic. By marking the port and IP of Webex as EF or AF41, it ensures that non critical business automatically gives way when bandwidth is tight, ensuring absolute smooth conference traffic.

Active defense and visual monitoring: Establish a normalized network monitoring system to track real-time delays, jitter, and packet loss rates of cross-border links. By setting a threshold (such as triggering a warning if packet loss rate>1% for 5 minutes), the problem can be eliminated in its early stages. At the same time, utilizing tools such as Webex Control Hub, we can unify the management of global optimization strategies, enabling network quality to drive global collaboration with network certainty

The network optimization of global Webex meetings has evolved from the past "best effort" to the current "certainty guarantee". The optimization practice of overseas direct connection lines is not only a technological upgrade, but also an infrastructure investment for the enterprise's globalization strategy. When the internet is no longer a barrier to cross-border communication, and every meeting can be as clear and smooth as face-to-face, companies can truly unleash the potential of global collaboration and seize the opportunity in the rapidly changing international market.

二、Shigeng Communication Global Office Network Products:

The global office network product of Shigeng Communication is a high-quality product developed by the company for Chinese and foreign enterprise customers to access the application data transmission internet of overseas enterprises by making full use of its own network coverage and network management advantages.

Features of Global Application Network Products for Multinational Enterprises:

1. Quickly access global Internet cloud platform resources

2. Stable and low latency global cloud based video conferencing

3. Convenient and fast use of Internet resource sharing cloud platform (OA/ERP/cloud storage and other applications

Product tariff: