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SD-WAN is a relatively new technology that is being adopted by many organizations in order to improve their WAN performance. However, with SD-WAN in place, an organization can support a large number of high-definition video calls without compromising its performance.
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How to Improve Video Performance Through SD-WAN
SD-WAN is a relatively new technology that is being adopted by many organizations in order to improve their WAN performance. However, with SD- WAN in place, an organization can support a large number of high-definition video calls without compromising its performance. SD-WAN can also help to reduce the number of dropped video calls. When traditional WAN solutions are overloaded, video calls are often the first to be dropped. SD-WAN can help to improve video quality if the network is congested by dynamically routing traffic over the best-performing path based on real-time conditions. This can result in a significant improvement in video quality and performance. Thus, SD-WAN offers a number of benefits that can help improve video performance, including:
1. Quality of Service (QoS) SD-WAN can automatically prioritize video traffic, ensuring that it always has the bandwidth it needs. Moreover, by dedicating a certain amount of bandwidth to video, organizations can avoid the “buffer bloat” that can often occur when video shares a network with other traffic types.
2. WAN Optimization Through SD-WAN, one can take advantage of WAN optimization features, such as compression and caching, which can further improve video performance. Video performance can be improved by optimizing the WAN through SD-WAN by compressing traffic, reducing latency, and improving throughput. Moreover, WAN optimization can be used to improve video quality by reducing jitter and packet loss. In addition, WAN optimization can also be used to improve video performance by caching video content. Moreover, by optimizing video traffic, organizations can free up bandwidth for other applications.
3. Traffic Shaping SD-WAN can also help to ensure that video traffic is not impacted by other traffic types on the network. This can be accomplished by allocating a certain amount of bandwidth to video or by shaping traffic so that video always has priority. Moreover, video performance through SD-WAN can be further improved by using Quality of Service (QoS) to prioritize video traffic.
4. Improved Reliability and Performance By dynamically routing traffic around problems on the network, SD- WAN can help to ensure that video calls are not dropped. This can greatly improve the reliability of video by making it more likely to succeed. By dynamically routing traffic over the best-performing path, SD-WAN can significantly improve video quality and performance.
5. Network Monitoring SD-WAN can also provide visibility into video traffic, allowing the organizations to see which users are consuming the most bandwidth and identify any potential problems. This information can be used to fine-tune the video quality and ensure that users are getting the best possible experience.
Conclusion Hence, through SD-WAN, organizations and enterprises can improve video quality and performance by dynamically routing traffic, compressing traffic, and reducing latency, increasing bandwidth, and improving reliability. All of these factors can help to ensure that users have a better experience when using video applications. Moreover, SD- WAN can be easily scaled to support more users and more video traffic, making it an ideal solution for video conferencing.
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