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![]() Wireshark Tip: Use the display filter igmp to analyze multicast group management traffic. To investigate, they used Wireshark to analyze the multicast traffic and identify the cause. Case Study 3: Inefficient Multicast Group ManagementĪ video-on-demand platform observed that their multicast video traffic was consuming excessive bandwidth, even when very few users were watching the content. By correcting the switch configuration, they were able to eliminate the duplicate packets and improve the video stream quality. They used Wireshark to capture the multicast video traffic and analyze the issue.Īfter examining the captured data, they found that a misconfigured network switch was causing the duplication. ![]() Case Study 2: Duplicate PacketsĪ live event streaming company noticed that some of their multicast video streams were suffering from duplicate packets, causing video stuttering and buffering. ![]() By identifying the problematic devices and updating their network infrastructure, they were able to resolve the issue and improve video quality. Upon analyzing the captured data, they discovered that the issue was caused by congestion in the network, leading to delayed and out-of-order packets. Wireshark Tip: Use the display filter ip.proto = 17 & udp.dstport = 5004 to focus on multicast video traffic. To investigate the problem, they used Wireshark to capture multicast video traffic and analyzed the data to determine the cause. Case Study 1: Packet Loss and JitterĪ streaming service provider was experiencing intermittent video quality issues, including packet loss and jitter. In this article, we will explore three real-world case studies that demonstrate how to use Wireshark and other packet analysis tools to identify and resolve common multicast video traffic issues. With the ever-growing demand for high-quality video content, understanding how to analyze and troubleshoot multicast traffic is vital for network engineers and administrators. Multicast video traffic analysis is essential for ensuring the quality of video streaming services.
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