Implementation of SDWAN technology over legacy networks for the optimization of packet traffic using CDTA(control of delay and traffic analyzer) (#1466)

Authors

Castro Canales, Diego Antonio

Abstract

In current networks, data service provider companies require better speed in transporting packets due to the massive traffic that is generated day after day. Previously, traditional networks required using a certain portion of the sent packet to carry out its transmission. Being that the function of this was to be able to optimize performance in terms of transmission and reception of packets. But it also requires space in the packet to be transmitted, with SD WAN technology by the monitoring and control of packet that are send. Theres no need to have that portion of the packet label to control the transmission that is controlled by software and creates the best route for each packet depending on the priority. The architecture required to create the network will be analyzed with the implementation of SDWAN network equipment for virtualization and analyze their respective transmission speeds, comparing a “legacy” network architecture with the implementation of SDWAN equipment to verify the transmission advantages and Route assignment depending on the packet being sent by the applying the CDTA model to analyze the traffic that is generating, the path it is taking and the delay it is produced to send the message.