To understand how many Classes of Service are available to customers, you have to know that the network architecture has been meticulously designed to provide extensive support for Quality of Service (QoS) and to ensure the delivery of high-quality services throughout the entire network infrastructure. By effectively prioritizing different traffic flows, the network can intelligently allocate appropriate resources, catering to the specific requirements of each flow. The system takes into account the fact that data packets may already possess Differentiated Services Code Point (DSCP) markings on the LAN side. These DSCP values can seamlessly persist throughout the WAN equipment, facilitating end-to-end quality of service.
One of the key strengths of this solution is its exceptional flexibility in terms of QoS configuration, allowing for the creation of multiple Classes of Service with customizable parameters. The system fully supports LAN side DSCP marked traffic and enables individual configuration of each class, including upload and download limits, which can be defined as percentages or Mbps. Furthermore, the system offers configurable bursting into other classes, affording options such as continuous bursting limitations or limitations only during congestion scenarios.
Cato Networks distinguishes itself as the sole solution capable of guaranteeing end-to-end traffic performance. This achievement is made possible by exerting precise control over the traffic flow from the Point of Presence (PoP) to the site, effectively eliminating contention issues. In contrast, traditional Edge SD-WAN solutions rely on multiple tunnels to connect various sites, posing challenges in maintaining control when multiple sites are simultaneously sending traffic to the same destination. Due to the lack of control, the Internet Service Provider (ISP) PoP may randomly discard overutilized packets.
Cato Networks’ advantage lies in its utilization of a single tunnel to the PoP, granting complete control over ALL traffic. Without contention, the system ensures optimal performance and empowers comprehensive management of network resources, resulting in a highly efficient and reliable network infrastructure.
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