Setup Traffic Shaping On Router

Frame-relay traffic shaping has been supported since Cisco IOS Software Release 11.2. It is supported on Cisco 7200 routers and lower platforms. Distributed Traffic Shaping is supported on Cisco 7500 routers, 7600 routers, and FlexWAN module.

In this video, we are talking about Traffic Shaping on OpenWRT, especially SQM and QoS.

Setting Up Traffic Classification. The first step involves traffic classification setup; traffic that is matched to a specific class can have a number of different actions taken against it. For the purposes of this article, the action to be taken will be to police or shape the matched traffic.

This includes any requests a client makes to the router; any requests the router makes to subgraphs; and any initial requests a subgraph makes to the router as part of the subscription callback setup. Check out the official documentation on the router's traffic shaping feature to learn more.

CAR Parameter Setting. The CIR is the key to determine the volume of traffic allowed to pass through a network.On router, tokens are added at an interval, which is calculated in the format of CBS/CIR, with the quantity equal to the CBS for traffic shaping.

1. Setting up disks. 1.1. Select use all disk for OpenBSD. 1.2. MBR record for OPENBSD is created proceed with OpenBSD partition creation.This example is showing us the usage of PF functionality to do traffic shaping based on destination ports. (services based).

Now its time to configure your router to restrict the network traffic based on the DSCP values. In my setup I have a 1 Gbps download and 50 Mbps of upload speed. The traffic shaping configuration should only apply to the outgoing traffic, on interface eth0 (WAN)...

The Traffic Shaping Router aims to simplify network emulation significantly, while increasing the flexibility of the emulation. The Traffic Shaping Router takes each packet and passes it though a simple chain of filters which can alter, delay, or drop packets.