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Figure 21-4: The beginning of the data transfer with WFQ Figure 21-4 shows the beginning of the data transfer Notice that the diagram actually includes three separate queues With WFQ, each flow is assigned to a dynamically created queue Each queue then has a set number of packets that it will accept When the queue for a

A 4800-bps modem modulated 2 bits per baud, thereby transmitting 4800 bps All PSTN modem speeds are always a multiple of 2400, with the latest (and last) generation of modems achieving 2400 24 = 57,600 bps (56 Kbps)

given flow fills up, packets for that flow may be dropped For flows that are classified as "high bandwidth," like FTP, the additional packets will be dropped once the queue fills Lowbandwidth applications (like Telnet), however, are allowed by FWQ to exceed their limit to a degree; even though you may have the same number of packets in an FTP queue as you do in a Telnet queue, because Telnet is a low-bandwidth application, the average packet size for Telnet is much smaller than FTP To bias WFQ toward low-bandwidth applications, they are occasionally allowed to exceed their queue limits There is a configurable limit to the number of dynamic queues the system will create Each queue also has a configurable number of packets that it will accept Both of these topics are discussed in greater detail in the section "Layer 4 Switching Configuration: Congestion Management," later in the chapter In this example, assume that the incoming speed is twice the outgoing speed For each successive figure, ten packets will enter the router, but only five will be allowed to exit In Figure 21-5, the ten packets have entered and (most) have been queued Notice that the Telnet traffic was inserted into the first queue (high priority)

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For two modems to communicate with each other at their fastest rate, they must modulate signals in the same fashion The two modems must also negotiate with, or query, each other to determine the fastest speed they share The modem manufacturers themselves originally standardized these processes as a set of proprietary protocols The downside to these protocols was that unless you had two modems from the same manufacturer, modems often would not work together In response, a European standards body called the CCITT established standards for modems These standards, known generically as the V standards, define the speeds at which modems can modulate The most common of these speed standards are as follows:

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Figure 21-5: The queue arrangement when initially congested When emptying the queues, WFQ will go round-robin from the first to the last queue, so whatever is in the top queue is transmitted first Telnet traffic is considered high priority (because it is low bandwidth), so it is placed above the FTP traffic in the top queue to give it higher transmission priority Notice that packet 9 for the FTP session was discarded, even though an entire queue is open (Queue 3) This occurs because the queue assigned to this FTP flow (Queue 2) is full WFQ does not assign the packet to a new queue because, if it did, the FTP session from this user would be using an unfair amount of the queue space In Figure 21-6, five packets have been transmitted: 5, 1, 8, 2, and 10 Notice that these packets were transmitted round-robin from the two queues that were filled (Queues 1 and 2) in Figure 21-5 In other words, packet 5 from Queue 1 was transmitted first, then packet 1 from Queue 2, then packet 8 from Queue 1, and so on

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