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bandwidth is sold a bit differently than say, xDSL or Cable You are charged for the amount of bandwidth you use through the use of a few new terms: CIR, line speed, and burst rate Committed information rate (CIR) is the most common term thrown around in a Frame Relay sales meeting CIR is basically the amount of bandwidth the provider agrees to have available for you at any time Your CIR is your real bandwidth, which is what you can count on getting out of the line everything else is gravy The burst rate and line speed are intertwined The line speed is the maximum speed of the wire based on the clock signal provided at the DCE, while the burst rate is the maximum speed you can attain from your connection based on the number of channels you are using For instance, you may have a fractional T1 coming into your building, which means that you are not using the full potential of the wire Perhaps you are using only 12 of the 24 channels, giving you a burst rate of around 768 Kbps, but the line is capable of 1544 Mbps In this case, 1544 Mbps is the line speed Unfortunately, talking to a telco about your speed is not that simple The telco will probably use two additional terms, committed burst (Bc) and excess burst (Be) The committed burst is what the provider agrees to let you burst to under most circumstances In other words, this is the maximum unregulated burst speed The unregulated part is the important piece because it means the provider will allow your frames to travel unhindered as long as you do not break this threshold However, if you do break the threshold, the excess burst comes into play The excess burst is the maximum speed at which you can transmit period For everything over the committed burst, the provider generally sets the DE bit on your frames, making those frames eligible for discard, and absolutely will not allow anything over the excess burst rate Therefore, you should be able to transmit at the CIR at all times You will be able to burst over the CIR up to the Bc pretty much unhindered; but you can't rely on being able to do this, and you will not be able to continuously transmit at this rate In addition, for short amounts of time, you will be able to burst up to the Be; but if you attempt to sustain that speed, the DE bit will be set, and you will have packet loss In addition, you need to realize that these speeds are averaged over time For instance, say your CIR is 256 Kbps, your Bc is 512 Kbps, and your Be is 768 Kbps Now let's say the sampling period is ten seconds For the first two seconds, you send 768 Kbps, the next four you send 128 Kbps, and the final four you send 256 Kbps Your total rate over the sampling period is then 307 Kbps slightly over your CIR, but well within your Bc Finally, while Frame Relay speeds are set per VC, the combined speed of all VCs cannot be above the line speed So, for instance, if you had a full T1 (1544 Mbps), and you bought four VCs, each with a CIR of 512 Kbps, a problem will occur somewhere down the road when you oversubscribe the line If you had three of the four VCs running at full CIR during a certain time, for instance, then the total bandwidth they are using would be 1536 Kbps, or, basically, the entire bandwidth of the T1 If data needs to be transmitted over the fourth VC, then the other VCs have to slow down to allow transmission Basically, when you made the line and VC purchases, you were banking on the improbability of all four VCs needing to transmit at full CIR at the same time.

A member of a structure may be either a simple or aggregate type A simple member is one that is of any of the built-in data types, such as integer or character You have already seen one type of aggregate element: the character arrays used in addr Other aggregate data types include one-dimensional and multidimensional arrays of the other data types, and structures A member of a structure that is an array is treated as you might expect from the earlier examples For example, consider this structure:

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Table 3-1 provides the speeds at which the physical links for Frame Relay are currently implemented, along with their names and channelization Note that these lines are not specific to Frame Relay They are simply the lines you will most likely be offered when purchasing a Frame Relay connection Frame Relay itself does not define what devices are implemented at the physical layer Table 3-1: Standard Telco Line Speeds and Channels Speed Channels Country 64 Kbps 1544 Mbps 2048 Mbps 3152 Mbps 6312 Mbps 8448 Mbps 44736 Mbps 32064 Mbps 34368 1 24 30+2D 48 96 120+2D 672 480 480+2D All North America, Japan Europe North America North America, Japan Europe North America Japan Europe

Data Link layer information on every frame going through your network Even though the CompTIA Network+ exam places protocol analyzers in a hardware category, they aren t necessarily always hardware Some of the best and most useful protocol analyzers are software Use a protocol analyzer when being able to see the data on the network will help you answer a question Is something trying to start a session and not getting an answer Maybe a DNS server isn t responding Is some computer on the network placing confusing information on the network Is a rogue DHCP server sending out responses to DHCP requests In the same vein, a protocol analyzer helps you determine slowdowns on a network by giving you an idea of excess or unexpected traffic (see the Packet Sniffer subsection under Software Tools later in this chapter)

Static routing is based on the idea that, if there are any networks that you want the router to be aware of, you will manually enter those routes yourself, thank you very much Static routing is typically pretty easy to understand and configure, at least on a small network, and is definitely the least complex method of routing To examine static routing, let's take the basic network shown in Figure 22-1 and examine the routing process from the time the routers are first booted

struct x { int a[10][10]; /* 10 x 10 array of ints */ float b; } y;

A cable stripper or snip (Figure 15-3) enables you to make UTP cables Even though the CompTIA Network+ competencies don t mention crimpers, remember you ll need them too You don t need these tools to punch down 66- or 110-blocks You would use a punchdown tool for that

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