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Static addressing means typing all of the IP information into each of your clients But before you type in anything, you have to answer two questions: what are you typing in and where do you type it Let s visualize a four-node network like the one shown in Figure 7-32 To make this network function, each computer must have an IP address, a subnet mask, and a default gateway First, decide what network ID to use In the old days, you were given a block of IP addresses from your ISP to use Assume that s still the method and you ve been allocated a Class C license for 1971564/24 The first rule of Internet addressing is no one talks about Internet addressing Actually we can maul the Fight Club reference and instead say, The first rule of Internet addressing is that you can do whatever you want with your own network ID There are no rules other than make sure every computer gets a legit IP address and subnet mask for your network ID and make sure every IP address is unique You don t have to use the numbers in order; you don t have to give the default gateway the 19215641 address you can do it any way you want That said, most networks follow a common set of principles:

The MSFC, true to its name, allows you to use multilayer switching in your 6000 series switch The MSFC supports IP, IPX, and IP multicast, and it can also support AppleTalk, DECnet, and Banyan Vines The MSFC also supports all common routing protocols, and it adds additional layer 3 and 4 QoS features beyond what the PFC provides Finally, the Supervisor 2 includes all of the features of the Supervisor 1A, plus the addition of the Cisco Express Forwarding (CEF) switching architecture, the inclusion of the PFC2, and support for the Switch Fabric Module (SFM) in the 6500 series (SFM is an additional module for increasing the backplane speed) With these enhancements, the Supervisor 2 provides even higher layer 3 switching support at 30,000,000 PPS and improved QoS capabilities Overall, the 6000 series is a high-speed, feature-rich series of switches that are perfect for high-performance access-layer or distribution-layer duties For more information about the Catalyst 6000 series of switches, please visit http://wwwciscocom/warp/public/cc/pd/si/casi/ca6000/prodlit/indexshtml

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allocator_type get_allocator( ) const; iterator insert(iterator i, const value_type &val); template <class InIter> void insert(InIter start, InIter end); iterator insert(const value_type &val); key_compare key_comp( ) const; iterator lower_bound(const key_type &k) const; size_type max_size( ) const; reverse_iterator rbegin( ); const_reverse_iterator rbegin( ) const; reverse_iterator rend( ); const_reverse_iterator rend( ) const;

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The 6500 series is the big brother of the 6000 series and supports much higher switching speeds It is designed for high-performance, core- and distribution-layer duties The 6500 series supports Cisco's CEF switching architecture and, with the SFM, supports a whopping 256-Gbps backplane allowing the switch to reach incredible forwarding rates of 170,000,000 PPS This makes the 6500 series one of the highest performers of any Cisco switching solution, and a standout winner for environments that can make use of this raw power An illustration of a 6500 series switch is shown in Figure 10-12

Ethernet operates in a variety of speeds, from 10 Mbps to 1 Gbps The most common speed currently is 100 Mbps, although you must take this speed with a grain of salt First, you need to understand that in standard Ethernet, you are using one logical cable segment (logical bus) and running at half-duplex-only one machine may send at any time This leads to one major problem: shared bandwidth For example, if you have 100 clients connected to your 100 Mbps Ethernet, each client has an average maximum transfer speed of about 1 Mbps Then you must remember that this is megabits per second, not megabytes per second This means you have an average peak transfer rate of around 125 KBps So, doing a little math, you figure you should be able to transfer a 1MB file in around eight seconds Not so Without even counting packet overhead (which can be significant, depending on the protocol suite used), you must take another factor into account- collisions Because it is a shared, half-duplex connection, you will begin experiencing collisions at around 20 percent utilization You will most likely never see a sustained utilization of over 50 percent without excessive collisions So, what is the best average sustained data rate attainable on this network Theoretically, around 60 KBps would be a good bet 100 Mbps Ethernet doesn't sound so fast anymore, huh

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