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Cisco has shown a considerable interest in ATM and in 1991 co-founded the ATM Forum with Sprint, Net/Adaptive, and Northern Telecom The ATM forum has been working to ensure that ATM remains and evolves with interoperability in mind Because of this, ATM has slowly gained wide acceptance and has been implemented by a large number of vendors Cisco ATM switches support voice, data, video, LAN Emulation (LANE), compression, and Quality of Service (QoS) mechanisms, including dynamic bandwidth allocation Like Frame Relay, ATM must set up a circuit to the remote end before communicating The sending and receiving stations remain unaware of the intermediate switches in between ATM also incorporates advanced QoS mechanisms into the specifications ATM is built from the ground up to support managed data flows through virtual channels When applications require higher bandwidth, ATM can throttle other forms of data, allowing data with the higher bandwidth requirements to pass through the network unobstructed
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Besides increased bandwidth, one of the most immediate benefits of ATM is the integration of voice- and LAN-based traffic on a single platform ATM utilizes LAN Emulation (LANE) to allow Ethernet and Token Ring network devices to use ATM transport by employing layer 2 MAC encapsulation; in effect, this is bridging These bridged segments are called ELANs An ATM network can have several ELANs; however, since the ATM network is really just tunneling the traffic, you must still rely on routers outside the ATM network to route traffic between ELANs For full routing and switching, you must install ATM interface cards on your network devices In this way, you can begin to realize the full potential of ATM in the traditional network environment
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The High Level Data Link Control (HDLC) protocol allows Cisco routers talk to each other over serial interfaces This protocol is typically used on point-to-point WAN connections This is the default encapsulation on a Cisco serial interface, and it supports all of the most common network protocols
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The Point-To-Point Protocol (PPP) supports TCP/IP, IPX, and AppleTalk PPP uses the lower-level Link Control Protocol to establish, set up, and maintain the link or line connections PPP also uses the Network Control protocol to support IP and IPX and AppleTalk This is used mostly in dial-up connections between routers and other devices Microsoft clients dialing into a Cisco access server should typically use PPP
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Every networking protocol that is routable must have a scheme for identifying the specific host machine and the network it resides on It is the router's job to read the network address and route
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the packets to the correct network Then the packets are directed to the device on that network, using the host portion of the address Each of the most popular networking protocols has its own addressing scheme When you're building and designing networks, it is imperative to understand each major networking scheme In this section, we will discuss how TCP/IP and IPX/SPX use network addressing
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TCP/IP
TCP/IP assigns every connection point on the network a unique 32-bit address (for example, 10110056) Each address consists of two parts, a network portion and a host portion The network and node designations in an address are required for the routing of packets through a network Determining which part of the IP address is the network and the host can be tricky
IP Numbers and Addresses
The 32-bit IP address is represented as four 8-bit octets In binary it looks like this: 11111111111111111111111111111111 where each 1 could be a one or a zero The value for each of the eight positions equals 128, 64, 32, 16, 8, 4, 2, 1 If a 1 occupies a position within the eight bits, it is considered "on," and the value for that bit is added to the value of other "on" bits for that octet For example, 01000011 equals the sum of 64 + 4 + 2 = 70 In this way, you can create any number from 0 (00000000) to 255 (11111111) for each octet This important concept is worth another example Let's say we want to create an octet with a value of 201 We need to turn on only those bits that will add up to 201 Bit On/Off 1 1 0 0 1 0 0 1 Bit Value 128 64 32 16 8 4 2 1
The sum of all 1 bits = 128 + 64 + 8 + 1 = 201 or, in binary, 11001001 You can make it easy on yourself by using the Windows Calculator application in scientific mode to figure out binary IP addresses Type in a number and then click the Calculator's Bin radio button to see the binary representation For a complete cop-out, you can use a subnet calculator to figure out all your crucial subnet numbers Cisco provides an IP subnet calculator in some of the network management tools such as ConfigMaker (see 5) Or you can go online and use a Webbased version at http://wwwciscocom/techtools/ip_addrhtml
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