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SLARP stands for Serial Line Address Resolution Protocol When the staging router serial port receives the SLARP request, it replies by giving the new router its IP address Once the new router receives this IP address, it will add 1 to it and take that IP address as its own A word of caution: This works only for the first two addresses in a network or subnetwork An example will clarify this Suppose the Serial 0 port on the staging router has address 1111, and through the SLARP process, the serial port on the new router will configure itself to have address 1112 Once the new router has an IP address, the auto-configuration process configured into the IOS operating system will seek out a file named network-confg (located on the Cisco Works Unix machine), and reference a hostname associated with the 1112 address The new router does this by issuing a broadcast on UDP port 69 The staging router must have a global command to forward UDP broadcasts, and the Serial 0 port must have an IP-helper entry on the serial port directing this broadcast to the IP address of the Cisco Works management station The Forward Protocol command and the Serial 0 IP-helper command appear in the configuration of the staging router as follows (assume the management machine has an IP address of 151355):

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! interface serial 0 ip address 1111 255000 ip-helper 151355 ! ip forward-protocol udp ! The effect of these two commands is to take a broadcast sent on the 1000 network and direct it to the IP address 151355 The network-confg file lists entries similar to the following iphostnewrouter1112 Once the new router has found its hostname ("newrouter," for instance), for argument's sake it will issue a TFTP request for a configuration file named newrouter-config The configuration file must be located in the TFTP directory on the Unix machine, as must the network-confg file Assuming the appropriately named configuration file is there, the router will start downloading its configuration from the TFTP directory of the Cisco Works machine

Nonvolatile RAM retains its contents when a router is powered off By storing a copy of its configuration file in NVRAM, the router can quickly recover from a power failure The use of NVRAM eliminates the need for the router to maintain a hard disk or floppy to retain its configuration file Therefore, no moving parts exist on a Cisco router, which means components last much longer Most hardware failures in computer systems are due to the wear and tear on moving components, such as hard drives

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10-Gigabit Ethernet, 43 44, 103 1000BaseTX, 46 100BaseT comparing network architectures, 46 transceiver configuration, 121 10Base2 comparing network architectures, 46 distance and speed limits, 102 overview of, 41 transceiver configuration, 121 10Base5 comparing network architectures, 46 distance and speed limits of, 102 overview of, 41 42 10BaseFL, 42 10BaseT comparing network architectures, 46 distance and speed limits of, 102 overview of, 42 transceiver configuration, 121 10GBaseLR, 46 24GHz, wireless networking channel, 356 568A, UTP cable standard, 26 28 568B, UTP cable standard, 26 28 802 standards See IEEE 802 standards

access control entries (ACEs), 610 access control lists (ACLs), 609 611 access methods CSMA/CA, 38 39 CSMA/CD, 37 38 overview of, 37 self test answers, 68 self test questions, 63 token passing, 39 two-minute drill, 57 access points, configuring for wireless network, 364 365 access protocols, remote connections, 412 access rights, 609 access tokens, in system security, 608 609 account lockout policies, 579

By this stage, we have covered the basics of TPC/IP operation, how to use the Cisco router user interface, and how to change addresses on router ports What we are going to do is to set up a lab for purposes of experiment If you want to do this yourself, you need three Cisco 2500-series routers, a hub, and what is known as a Cisco DTE/DCE cable (We will define a DTE and DCE, and explain their importance, later in this section) This is a minimal set of equipment, which allows us to do meaningful work without the need to dedicate a high-end router to this task The physical connections for the internetwork on which we are going to experiment are shown in Fig 3-5 The router configurations are shown in Fig 3-6

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account name, troubleshooting, 723 Account Operators group, 495 ACEs (access control entries), 610 ACKs (acknowledgements), TCP, 83 ACLs (access control lists), 609 611 Active Directory creating domain controller, 483 484 creating groups, 496 497 creating user accounts, 488 490 Microsoft networking environment and, 471 472 Windows security subsystem and, 606 608 Active Directory Users and Computers, 488 490 active hubs, 133 134 Ad-Aware, 553 ad hoc mode, wireless networks, 353 adapter unit interface See AUI (adapter unit interface) Add Printer Wizard, 510 511 address classes, IP addressing, 184 186 address resolution ARP utility for, 268 270 IP address to physical addresses, 174 addressing function, transport layer and, 83 addressing schemes, IP addressing, 188 admin account, built-in user accounts, 486 admin passwords overview of, 360 setting for wireless networks, 365 366 administrator account, built-in user accounts, 486 Administrators local group, built-in groups, 494 ADSL (Asymmetric Digital Subscriber Line), 454 456 Advanced Encryption Standard (AES), 358 359 Advanced Graphics Port (AGP), 118 AES (Advanced Encryption Standard), 358 359 AFP (AppleTalk Filing Protocol), 213 AGP (Advanced Graphics Port), 118 AirSnort, 363