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To better appreciate Windows 2000 and all its advancements, it is worth a moment to reflect on some of the shortcomings organizations have encountered with Windows NT 40 These deficiencies all center around the lack of scalability Many of the improvements in Windows 2000 address the user limitations and administrative problems associated with NT 40 In NT 40, user information is stored in a flat file located within the Registry This restricts the total number of users in a domain to about 40,000 Long before you add this many users, however, you'll begin to see other scalability issues with NT 40 One of the most notable issues is felt by administrators of midsize to large NT networks on which several people are responsible for domain administration First of all, in large, dispersed network environments, administrators get poor response time when viewing and manipulating the user accounts over a busy network, or on one on which the primary domain controller (PDC) is located on the other end of a WAN link Many of the management tools bog down and become cumbersome to use in such conditions or when the domain comprises a large number of user accounts or groups Also, in larger networks, the administrators must delegate some rote tasks to others But NT 40 uses an all-or-none security policy Administrators have all rights over the domain, or they have none It is thus necessary to delegate total authority to others, which may not be in the best interest of the organization Since NT 40 and earlier versions do not have a centralized directory, any application or OS that requires a directory service must create its own The result is a collection of usually incompatible directories in the domain Users suffer because they must have multiple sign-ons and must learn to work the different directories Administrators have extra upkeep on these disparate directories Management sees the total cost of ownership soar and security degrade, as users fall into negligent behavior with their passwords NT 40's lack of scalability has generated other problematic issues, as well The limitations imposed by NT 40 and earlier incarnations resulted in some convoluted enterprise designs Large companies were forced to create more domains than they really needed just to support the number of users (often in different sites) and to overcome the all-or-none security delegation problem Disparate domains remained connected to each other with one-way trusts, just so a user in one domain could see resources in another domain These trust relationships had to be maintained for all domains a user might want to connect to Such an arrangment is very difficult to maintain once the number of domains grows to more than five domains.

There are only four Ethernet speeds: 10 megabit, 100 megabit, 1 gigabit, and 10 gigabit Every version of Ethernet uses either unshielded twisted pair (UTP) or fiber (There were a few exceptions to this rule, but they were rare and weird) Every version of Ethernet uses a hub or a switch, although hubs are incredibly rare today Only 10- and 100-megabit Ethernet may use a hub Gigabit and 10-Gigabit Ethernet networks must use a switch

The fundamental theorem of algebra tells us that every polynomial P ( z) has at least one root The proof follows from Liouville s theorem and the use of a proof by contradiction Suppose that instead P ( z) 0 for all z Then f ( z) = 1 P( z)

There are two ways a management tool can obtain network device information: through a trap or via a polling device

Every version of Ethernet has a limit of 1024 nodes Every UTP version of Ethernet has a maximum distance from the switch or hub to the node of 100 meters

A trap is sent to the network management server whenever a monitored event happens on a network device (for instance, when a serial interface goes down) Traps aren't particularly reliable because they depend on not only the device's recognizing these defined events, but also that every link and intermediate device within the network path be up and running

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The quest to break 10-Mbps network speeds in the Ethernet world started in the early 1990s By then 10BaseT Ethernet had established itself as the most popular networking technology (although other standards, such as IBM s Token Ring, still had some market share) The goal was to create a new speed standard that made no changes to the actual Ethernet frames themselves By doing this, the 8023 committee ensured that different speeds of Ethernet could interconnect, assuming you had something that could handle the speed differences and a media converter if the connections were different