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MHz and 333 MHz processors incorporate an integrated L2 cache All Celeron processors are based on Intel s 025 micron CMOS technology The Celeron processor is designed for inexpensive or Basic PC desktop systems and can run Windows 98 The Celeron processor offers good floating-point (3D geometry calculations) and multimedia (both video and audio) performance The Pentium I1 Xeon processor contains large, fast caches to transfer data at super high speed through the processor core The processor can run at either 400 MHz or 450 MHz The Pentium I1 Xeon is designed for any mid-range or higher Intel-based server or workstation The 450 MHz Pentium I1 Xeon can be used in workstations and servers The Pentium I11 operates at 450 MHz and 500 MHz It is designed for desktop PCs The Pentium Ill enhances the multimedia capabilities of the PC, including full screen video and graphics.

Sometimes called simply the Net, the Internet is a worldwide system of computer networks a network of networks, in which users at any one computer can get information from any other computer (and sometimes talk directly to users at other computers). Today, the Internet is a public, cooperative, and selfsustaining facility accessible to hundreds of millions of people worldwide. Physically, the Internet uses a portion of the total resources of the currently existing public telecommunication networks. Technically, what distinguishes the Internet is its use of a set of protocols called TCP/IP (for Transmission Control Protocol/Internet Protocol). The Internet applications and technology are discussed in more detail in Technology Guide 5. Two adaptations of Internet technology, intranets and extranets, also make use of the TCP/IP protocol. The concept of an intranet is a natural progression in the marriage of the enterprise and the Internet. An intranet is the use of Web technologies to create a private network, usually within one enterprise. Although an intranet may be a

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Pentium I11 Xeon processors run at 500 MHz and 550 MHz They are designed for mid-range and higher Internet-based servers and workstations It is compatible with Pentium I1 Xeon processor-based platforms Pentium 111 Xeon is also designed for demanding workstation applications such as 3-D visualization, digital content creation, and dynamic Internet content development Pentium III-based systems can run applications on Microsoft Windows NT or UNIX-based environments The Pentium I11 Xeon is available in a number of L2 cache versions such as 5 12-Kbytes, l-Mbyte, or 2-Mbytes (500 MHz); 5 12 Kbytes (550 MHz) to satisfy a variety of Internet application requirements The Intel Pentium 4 is an enhanced Pentium 111 processor It is currently available at 130, 140, 150, and 170 GHz The chip s all-new internal design contains Intel NetBurstTM micro-architecture.

This provides the Pentium 4 with hyper pipelined technology ( which doubles the pipeline depth to 20 stages), a rapid execution engine ( which pushes the processor s ALUs to twice the core frequency), and 400 MHz system bus The Pentium 4 contains 144 new instructions Furthermore, inclusion of an improved Advanced Dynamic Execution and an improved floating point pushes data efficiently through the pipeline This enhances digital audio, digital video and 3D graphics Along with other features such as streaming SIMD Extensions 2 (SSE2) that extends MMXTM technology, the Pentium 4 gives the advanced technology to get the most out of the Internet Finally, the Pentium 4 offers high performance when networking multiple PCs, or when attaching Pentium 4 based PC to home consumer electronic systems and new peripherals Intel introduced the 32-bit Pentium M microprocessor in 2003 It was designed specifically for the mobile computing market.

V=1, LSR-id 10.0.0.117:0 Hello (0x100) Hello TLV (0x400) Type= 0 - link Transport IP add (0x401) Transport add: 10.0.0.117 Config seq # TLV (0x402) Configuration seq number

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