The Open Shortest Path First (OSPF) protocol is a non-proprietary Internet Gateway Protocol (IGP) for the TCP/IP family. It has quickly become the protocol of choice in larger Wide Area Network deployments by providing better performance and greater flexibility than its predecessor, Routing Information Protocol (RIP) provides. This greater flexibility leads to more complexity in configuring and troubleshooting OSPF networks.
"OSPF Network Design Solutions, Second Edition," provides a thorough understanding of OSPF functionality can help networking engineers dramatically increase network performance, security, and the ease with which large scale networks are maintained. Expanded and updated, this new edition provides more case studies and configuration examples with a focus on OSPF/BGP integration from the service provider perspective. Also new Cisco IOS and OSPF features have been introduced since the first edition including opaque LSAs, multicasting, and OSPF flood suppression. In addition to the new topics being covered, an acronyms section as well as a complete Cisco IOS 12.0 reference section including show, config, and debug commands is also included. "OSPF Network Design Solutions, Second Edition" presents technology in common terms,enabling readers with varying levels of experience to benefit from it.
Thomas M. Thomas II is a Senior Network Consultant for Hired Guns. Prior to his current position, Tom has held positions with Ericsson IP Infrastructure as a Senior Network Consultant, Mentor Technologies as an instructor, and with Cisco Systems as a Course Designer. Tom has also worked for MCI Managed Networks, AT and T Solutions, and the US Air Force. Tom is the Founder of NetCerts.com and author of OSPF Network Design Solutions (Cisco Press), Networking Dictionary (McGraw-Hill), and CCIE Exam Cram (Coriolis).
The comprehensive reference for OSPF network design and deployment Understand the full dynamics of OSPF network components, how they interact with one another, and how to configure them Increase the efficiency of your OSPF network through a variety of performance tuning techniques Apply load balancing to enhance OSPF's capability to adapt to network topology changes Ensure seamless communication between OSPF and other Interior Gateway Protocols (IGPs) and OSPF and BGP through redistribution Optimize network stability and efficiency with OSPF summarization Maximize your ability to properly manage an ever-changing OSPF network landscape through Simple Network Management Protocol (SNMP) and Management Information Bases (MIBs) Develop a practiced, tested security plan to protect your OSPF network Optimize the efficiency and bandwidth of your OSPF network through the integration of MPLS Complete your basic OSPF knowledge gaps with a boiled down summary of the OSPF RFCs
One of the most prevalent Interior Gateway Protocols (IGPs), OSPF is in use in numerous networks across the globe. Open Shortest Path First (OSPF) is also one of the most widely tested protocols if you choose to pursue a networking certification. From a technical perspective, the overwhelming presence of OSPF ensures that you will encounter it at some point in your career. As a result, every networking professional should understand how OSPF operates, how to configure and troubleshoot this important protocol, and most importantly how to design a network that uses OSPF.
"OSPF Network Design Solutions," Second Edition provides comprehensive coverage of OSPF network design, deployment, management, and troubleshooting.The book begins in Part I by providing you with a common-sense understanding of the primary building blocks of internetworking, and follows up with a detailed examination of how OSPF fits into the big picture. You will also learn how OSPF neighboring routers communicate with one another via link-state advertisements (LSAs) and how to optimize this communication for network efficiency. Part II begins with a detailed explanation of how to apply the "golden rules of design" to create an optimal OSPF network and follows up with a logical approach to configuring OSPF routers and areas. Part II concludes with hard-to-find information about how to redistribute RIP into OSPF and OSPF into BGP as well as how to make your OSPF network more efficient through summarization. Part III provides you with detailed information about how to keep pace with network growth through tested network management tools and techniques. Furthermore, you will learn how to secure your OSPF network from inside and outside attackers and how to troubleshoot your network should problems arise. Part III concludes with timely information about how to accommodate BGP and MPLS in an OSPF network.
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