Cisco CCIE Routing and Switching: Implement BGP
This course prepares candidates for the BGP section of the CCIE Routing and Switching written exam 400-101, and will provide CCIE candidates with a strong level of foundational knowledge in BGP needed to begin studying for the CCIE routing and switching lab exam.
What you'll learn
The primary goals of this course are to prepare candidates for the BGP section of the CCIE Routing and Switching written exam, as well as to provide CCIE candidates with a strong level of foundational knowledge in BGP routing needed to begin studying for the CCIE routing and switching lab exam. At the end of the course, a student should feel confident in his or her knowledge of the BGP based topics covered by the CCIE routing and switching written exam, and will have the fundamental knowledge necessary to begin their longer journey to passing the CCIE lab exam. Please note the course is not designed to fully prepare a candidate to sit the CCIE lab exam, but rather to prepare a candidate to pass the written exam and as a stepping stone into lab exam preparation. More information about the CCIE program can be found at http://www.cisco.com/go/ccie
Table of contents
- Introduction 1m
- BGP Best Path Selection Overview 6m
- Step 1: Highest Weight 3m
- Step 2: Highest LOCAL_PREF 2m
- Step 3: Prefer Locally Originated Routes 2m
- Step 4: Shortest AS_PATH 3m
- Step 5: Lowest ORIGIN 3m
- Step 6: Lowest MED 3m
- Step 7: Prefer eBGP > iBGP 2m
- Steps 8 - 12 8m
- BGP Multipath 7m
- Advertising Routes 7m
About the author
Joe Astorino is Cisco Certified Internetwork Expert (CCIE) #24347. He has over ten years experience working in several large scale enterprise network environments as a key part of several high profile, highly visible network teams for organizations including the U.S Department of Defense, General Motors, Ford Motor Company, Federal Mogul, Cisco Systems and most recently, Wolverine World Wide. Additionally, Joe does some Cisco related network consulting work for his own company, Astorino Network ... more