Describe the functions, c a ac e s cs, a d ope a o esc be e u c o s, characteristics, and operation of the RIPv1 protocol. Configure a device for using RIPv1. Verify proper RIPv1 operation. Describe how RIPv1 performs automatic f summarization. Configure, verify, and troubleshoot default routes propagated in a routed network implementing RIPv1. | I11111111 CISCO RIP version 1 Routing Protocols and Concepts - Chapter 5 ITE PC Chapter 1 2007 Cisco Systems Inc. All rights reserved. Cisco Public 1 Objectives Describe the functions characteristics and operation of the RIPv1 protocol. Configure a device for using RIPv1. Verify proper RIPv1 operation. Describe how RIPv1 performs automatic summarization. Configure verify and troubleshoot default routes propagated in a routed network implementing RIPv1. Use recommended techniques to solve problems related to RIPv1 ITE PC Chapter 1 2007 Cisco Systems Inc. All rights reserved. Cisco Public 2 RIP Historical Impact RIP evolved from an earlier protocol developed at Xerox called Gateway Information Protocol GWINFO . With the developmentof Xerox Network System XNS GwINFO evolved into It later gained popularity because it was implemented in the Berkeley Software Distribution BSD as a daemon named routed pronounced route-dee not roUt-ed . Recognizing the need for standardization ofthe protocol Charles Hedrick wrote RFC 1058 in 1988 in which he documented the existing protocol and specified some improvements. Since then RIP has been improved with RIPv2 in 1994 and with RIPng in 1997. Netwodong Protocols Development RIP Development MỀỀÍIạẤ j TCP IP Early Development Xerox PARC Universal Protocol PUP Gateway Information Protocol GW INFO Xerox Network System XNS Routing Information Protocol TCP IP standardized RFCs 791 793 Berkeley Software Distribution UNIX BSD routed daemon route-dee RFC 1053 RIP 1994 1997 IPv6 form of RIP called RIPng next generation is now available ITE PC Chapter 1 2007 Cisco Systems Inc. All rights reserved. Cisco Public
