How do I enable RMS in Azure? how to enable irm in office 365.
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On router R1, in the global configuration mode, enter the router rip command to enable RIP. In the RIP configuration mode, change the version of the protocol to 2 by using the version 2 command. Next, use the network 10.0. 0.0 command to include the Fa0/1 interface on the router R1 in the routing process.
Configuring RIPv2 Configuring RIP routing protocol consists of three basic steps: Enabling RIP routing protocol on the router. Specifying the RIP version to run. Configuring the network addresses to be included in routing updates or specifying the interfaces to participate in routing updates.
Step 1 Enable the RIP routing process, which places you in router configuration mode via the Router#router rip command. Step 2 Specify those networks that should be advertised using RIP via the Router(config-router)#network [network-number] command.
RIPv2: Simple distance vector routing protocol. IGRP: First generation Cisco proprietary protocol (obsolete and replaced by EIGRP) EIGRP: Advanced version of distance vector routing.
The no shutdown (RIP) command in router-RIP configuration mode will enable RIP. This command enables RIP on the switch. Issuing this command enables RIP, but to send and receive RIP route updates and to route packets via RIP you must also specify interfaces on which RIP will run by using the network (RIP) command.
RIP is a dynamic routing protocol. Unless you have multiple routers you need to distribute routes to there really isn’t any reason to run it. All it will do is put extra traffic on the wire and eat up a few cpu cycles on your router. The con to using it is that it will flood your network with updates periodically.
RIP v1 is an older, no longer much used routing protocol. RIP v2 is a classless protocol and it supports classful, variable-length subnet masking (VLSM), CIDR, and route summarization. RIPv2 supports authentication of RIPv2 update messages (MD5 or plain-text).
Which command displays RIP routing updates? Explanation: The debug IP rip command is used to show the Internet Protocol (IP) Routing Information Protocol (RIP) updates being sent and received on the router.
A router running RIP sends the contents of its routing table to each of its adjacent routers every 30 seconds. When a route is removed from the routing table, it is flagged as unusable by the receiving routers after 180 seconds, and removed from their tables after an additional 120 seconds.
Enabling IP RIP on a VLAN When the command is entered without specifying any IP address, it is enabled in all configured IP addresses of the VLAN. To enable RIP on a specific IP address in a VLAN, use ip rip [< ip-addr >|all] in the VLAN context and enter a specific IP address.
The router rip command turns on RIP routing and places you at the config-router prompt. The network command must be used to tell RIP which network you want advertised with RIP. Notice that this is a classful network address and a subnet address is not used.
- Configure the interfaces to Peers A, B, C, and D. …
- Set the autonomous system (AS) number. …
- Create the BGP group, and add the external neighbor addresses. …
- Specify the autonomous system (AS) number of the external AS. …
- Add Peer D, and set the AS number at the individual neighbor level.
RIP is applicable if your network contains multiple routers. … The RIP Direction selection controls how the router sends and receives RIP packets. Both is the default. When set to Both or Out Only, the router will broadcast its routing table periodically.
RIP is therefore not suitable for large internetworks or for networks with many slow wide area network (WAN) links. RIP announcements are not synchronized over the internetwork and are sent without expectation of acknowledgments. This can lead to convergence problems and routing loops.
RIPv2 multicasts the entire routing table to all adjacent routers at the address 224.0. 0.9, as opposed to RIPv1 which uses broadcast (255.255. 255.255). It’s a standardized protocol.
Usage Guidelines Route summarization reduces the amount of routing information in the routing tables. … If you are using RIP Version 2, you can turn off automatic summarization by specifying no auto-summary. Disable automatic summarization if you must perform routing between disconnected subnets.
The Routing Information Protocol (RIP) is one of the oldest distance-vector routing protocols which employs the hop count as a routing metric. RIP prevents routing loops by implementing a limit on the number of hops allowed in a path from source to destination.
RIP-2 includes all the functionality of RIPv1 plus it supports subnet information. Though the data is sent in RIP-2 format for both RIP-2B and RIP-2M, the mode in which packets are sent are different. RIP-2B broadcasts data in the entire subnet. RIP-2M sends data to multicast addresses.
Routing Information Protocol (RIP) is a dynamic routing protocol that uses hop count as a routing metric to find the best path between the source and the destination network. It is a distance-vector routing protocol that has an AD value of 120 and works on the Network layer of the OSI model. RIP uses port number 520.
This is one of the biggest disadvantages of RIP. Bandwidth utilization in RIP is very high as it broadcasts its updates every 30 seconds. RIP supports only 15 hop count so a maximum of 16 routers can be configured in RIP. Here the convergence rate is slow.
RIPv2 supports CIDR. It still sends updates every 30 seconds and retains the 15-hop limit; it also uses triggered updates. RIPv2 still uses UDP port 520; the RIP process is responsible for checking the version number.
Why is this important in today’s networks? The only difference between RIP and RIPv2 is that supports variable length subnet masks (VLSM). This is important in today’s networks, as VLSM allows an organization to use more than one subnet mask within the same network address space.
Which command displays the configuration register setting? Explanation: The show version command provides you with the current configuration register setting.
Explanation: Routing feedback is an anomaly in which the routing protocols go back and forth between one route and another. Routing feedback is a reason for avoiding doing route redistribution on two routers between the same two routing domains.
The Border Gateway Protocol was first described in 1989 in RFC 1105, and has been in use on the Internet since 1994. IPv6 BGP was first defined in RFC 1654 in 1994, and it was improved to RFC 2283 in 1998.
IPv6 Routing Information Protocol (RIP) functions the same and offers the same benefits as IPv4 RIP. RIP enhancements for IPv6, detailed in RFC 2080, include support for IPv6 addresses and prefixes and the use of the all-RIP-devices multicast group address, FF02::9, as the destination address for RIP update messages.
RIP version 2 uses multicast address 224.0. 0.9 as a destination for routing updates.
The easiest way to determine that this is the problem when it’s stuck in the Active or Idle state is by executing the show interface
RFC 1654 defines Border Gateway Protocol (BGP) as an EGP standardized path-vector routing protocol that provides scalability, flexibility, and network stability. BGP is the only protocol used to exchange networks on the Internet, which has more than 600,000 IPv4 routes and continues to grow. …
A BGP router can run multiple BGP processes. Each BGP process corresponds to a BGP instance. … A VPN instance can belong to only one BGP instance.
RIP uses User Datagram Protocol (UDP) port 520. RIP has the following architectural limitations: The longest network path cannot exceed 15 hops (assuming that each network, or hop, has a cost of 1).