What is Routing Information Protocol ?
Directing Information Protocol (RIP) is a convention that switches can use to trade network geography data. It is portrayed as an inside entryway convention, and is commonly utilized in little to medium-sized networks. A switch running RIP sends the items in its directing table to every one of its contiguous switches like clockwork. At the point when a course is eliminated from the directing table, it is hailed as unusable by the getting switches following 180 seconds, and eliminated from their tables following 120 extra seconds.
There are two forms of RIP (the oversaw switch upholds both):
RIPv1 characterized in RFC 1058.
Courses are determined by IP objective organization and jump count.
The directing table is communicated to all stations on the connected organization.
RIPv2 characterized in RFC 1723.
Course determination additionally incorporates subnet veil and door.
The steering table is shipped off a multicast address, diminishing organization traffic.
Confirmation is utilized for security.
You can design a given port to do the accompanying:
Get bundles in one or the other or the two configurations.
Send parcels designed for RIPv1 or RIPv2, or send RIPv2 bundles to the RIPv1 broadcast address.
Keep any RIP parcels from being gotten.
Keep any RIP parcels from being sent.
The accompanying figure shows an organization with RIP on ports 1/0/2 and 1/0/3.
Picture
This article applies to the accompanying oversaw switches and their individual firmware:
M5300 - firmware form 10.0.0.x
M5300-28G (GSM7228S)
M5300-5G (GSM7252S)
M5300-28G3 (GSM7328Sv2h2)
M5300-52G3 (GSM7352Sv2h2)
M5300-28G_POE+ (GSM7228PSv1h2)
M5300-52G-POE+ (GSM7252PSv1h2)
M5300-28GF3 (GSM7328FSv2)
