router(config-router)# metric weights 0 kl k2 k3 k4 k5 This command will allow you to set the weight of the EIGRP metric, in terms of bandwidth, load, delay, and reliability. Change these values with extreme caution, as EIGRP will not form neighbors with mismatched K values.
EIGRP metric manipulation
metric = [K1 * bandwidth + (K2 * bandwidth) / (256 – load) + K3 * delay] * [K5 / (reliability + K4)] Where K1 through K5 are constants that can be changed with the metric weights command,The default behavior in EIGRP is to use Bandwidth and Delay only by
The EIGRP Composite Metric
· The metric weights command is used for this manipulation. Note that it starts with a TOS parameter that should always be set to 0. Cisco never did fully implement this functionality. The Bandwidth that effects the metric is taken from the bandwidth
To adjust the EIGRP metric weights, use the following command in router configuration mode: Command Purpose Router(config-router)# metric weights tos k1 k2 k3 k4 k5 Adjusts the EIGRP metric or K value. EIGRP uses the following formula to determine
Understanding the EIGRP Best Path Selection
R2(config)#router eigrp 1 R2(config-router)# R2(config-router)#metric weights 0 1 0 1 0 0 You use the metric weights command and you supply six integer values. The first will always be zero (TOS value) and the next five values will be the values of K1 through K5.
ENCOR Training » EIGRP Questions 4
Refer to the exhibit. EIGRP has been configured on all routers in the network. The command metric weights 0 0 1 0 0 has been added to the EIGRP process so that only the delay metric is used in the path calculations. Which router will R1 select as the
Eigrp Metric Weights — TechExams Community
Cisco IOS Release 12.0 Network Protocols Command Reference, Part 1 – EIGRP Commands – Cisco Systems In order to succeed, your desire for success should be greater than your fear of failure. TE Threads: How to study for the CCENT/CCNA , Introduction to Cisco Exams
EIGRP Questions to Prepare you for the CCNP! – Techstat
You need to use the “distance EIGRP” command in EIGRP config. “distance eigrp 95 200” Use the “metric weights 0 ” command. Subnet, K values, AS. Post navigation Previous Previous post: Basic EIGRP Manual Summarization and Null0
EIGRP metrics and path selection
· EIGRP uses a composite metric, meaning it’s made up of several smaller metrics: Bandwidth (minimum along path) Delay (cumulative along path) Reliability Load MTU These correspond to numbers that come from the show interface command, and can be directly read from the show ip eigrp topology network/mask command.
EIGRP — Patrick’s Docuhub a documentation
If an EIGRP for IPv6 router does not have any active interfaces with an IPv4 address, then the eigrp router-id command is required. The router ID should be a unique 32-bit number in the EIGRP for IP routing domain; otherwise, routing inconsistencies can occur.
IP Enhanced IGRP Commands
The following example sets the metric weights to slightly different values than the defaults. router eigrp 109 network 188.8.131.52 metric weights 0 2 0 2 0 0 Related Commands A dagger (+) indicates that the command is documented in the Router Products + +
EIGRP metric calculation — The IT Networking Community
The 5 Day Bootcamp workbook v4.2 task 3.16 states “Configure the EIGRP domain so that only delay is used for composite metric calculations” the solution guide shows this as “metric weigths 0 0 0 1 0 0” My understanding of the values are:
Redistributing Routes into EIGRP
If you look at the output of any show IP protocols command in this chapter, you will see a line that specifies the EIGRP metric weights: EIGRP metric weight K1=1, K2=0, K3=1, K4=0, K5=0 EIGRP uses these K values as coefficients in an involved equation that specifies how to combine all of these different individual metrics into a single numerical value, the composite EIGRP metric.
· Cisco Public EIGRP Metric Calculation EIGRP Metrics – Use the show interfaces command to view metrics – EIGRP Metrics • Bandwidth – EIGRP uses a static bandwidth to calculate metric • Most serial interfaces use a default bandwidth value of 1.544Mbos (T1)