Free Cisco 500-220 Actual Exam Questions - Question 10 Discussion
Which design recommendation should be considered?
I agree that the throughput loss per hop is around 25%, not 50%, so options C and D seem off. Meraki’s recommendation tends to limit hops to one, so A fits better here.
Option A makes sense because the typical throughput loss per hop in a mesh is around 25%, and Meraki usually recommends keeping it to just one hop to avoid compounding losses. Two hops could lead to significant performance issues. Also, a 50% loss per hop feels way too high for standard Meraki guidance. The question doesn’t specify indoor or outdoor, but the safest bet is sticking with the stricter one-hop max rule that’s generally recommended. So I’d rule out B, C, and D since they either overstate the loss or allow more hops than best practice suggests.
Guessing B, since 25% loss per hop sounds right and 2 hops might be typical advice.
Maybe C works too, since a 50% throughput loss per hop sounds extreme but could be true for some cases, and Meraki might push for just one hop to prevent serious slowdowns.
It’s A for me. The common guidance I’ve seen is a 25% throughput drop per hop and Meraki usually pushes for just one hop to keep things reliable. Two hops might be okay in some cases, but it’s not their best practice. Options C and D with 50% loss seem too extreme and don’t match the usual numbers I’ve heard. The key is minimizing hops to avoid compounding losses, which fits with option A’s recommendation perfectly.
Maybe A makes sense since the 25% loss per hop is commonly cited, and Meraki usually advises keeping mesh hops to a minimum—often just one hop to avoid performance hits.
Probably B since 25% loss per hop fits, and 2 hops is still acceptable.
Can someone confirm if the throughput loss is always fixed per hop or does it vary based on setup? The question seems a bit vague without more context.