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CWNP CWDP-305 Exam - Topic 1 Question 19 Discussion

You have performed a validation site survey after deploying a WLAN infrastructure that is an All-Wireless-Office. One specific application of yourcustomer is experiencing delay when using the application after moving from wired connectivity. After your validation, you realized that all APs areusing 80 MHz channel- widths instead of 20 MHz on the 5 GHz band, as it was designed. What can be done to resolve the delay on thisapplication?
B) Reconfigure to use 20 MHz channel-widths, so reuse of the frequency is more effective
A) APs should be using 160 MHz channel-widths to get more throughput
C) Power-off half of the APs to reduce CCI and keep 80 MHz channel-widths
D) Add more APs using 80 MHz channel-widths

CWNP CWDP-305 Exam - Topic 1 Question 19 Discussion

Actual exam question for CWNP's CWDP-305 exam
Question #: 19
Topic #: 1
[All CWDP-305 Questions]

You have performed a validation site survey after deploying a WLAN infrastructure that is an All-Wireless-Office. One specific application of your

customer is experiencing delay when using the application after moving from wired connectivity. After your validation, you realized that all APs are

using 80 MHz channel- widths instead of 20 MHz on the 5 GHz band, as it was designed. What can be done to resolve the delay on this

application?

Show Suggested Answer Hide Answer
Suggested Answer: B

by Lili at May 12, 2026, 09:14 AM

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Bettina
3 days ago
20 MHz channel-widths can help reduce interference.
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Simona
8 days ago
Definitely need to switch to 20 MHz for better performance.
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Sonia
13 days ago
Powering off APs might help with CCI, but is it enough?
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Albert
18 days ago
Surprised they went with 80 MHz in the first place!
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Alex
24 days ago
I think 80 MHz is fine, just need more APs!
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Joanna
29 days ago
20 MHz channel-widths can help reduce interference.
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Marg
1 month ago
I’m a bit confused about the impact of turning off APs. I think option C could help, but I’m not sure if it’s the best solution overall.
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Gene
1 month ago
If I recall correctly, reducing the channel width to 20 MHz could help with the delays by minimizing co-channel interference. That seems like a solid choice.
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Isadora
1 month ago
I'm not entirely sure, but I think using 160 MHz might actually cause more problems with congestion. I feel like we practiced a question similar to this.
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Stephane
3 months ago
I remember we discussed how wider channels can lead to more interference, especially in dense environments. So, I think option B makes sense.
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