A network administrator examines a list of 2.4GHz clients with low performance in the Mobility Master (MM) dashboard. Which property should pose a concern as a potential performance issue?
A network administrator examines a list of 2.4GHz clients with low performance in the Mobility Master (MM) dashboard. Which property should pose a concern as a potential performance issue?
For a 2.4GHz network, a goodput data rate of 12Mbps is quite low and would indicate poor performance. Goodput reflects the actual data transfer rate after accounting for protocol overhead and errors, so a low goodput suggests inefficient data transmission. Other factors like usage of 10 MB or a maximum speed of 72Mbps are less indicative of a performance issue compared to a low goodput rate.
Correct answer is B Low goodput: Radios that have an average data rate of 24 Mbps or lower. Low goodput: Clients that have an average data rate of 24 Mbps or lower.
Wouldn't (B) be a better answer?
the higher the goodput, the better. So B is definitely not correct.
look like B is the answer
Answer is B
Why you guys say B? 12Mbps is to low?? i know it sholud be as high as possible but in the study guide it shows an example of 17Mbps in a client with poor health, what is the recommended rate for goodput?
The answer is B. A Goodput of 12 Mbps = only 12Mbps can be transferred by the network to the client. Not very... Good... A usage of 10 MB is not a concern. If the client only demands 10MB, that's OK. If the network could only serve 10MB, that would be a problem. TL;DR - Low Usage OK as it's client side. Low Goodput BAD as it's network side.
ACMA Official Certification Study Guide (Exam HPE6-A42) Page 281: Low good put, clients that have an average date rate of 24 Mbps or lower Low speed, clients that have a connection speed of 26 Mbps or lower So, B 20 MHz is the best practice so not A. D is incorrect because usage doesn't mean it is a bad connection; it can also be an IoT device for example.
he property that could pose a concern as a potential performance issue for 2.4GHz clients with low performance in the Mobility Master dashboard is B. Goodput data rate of 12Mbps. Goodput is the actual throughput achieved by a communication system, after considering factors such as protocol overhead, retransmissions, and packet errors. A low goodput data rate indicates that the data transfer rate is slow and could be a potential performance issue for clients.