DUMPS
BASE
EXAM DUMPS
JUNIPER
JN0-452
28% OFF Automatically For You
Juniper Mist AI Wireless, Specialist (JNCIS-MistAI-
Wireless)
, 1.A university deploys a new Wi-Fi network in a lecture hall where over 200 students
connect at the same time using modern devices.
Which combination of frequency band and channel width would provide the **best
performance** and **least interference** in this dense environment?
A. 2.4 GHz with 40 MHz channels
B. 5 GHz with 160 MHz channels
C. 2.4 GHz with 20 MHz channels
D. 6 GHz with 80 MHz channels
Answer: D
Explanation:
In a high-density environment with modern devices, 6 GHz offers wide, clean
spectrum with less legacy interference. 80 MHz provides high throughput while
avoiding the interference risks of 160 MHz in congested areas.
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2.A network engineer notices that a user is experiencing poor video quality despite
P
m
being physically close to the AP. The RSSI is measured at -55 dBm, but the SNR is
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E
only 15 dB.
to
What is the most likely cause of the issue?
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ui
A. Signal attenuation due to distance
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e
B. Roaming failure during authentication
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im
C. Interference from neighboring APs or noise sources
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-U
D. Low channel width configuration
2)
0
Answer: C
9.
(V
Explanation:
ps
A strong RSSI (-55 dBm) but low SNR (15 dB) indicates there is high background
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D
noise or interference, not signal weakness. This degrades the usable signal quality
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xa
and affects performance even at close range.
E
2
45
0-
JN
3.A company enables 160 MHz channels on all 5 GHz APs to maximize speed.
r
pe
However, users report unstable performance in open office areas.
ni
Ju
What is the **most likely technical reason** for this problem?
A. Wide channels overlapping and increasing interference
B. Clients only supporting 2.4 GHz band
C. Excessive collision detection by CSMA/CD
D. Channel width too narrow for high data rates
Answer: A
Explanation:
160 MHz channels are wide and can easily overlap with other nearby APs using the
same frequency. This leads to increased interference and instability in shared
environments. A narrower width (40/80 MHz) may perform better.
BASE
EXAM DUMPS
JUNIPER
JN0-452
28% OFF Automatically For You
Juniper Mist AI Wireless, Specialist (JNCIS-MistAI-
Wireless)
, 1.A university deploys a new Wi-Fi network in a lecture hall where over 200 students
connect at the same time using modern devices.
Which combination of frequency band and channel width would provide the **best
performance** and **least interference** in this dense environment?
A. 2.4 GHz with 40 MHz channels
B. 5 GHz with 160 MHz channels
C. 2.4 GHz with 20 MHz channels
D. 6 GHz with 80 MHz channels
Answer: D
Explanation:
In a high-density environment with modern devices, 6 GHz offers wide, clean
spectrum with less legacy interference. 80 MHz provides high throughput while
avoiding the interference risks of 160 MHz in congested areas.
n
io
t
ra
pa
re
2.A network engineer notices that a user is experiencing poor video quality despite
P
m
being physically close to the AP. The RSSI is measured at -55 dBm, but the SNR is
xa
E
only 15 dB.
to
What is the most likely cause of the issue?
de
ui
A. Signal attenuation due to distance
G
e
B. Roaming failure during authentication
at
im
C. Interference from neighboring APs or noise sources
lt
-U
D. Low channel width configuration
2)
0
Answer: C
9.
(V
Explanation:
ps
A strong RSSI (-55 dBm) but low SNR (15 dB) indicates there is high background
um
D
noise or interference, not signal weakness. This degrades the usable signal quality
m
xa
and affects performance even at close range.
E
2
45
0-
JN
3.A company enables 160 MHz channels on all 5 GHz APs to maximize speed.
r
pe
However, users report unstable performance in open office areas.
ni
Ju
What is the **most likely technical reason** for this problem?
A. Wide channels overlapping and increasing interference
B. Clients only supporting 2.4 GHz band
C. Excessive collision detection by CSMA/CD
D. Channel width too narrow for high data rates
Answer: A
Explanation:
160 MHz channels are wide and can easily overlap with other nearby APs using the
same frequency. This leads to increased interference and instability in shared
environments. A narrower width (40/80 MHz) may perform better.
