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Nokia Exam BL00100-101-E Topic 1 Question 36 Discussion

Actual exam question for Nokia's BL00100-101-E exam
Question #: 36
Topic #: 1
[All BL00100-101-E Questions]

Which of the following drive 5G higher reliability?

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Suggested Answer: A, B, D

Contribute your Thoughts:

Brendan
1 months ago
Ah, the age-old question of 5G reliability. I'll have to go with B. Multi-connectivity per User Equipment. Redundancy is key, my friends.
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Carey
7 days ago
C) Connectionless radio access
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Donette
16 days ago
B) Multi-connectivity per User Equipment
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Alease
17 days ago
A) Higher spectral efficiency
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Zoila
2 months ago
You know, I was thinking about this question while juggling chainsaws the other day. I think A. Higher spectral efficiency is the way to go. More bandwidth, more reliability!
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Lyndia
12 days ago
Connectionless radio access might be another important factor to consider for 5G reliability.
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Albert
13 days ago
I think multi-connectivity per User Equipment could also play a role in improving reliability.
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Berry
19 days ago
I agree with you! Higher spectral efficiency is definitely key for 5G reliability.
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Effie
2 months ago
C. Connectionless radio access sounds intriguing, but I'm not sure how that would specifically drive 5G higher reliability. Gotta go with B for now.
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Arlene
2 months ago
Hmm, I'm leaning towards D. Lower Time Transmission Interval (TTI). Shorter TTIs can help reduce latency and improve overall reliability.
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Sherrell
22 hours ago
D) Lower Time Transmission Interval (TTI) can indeed help improve reliability by reducing the time it takes for data to be transmitted and received.
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Yoko
2 days ago
C) Connectionless radio access can improve reliability by reducing signaling overhead and simplifying the communication process.
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Lashawn
5 days ago
B) Multi-connectivity per User Equipment can provide redundancy and improve reliability by allowing devices to connect to multiple base stations simultaneously.
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Aleta
28 days ago
A) Higher spectral efficiency can also contribute to higher reliability by allowing more data to be transmitted in the same amount of spectrum.
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Margurite
1 months ago
D) Lower Time Transmission Interval (TTI) can indeed help reduce latency and improve reliability by allowing for quicker transmission of data.
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Denny
1 months ago
C) Connectionless radio access can improve reliability by reducing signaling overhead and simplifying the communication process.
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Ashton
2 months ago
B) Multi-connectivity per User Equipment can provide redundancy and improve reliability by allowing devices to connect to multiple base stations simultaneously.
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Chandra
2 months ago
A) Higher spectral efficiency can also contribute to higher reliability by allowing more data to be transmitted in the same amount of spectrum.
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Sabina
2 months ago
I believe multi-connectivity per User Equipment also plays a role in driving 5G reliability.
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Sharika
2 months ago
I agree with Charolette, higher spectral efficiency is crucial for reliability.
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Clorinda
2 months ago
I think the answer is B. Multi-connectivity per User Equipment. That's the only option that directly addresses higher reliability.
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Carmen
2 months ago
I think higher spectral efficiency also plays a big role in driving 5G higher reliability.
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Melissa
2 months ago
I agree, multi-connectivity per User Equipment is crucial for higher reliability.
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Charolette
3 months ago
I think higher spectral efficiency drives 5G higher reliability.
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