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Nokia BL0-100 Exam - Topic 1 Question 29 Discussion

Many 5G use cases require the network to provide very high capacity in the order of 10 Gb/s. What are the 3 different methods that can be used to increase capacity in the wireless interface?
C) more spectrum high spectral efficiency higher cell density and A) more cells bigger cells more spectrum and B) more cells high energy more antennas and C) more spectrum high spectral efficiency higher cell density
D) use higher spectrum bands restrict number of devices connected wirelessly bigger cells
D) use higher spectrum bands restrict number of devices connected wirelessly bigger cells

Nokia BL0-100 Exam - Topic 1 Question 29 Discussion

Actual exam question for Nokia's BL0-100 exam
Question #: 29
Topic #: 1
[All BL0-100 Questions]

Many 5G use cases require the network to provide very high capacity in the order of 10 Gb/s. What are the 3 different methods that can be used to increase capacity in the wireless interface?

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Suggested Answer: C, A, B, C

by Deonna at Jul 08, 2023, 11:04 PM

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Leonie
6 months ago
Totally agree, those three methods make sense!
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Cyril
7 months ago
Wait, can we really achieve 10 Gb/s with just these methods?
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Celestine
7 months ago
Higher cell density? Sounds right to me!
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Isadora
7 months ago
I think high spectral efficiency is underrated.
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Elenore
7 months ago
More spectrum is definitely key for 5G!
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Donte
8 months ago
I’m leaning towards option C because it mentions all three methods that seem relevant, but I’m a bit confused about the specifics of spectral efficiency.
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Tatum
8 months ago
I feel like higher cell density is important, but I can't recall if it was mentioned in the study materials as a primary method.
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Tien
8 months ago
I remember practicing a question similar to this, and I think high spectral efficiency is definitely one of the methods.
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Daron
8 months ago
I think increasing capacity could involve using more spectrum, but I'm not entirely sure about the other two methods.
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Gerald
8 months ago
Wait, I'm a little confused. I thought actual costing was one of the options, but I'm not sure if that's supported in SAP Business ByDesign. I better double-check the information before answering.
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Nickole
8 months ago
I'm pretty confident about this one. The FTC has the broadest authority to address privacy issues, so I'll go with option D.
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Zona
8 months ago
Hmm, I'm not totally sure about this one. I'll have to think it through carefully. Maybe I should review my notes on internal pricing between divisions.
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Tammara
8 months ago
I think D is the way to go. Being able to simulate a wide range of devices and usage scenarios is crucial for getting accurate performance data.
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Wayne
8 months ago
Wait, are they developing a new product? No... they're just promoting existing services to current members. Definitely leaning towards option A.
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Timothy
1 year ago
Well, well, look who's excited about their 5G cat cam! I'll give you extra credit if you can integrate that into your network design.
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Tequila
11 months ago
Well, well, look who's excited about their 5G cat cam! I'll give you extra credit if you can integrate that into your network design.
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Moira
12 months ago
more antennas
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Becky
12 months ago
high energy
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Reynalda
12 months ago
A) more cells
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Tricia
1 year ago
C is the way to go! More spectrum means more room for those cat videos to stream in HD. Can't wait for my 5G-powered cat cam!
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Linn
11 months ago
More antennas can definitely help improve capacity as well!
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Ivette
11 months ago
more antennas
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Tawanna
11 months ago
high energy
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Lynda
11 months ago
B) more cells
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Garry
11 months ago
That's true! Using higher spectrum bands can also help increase capacity.
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Muriel
11 months ago
bigger cells
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Reita
11 months ago
restrict number of devices connected wirelessly
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Krystina
11 months ago
D) use higher spectrum bands
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Erick
11 months ago
C is definitely the best option for high capacity in 5G networks!
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Chandra
11 months ago
higher cell density
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Raina
12 months ago
high spectral efficiency
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Penney
1 year ago
C) more spectrum
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Lorita
1 year ago
Hmm, D's got some interesting ideas, but restricting devices? What is this, the Stone Age? Give me more cells and more spectrum any day!
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Norah
1 year ago
I prefer the approach of using higher spectrum bands and having bigger cells to increase capacity.
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Felicidad
1 year ago
I think having higher cell density and more spectrum is crucial for increasing capacity in the wireless interface.
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Anastacia
1 year ago
I agree, D's idea of restricting devices seems outdated. More cells and more spectrum are definitely the way to go.
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Charolette
1 year ago
Ah, I was torn between B and C, but C makes the most sense. Gotta love those high-speed 5G connections!
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Una
1 year ago
I'm not sure, but D) use higher spectrum bands, restrict number of devices connected wirelessly, bigger cells also sounds plausible.
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Gaynell
1 year ago
I agree with Micah, those methods make sense for increasing capacity.
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Micah
1 year ago
I think the answer is C) more spectrum, high spectral efficiency, higher cell density.
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Arlette
1 year ago
C is the correct answer! Using more spectrum, improving spectral efficiency, and increasing cell density are the key methods to boost wireless capacity for 5G.
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Jestine
1 year ago
Definitely, maximizing spectrum, spectral efficiency, and cell density is crucial for 5G networks.
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Deandrea
1 year ago
It's important to utilize those methods for 5G use cases that require high capacity.
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Jesusita
1 year ago
Yes, you're right! Those are the methods to increase capacity in the wireless interface.
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Laura
1 year ago
I think the answer is C) more spectrum, high spectral efficiency, higher cell density.
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Trina
1 year ago
I believe using higher spectrum bands and restricting the number of devices connected wirelessly can also help in increasing capacity.
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Isaiah
1 year ago
I agree with you, Delmy. High spectral efficiency and higher cell density are also important factors.
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Delmy
1 year ago
I think the key to increasing capacity is by using more spectrum.
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