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Nokia BL00100-101-E Exam - Topic 5 Question 62 Discussion

Actual exam question for Nokia's BL00100-101-E exam
Question #: 62
Topic #: 5
[All BL00100-101-E Questions]

Which of the following statements are applicable to the technology of massive MIMO?

(Select 3)

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Suggested Answer: A, B, D

by Justine at Aug 08, 2024, 04:49 AM

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Cherry
3 months ago
Totally agree with B, orthogonal signals are key!
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Sharen
3 months ago
Wait, are we sure about A? Sounds too good to be true!
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Glory
3 months ago
D seems a bit off, not really a massive MIMO thing.
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Percy
4 months ago
I think C is also a valid option.
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Chantay
4 months ago
A and B are definitely correct!
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Mozell
4 months ago
I’m confused about C; I thought massive MIMO focused on spatial multiplexing rather than using different frequencies.
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Galen
4 months ago
I practiced a similar question, and I feel like D could be relevant, especially in challenging environments.
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Tasia
4 months ago
I'm not entirely sure, but I think B might be correct too, since orthogonality is important for reducing interference.
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Caprice
5 months ago
I remember that massive MIMO allows multiple data streams to be sent simultaneously, so I think A is definitely one of the answers.
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Karima
5 months ago
Ah, this is a good one. Massive MIMO is all about boosting capacity and efficiency by using a ton of antennas. I'm pretty confident I can nail this question.
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Gregoria
5 months ago
Hmm, I'm a bit unsure about this one. I know massive MIMO has to do with multiple antennas, but I'm not totally clear on the details. I'll have to think it through carefully.
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Hassie
5 months ago
This question seems straightforward, I think I can handle it. I'll focus on the key points about massive MIMO.
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Rusty
5 months ago
Okay, let's see. I know massive MIMO involves sending multiple data streams at the same time, and the signals are made orthogonal. I'll select the options that match that.
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Dianne
5 months ago
Okay, let me walk through this step-by-step. I believe the answer is A - you go to Customization > Forms > Subtabs and then drag and drop the subtabs to move the field. That sounds right, but I'll double-check my notes just to be sure.
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Janey
1 year ago
I believe B is also correct. Making signals orthogonal helps in reducing interference.
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Rosalyn
1 year ago
I agree with A. Massive MIMO technology is all about sending multiple data flows simultaneously.
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Stevie
2 years ago
I think A is correct because it allows multiple data flows on the same frequency.
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Shannan
2 years ago
Haha, I'd say A, B, and C are the right answers. Sending data on different frequencies? That's so last century! Massive MIMO is all about squeezing as much data as possible on a single frequency.
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Nada
1 year ago
Agreed, transmit diversity is used in different scenarios, but not in the case of massive MIMO.
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Ammie
1 year ago
Definitely, transmitting data on different frequencies is not the way to go with massive MIMO.
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Nan
1 year ago
Yeah, that's right. The signals on each antenna need to be orthogonal for massive MIMO to work efficiently.
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Cammy
2 years ago
I think A, B, and C are correct. It's all about sending multiple data flows on the same frequency.
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Lang
2 years ago
A, B, and D are all applicable. Transmit diversity helps with poor radio conditions, which is a common scenario for massive MIMO.
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Sherill
1 year ago
Transmit diversity helps with poor radio conditions.
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Sherill
2 years ago
A, B, and D are all applicable.
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Glory
2 years ago
Definitely A and B. The orthogonality of the signals on each antenna is a key feature of massive MIMO.
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Jacquelyne
2 years ago
Transmit diversity is also important in poor radio conditions, so D is applicable too.
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Linn
2 years ago
I agree, those are key features of massive MIMO technology.
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Dortha
2 years ago
I think A and B are correct. Multiple data flows on the same frequency and orthogonal signals.
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Junita
2 years ago
I'm not sure about C, but I think A, B, and D make sense for massive MIMO.
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Billye
2 years ago
I agree with Dorothy, but I also think D is a valid statement.
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King
2 years ago
I think options A and B are correct. Massive MIMO uses multiple antennas to transmit multiple data streams simultaneously on the same frequency.
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Johanna
1 year ago
I agree with you, options A and B are correct for the technology of massive MIMO.
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Norah
2 years ago
I believe option D is not applicable. Transmit diversity is not used in massive MIMO.
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Van
2 years ago
I think option B is also correct. The signals on each antenna are made orthogonal in massive MIMO.
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Dong
2 years ago
I agree, option A is correct. Multiple data flows are sent at the same time on the same frequency.
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Dorothy
2 years ago
I think A and B are applicable to massive MIMO.
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