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Huawei H35-481_V2.0 Exam - Topic 5 Question 47 Discussion

Actual exam question for Huawei's H35-481_V2.0 exam

Question #: 47
Topic #: 5

[All H35-481_V2.0 Questions]

Which of the following X2 Interconnection solutions are supported by LTE and NR base stations?

AInterconnection through RF modules

BInterconnection through the a

CInterconnected through the backplane in co-BBU separate-MPT scenarios

DInterconnection through traditional IP RAN

Show Suggested Answer

Suggested Answer: A

In SA networking, incorrect TAC configurations will cause UE access to fail. This is because the UE must be assigned a specific TAC value in order to be allowed to access the network. If the TAC value is incorrect, the UE will not be able to access the network. Reference: https://www.qualcomm.com/invention/5g/standalone-networking-5g-sa-networks

by Kanisha at Jan 27, 2025, 09:20 PM

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Miriam

10 months ago

Not sure about B, seems less likely to be supported.

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Walton

10 months ago

C is also a valid option in certain setups.

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Avery

10 months ago

Wait, are RF modules really supported? That's surprising!

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Catalina

11 months ago

Totally agree, traditional IP RAN is the way to go!

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Weldon

11 months ago

I think option D is the most common.

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Adelina

11 months ago

I’m leaning towards option D being correct, but I vaguely remember something about interconnection through the a as well. It’s a bit confusing!

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Agustin

11 months ago

I practiced a question similar to this, and I think RF modules were mentioned, but I’m not confident they’re actually supported by both standards.

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Terrilyn

11 months ago

I feel like we discussed the backplane interconnection in co-BBU scenarios, but I can't recall if it's specifically supported by both LTE and NR.

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Cristina

12 months ago

I think I remember that LTE and NR can use traditional IP RAN for interconnection, but I'm not entirely sure if that's the only option.

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Ceola

12 months ago

Okay, I think I've got a strategy here. I'll start by eliminating any options that don't seem relevant to X2 Interconnection, then focus on the ones that seem more specific to LTE and NR base stations. Hopefully, that will help me narrow it down.

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Tomoko

12 months ago

Hmm, I'm a bit unsure about this one. I know the general concept of X2 Interconnection, but I'm not sure I can confidently identify which specific solutions are supported by LTE and NR base stations. I'll have to think it through carefully.

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Angelyn

12 months ago

Alright, this is a good one. I remember learning about the different X2 Interconnection solutions in class, so I think I can narrow it down. I'll need to think about the specific requirements for LTE and NR base stations.

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Artie

12 months ago

Okay, let me see here. I know that X2 Interconnection is used for communication between base stations, so I'll need to focus on the options that involve that. I'm not sure about the details of the different solutions, but I'll give it my best shot.

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Crista

12 months ago

Hmm, this question seems a bit tricky. I'll need to think carefully about the different X2 Interconnection solutions and which ones are supported by LTE and NR base stations.

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Erin

1 year ago

Ah, the age-old question of X2 Interconnection solutions. I'm going to have to go with C on this one. Backplane, baby! It's like the glue that holds the whole thing together.

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Elliot

1 year ago

Hmm, let me think... I'll go with C. Interconnected through the backplane. Sounds like the kind of fancy tech that'll impress the examiners, even if I don't fully understand it.

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Lavonna

1 year ago

Kris: Yeah, that does sound pretty advanced and impressive.

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Martina

1 year ago

User 3: C) Interconnected through the backplane in co-BBU separate-MPT scenarios seems like a solid choice.

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Kris

1 year ago

User 2: I'm leaning towards D) Interconnection through traditional IP RAN.

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Sharen

1 year ago

User 1: I think I'll go with A) Interconnection through RF modules.

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Blair

1 year ago

I bet the answer is C. Who doesn't love a good ol' backplane interconnection, am I right? It's like the duct tape of the telecom world.

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Allene

1 year ago

Definitely not A. Interconnection through RF modules? That's so 2G! I'm going with D, the good old-fashioned IP RAN.

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Quentin

1 year ago

Yeah, IP RAN is definitely a more reliable option for LTE and NR base stations.

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Aileen

1 year ago

I think D, traditional IP RAN, is the way to go for X2 Interconnection.

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Ardella

1 year ago

I agree, interconnection through RF modules seems outdated.

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Nana

1 year ago

I'm not sure about this one. Maybe B? Interconnection through the 'a'? What even is that?

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Pete

1 year ago

I'm not sure either, but I'll go with D) Interconnection through traditional IP RAN.

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Hana

1 year ago

No, I believe it's D) Interconnection through traditional IP RAN.

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Pilar

1 year ago

I think it's C) Interconnected through the backplane in co-BBU separate-MPT scenarios.

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Claribel

1 year ago

Hmm, I think the answer is C. Interconnected through the backplane in co-BBU separate-MPT scenarios. That sounds like the most technical and specific solution.

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Alpha

1 year ago

I'm not sure, but option A, interconnection through RF modules, sounds interesting too.

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Hortencia

1 year ago

I think option D, interconnection through traditional IP RAN, could also be a valid choice.

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Timothy

1 year ago

I agree, option C seems to be the most technical and specific solution.

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Mee

1 year ago

I'm not sure, but D could also be a valid option since traditional IP RAN is commonly used.

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Darrin

1 year ago

I agree with Broderick, C makes sense because it allows for separate-MPT scenarios.

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Broderick

1 year ago

I think the answer is C.

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