Nokia BL0-200 Exam - Topic 1 Question 67 Discussion

Actual exam question for Nokia's BL0-200 exam

Question #: 67
Topic #: 1

[All BL0-200 Questions]

Which timing reference source is the most common and accurate for radio networks?

AGNSS

BSyncE

CIEEE I588v1

DBITS

Show Suggested Answer

Suggested Answer: C

by Shanda at Sep 09, 2024, 02:13 AM

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Lawrence

3 months ago

IEEE I588v1? Never heard of that one in radio networks.

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Margart

3 months ago

Wait, I thought BITS was more widely used?

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India

3 months ago

SyncE is also reliable, but GNSS takes the lead.

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Howard

4 months ago

Totally agree, GNSS is super accurate!

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Jani

4 months ago

GNSS is the most common timing source for radio networks.

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Bethanie

4 months ago

I have a vague memory of IEEE I588v1, but I can't remember how it compares to GNSS in terms of accuracy.

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Tonette

4 months ago

I feel like BITS might be used in some specific cases, but I don't think it's the go-to for radio networks.

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Katie

4 months ago

I remember SyncE being mentioned in a similar practice question, but I don't recall if it was as widely used as GNSS.

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Zona

5 months ago

I think GNSS is the most common source, but I'm not entirely sure if it's the most accurate for all scenarios.

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Maryann

5 months ago

I think GNSS is the way to go here. It provides the highest level of precision and reliability for radio network timing.

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Merissa

5 months ago

I'm a bit confused on this one. I'll have to review my notes and see if I can figure out the key differences between the timing reference options.

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Malcom

5 months ago

GNSS sounds like the best bet to me. It's the global standard for accurate timing, so that's probably the most common choice for radio networks.

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Kirby

5 months ago

Hmm, I'm not totally sure about this one. I'll have to think it through carefully and consider the pros and cons of each option.

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Alpha

5 months ago

I'm pretty sure the answer is GNSS, since that's the most common and accurate timing reference for radio networks.

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Elbert

5 months ago

Hmm, I'm a bit confused by the different exemption criteria here. I'll need to make sure I understand the requirements for each type of exemption before I can answer this.

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Cathern

1 year ago

GNSS, the only timing source accurate enough to sync my atomic clock with my sundial.

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Polly

1 year ago

BITS, because who doesn't love a good old-fashioned telephone line?

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Ammie

1 year ago

IEEE I588v1, the golden standard for precision timing. Or is it the bronze standard?

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Chaya

1 year ago

C) IEEE I588v1

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Jennifer

1 year ago

IEEE I588v1, the golden standard for precision timing. Or is it the bronze standard?

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Starr

1 year ago

D) BITS

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Carma

1 year ago

C) IEEE I588v1

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Yen

1 year ago

B) SyncE

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Jutta

1 year ago

A) GNSS

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Tom

1 year ago

SyncE, because who needs accurate time when you have Ethernet?

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Selene

1 year ago

D) BITS

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Wilson

1 year ago

C) IEEE 1588v1

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Desmond

1 year ago

B) SyncE

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Dierdre

1 year ago

C) IEEE 1588v1

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Nan

1 year ago

B) SyncE

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Gerald

1 year ago

A) GNSS

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Garry

1 year ago

A) GNSS

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Mendy

1 year ago

I believe C) IEEE 1588v1 is the most accurate timing reference source for radio networks, based on its precision timing capabilities.

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Tonette

1 year ago

I'm not sure, but I think B) SyncE could also be a good option for timing reference in radio networks.

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Evangelina

1 year ago

I agree with Howard, GNSS is widely used for accurate timing in radio networks.

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Howard

1 year ago

I think the most common and accurate timing reference source for radio networks is A) GNSS.

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Audrie

1 year ago

GNSS is the way to go! Satellites never lie, right?

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Pearlie

1 year ago

Definitely! GNSS is the most accurate timing reference source for radio networks.

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Arthur

1 year ago

B) SyncE

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Shawna

1 year ago

A) GNSS

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