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Which timing reference source is the most common and accurate for radio networks?
Suggested Answer: C
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40 comments · newest first
LA
Lawrence
11 months ago
IEEE I588v1? Never heard of that one in radio networks.
MA
Margart
11 months ago
Wait, I thought BITS was more widely used?
IN
India
11 months ago
SyncE is also reliable, but GNSS takes the lead.
HO
Howard
11 months ago
Totally agree, GNSS is super accurate!
JA
Jani
12 months ago
GNSS is the most common timing source for radio networks.
BE
Bethanie
12 months ago
I have a vague memory of IEEE I588v1, but I can't remember how it compares to GNSS in terms of accuracy.
TO
Tonette
1 year 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.
KA
Katie
1 year ago
I remember SyncE being mentioned in a similar practice question, but I don't recall if it was as widely used as GNSS.
ZO
Zona
1 year ago
I think GNSS is the most common source, but I'm not entirely sure if it's the most accurate for all scenarios.
MA
Maryann
1 year ago
I think GNSS is the way to go here. It provides the highest level of precision and reliability for radio network timing.
ME
Merissa
1 year 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.
MA
Malcom
1 year 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.
KI
Kirby
1 year 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.
AL
Alpha
1 year ago
I'm pretty sure the answer is GNSS, since that's the most common and accurate timing reference for radio networks.
EL
Elbert
1 year 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.
CA
Cathern
2 years ago
GNSS, the only timing source accurate enough to sync my atomic clock with my sundial.
PO
Polly
2 years ago
BITS, because who doesn't love a good old-fashioned telephone line?
AM
Ammie
2 years ago
IEEE I588v1, the golden standard for precision timing. Or is it the bronze standard?
CH
Chaya
2 years ago
C) IEEE I588v1
JE
Jennifer
2 years ago
IEEE I588v1, the golden standard for precision timing. Or is it the bronze standard?
ST
Starr
2 years ago
D) BITS
CA
Carma
2 years ago
C) IEEE I588v1
YE
Yen
2 years ago
B) SyncE
JU
Jutta
2 years ago
A) GNSS
TO
Tom
2 years ago
SyncE, because who needs accurate time when you have Ethernet?
SE
Selene
2 years ago
D) BITS
WI
Wilson
2 years ago
C) IEEE 1588v1
DE
Desmond
2 years ago
B) SyncE
DI
Dierdre
2 years ago
C) IEEE 1588v1
NA
Nan
2 years ago
B) SyncE
GE
Gerald
2 years ago
A) GNSS
GA
Garry
2 years ago
A) GNSS
ME
Mendy
2 years ago
I believe C) IEEE 1588v1 is the most accurate timing reference source for radio networks, based on its precision timing capabilities.
TO
Tonette
2 years ago
I'm not sure, but I think B) SyncE could also be a good option for timing reference in radio networks.
EV
Evangelina
2 years ago
I agree with Howard, GNSS is widely used for accurate timing in radio networks.
HO
Howard
2 years ago
I think the most common and accurate timing reference source for radio networks is A) GNSS.
AU
Audrie
2 years ago
GNSS is the way to go! Satellites never lie, right?
PE
Pearlie
2 years ago
Definitely! GNSS is the most accurate timing reference source for radio networks.
AR
Arthur
2 years ago
B) SyncE
SH
Shawna
2 years ago
A) GNSS