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Exin CDCP Exam - Topic 1 Question 29 Discussion

is the arithmetic mean of time between the failing and the subsequent running of the system in a particular time period.
D) MTTR
A) MTBF
B) MCBF
C) MLBF

Exin CDCP Exam - Topic 1 Question 29 Discussion

Actual exam question for Exin's CDCP exam
Question #: 29
Topic #: 1
[All CDCP Questions]

is the arithmetic mean of time between the failing and the subsequent running of the system in a particular time period.

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Suggested Answer: D

A service corridor is a dedicated space within or adjacent to a data centre that allows access to the supporting facilities, such as power, cooling, fire suppression, security, and cabling systems, without interfering with the computer room operations. A service corridor helps to isolate the noise, vibration, heat, and dust generated by the supporting facilities from the sensitive equipment in the computer room. A service corridor also enhances the safety and efficiency of the maintenance and monitoring activities, as well as the flexibility and scalability of the data centre design.


by Lettie at Dec 09, 2024, 11:41 PM

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France
10 months ago
Yup, MTBF is the correct answer!
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Armanda
10 months ago
Wait, is MTBF really the right term here? Sounds off.
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Felix
10 months ago
MTTR is about repair time, not the mean time between failures.
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Sunny
11 months ago
I thought it was MCBF? Seems like a mix-up.
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Lilli
11 months ago
Definitely MTBF, it's all about the uptime!
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Kristel
11 months ago
MTBF sounds familiar for this context, especially since we discussed it in relation to uptime in class.
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Leota
11 months ago
I feel like MCBF could be the right choice, but I can't recall what it stands for exactly.
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Cammy
11 months ago
I remember practicing a question about system reliability, and MTTR was mentioned, but it doesn't seem to fit here.
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Ryan
12 months ago
I think the answer might be MTBF, but I'm not completely sure if it refers specifically to the time between failures.
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Kati
12 months ago
I've got a good strategy - I'll eliminate the options that don't fit the description, then choose the best remaining answer.
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Fallon
12 months ago
Okay, the key is understanding the difference between MTBF, MCBF, MLBF, and MTTR. I'll review those concepts.
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An
12 months ago
Hmm, I'm a bit confused by the wording here. I'll need to think it through carefully.
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Haydee
12 months ago
This question seems straightforward, I think the answer is MTBF.
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Salina
1 year ago
A, MTBF. It's the classic metric for system reliability. Though I'll admit, 'mean time between failures' does sound a bit like a motivational speaker's catchphrase.
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Veda
1 year ago
D, MTTR. Who needs mean time between failures when you can just focus on the mean time to repair? That's where the real magic happens!
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Lacey
1 year ago
MTTR and MTBF both play a significant role in maintaining system efficiency and performance.
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Lanie
1 year ago
MTBF is important too, it helps in understanding the reliability of the system over time.
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Alesia
1 year ago
MTTR is crucial for minimizing downtime and ensuring quick repairs.
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Shonda
1 year ago
I'm going with B, MCBF. Sounds like the most likely option, though I could be catastrophically wrong.
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Jeannine
1 year ago
I'm not sure, but I think it might be D, MTTR. That's the time to repair, right?
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Tequila
1 year ago
I agree with you, MTBF makes more sense in this context.
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Leontine
1 year ago
I think it's A, MTBF. That's the most common metric used for reliability.
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Galen
1 year ago
MTBF, of course! Gotta keep that mean time between failures high, am I right?
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Carma
1 year ago
Absolutely, a high MTBF indicates a more reliable system.
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Ronnie
1 year ago
Yes, MTBF is the correct answer to measure the reliability of the system.
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Albert
1 year ago
MTBF, of course! Gotta keep that mean time between failures high, am I right?
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Christene
1 year ago
I'm not sure, but I think it might be D) MTTR because it involves the time for repair.
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Annamae
1 year ago
I agree with Brock, MTBF makes sense for the arithmetic mean of time between failures.
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Brock
1 year ago
I think the answer is A) MTBF.
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