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Cisco 700-846 Exam - Topic 3 Question 59 Discussion

How can an engineer maximize plant uptime?
D) implement an architecture based on CPWE
A) improve fault isolation and troubleshooting time
B) standardize industrial enterprise
C) use architectures based on products with high MTBF

Cisco 700-846 Exam - Topic 3 Question 59 Discussion

Actual exam question for Cisco's 700-846 exam
Question #: 59
Topic #: 3
[All 700-846 Questions]

How can an engineer maximize plant uptime?

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Suggested Answer: D

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Selene
9 months ago
Wait, what’s MTBF? Sounds important!
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Maia
9 months ago
CPWE? Not sure if that’s the best approach.
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Luisa
10 months ago
Standardizing can really help with efficiency.
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Edmond
10 months ago
Totally agree, MTBF is super important too.
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Anissa
10 months ago
Improving fault isolation is key!
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Carlee
10 months ago
I vaguely recall something about CPWE architectures, but I can't remember how they relate to uptime. Is option D worth considering?
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Whitney
11 months ago
I feel like MTBF was a big topic in our last practice exam. I think option C could be the right answer, but I’m not completely confident.
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Filiberto
11 months ago
I'm not entirely sure, but I think standardizing processes could help reduce downtime. Maybe option B is relevant?
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Louvenia
11 months ago
I remember studying about fault isolation techniques, so I think option A might be a good choice for maximizing uptime.
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Ellen
11 months ago
This question is right in my wheelhouse! Standardizing the industrial enterprise (option B) is a great way to streamline operations and maintenance, which can have a big impact on uptime. I'd definitely consider that as one of the top strategies here.
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Cecily
11 months ago
Hmm, I'm a little unsure about this one. The options seem a bit technical and I'm not super familiar with all the acronyms and concepts. I'll need to think through each choice carefully to decide which one is the best approach.
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Amber
11 months ago
This seems like a pretty straightforward question about maximizing plant uptime. I'd focus on options A and C - improving fault isolation and troubleshooting time, and using high MTBF products. Those seem like the most direct ways to boost uptime.
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Jamal
11 months ago
Okay, I think I've got a handle on this. Improving fault isolation and troubleshooting time (option A) is key to reducing downtime. And using architectures with high MTBF components (option C) will also help maximize uptime. I'll probably go with those two as my top choices.
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Edwin
11 months ago
This seems like a straightforward stakeholder management question. I'd focus on identifying all the key stakeholders, both supportive and opposed, and developing a plan to engage with them effectively.
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Deandrea
2 years ago
Hmm, I don't know, this question seems a bit 'up-time' if you ask me.
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Julianna
2 years ago
D) implement an architecture based on CPWE
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Maryann
2 years ago
C) use architectures based on products with high MTBF
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Edna
2 years ago
B) standardize industrial enterprise
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Amalia
2 years ago
A) improve fault isolation and troubleshooting time
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Solange
2 years ago
Using architectures based on products with high MTBF is crucial for maximizing plant uptime.
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Theresia
2 years ago
I agree with Terrilyn, standardizing industrial enterprise can also be beneficial.
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Shawnta
2 years ago
D, definitely. CPWE is the wave of the future, baby!
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Farrah
2 years ago
Improving fault isolation and troubleshooting time is also important for maximizing plant uptime.
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Diego
2 years ago
I agree, implementing an architecture based on CPWE can really help maximize plant uptime.
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Hermila
2 years ago
D, definitely. CPWE is the wave of the future, baby!
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Terrilyn
2 years ago
I think improving fault isolation and troubleshooting time can help maximize plant uptime.
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Leota
2 years ago
I'm gonna have to go with B. Standardization is the key to efficiency, don't you think?
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Fatima
2 years ago
Implementing an architecture based on CPWE could be a good strategy as well.
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Katheryn
2 years ago
Using architectures based on products with high MTBF can also help in reducing downtime.
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Markus
2 years ago
I think improving fault isolation and troubleshooting time is also important for maximizing plant uptime.
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Vallie
2 years ago
Yes, I agree. Standardization can definitely improve efficiency.
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Charlette
2 years ago
C looks good to me. High MTBF means less time spent fixing things, amirite?
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Angella
2 years ago
C) use architectures based on products with high MTBF
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Edison
2 years ago
B) standardize industrial enterprise
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Jess
2 years ago
A) improve fault isolation and troubleshooting time
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Shenika
2 years ago
Option A sounds like the way to go. Gotta get that uptime up, you know?
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Sol
2 years ago
Option A sounds like the way to go. Gotta get that uptime up, you know?
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Keneth
2 years ago
C) use architectures based on products with high MTBF
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Jess
2 years ago
B) standardize industrial enterprise
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Tora
2 years ago
A) improve fault isolation and troubleshooting time
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