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Which of the following statements regarding DSCP bits are TRUE? (Choose three)
Suggested Answer: C
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31 comments · newest first
MA
Mariann
11 months ago
C is definitely correct, all 8 bits are used for DSCP!
AL
Alton
12 months ago
Wait, I thought DSCP only had 6 bits for classification?
RO
Roosevelt
12 months ago
B is misleading, the last bits don't specify drop probability.
MA
Martina
1 year ago
Totally agree, D is spot on too!
LA
Lai
1 year ago
A is true, those bits do define the forwarding classes.
BR
Bronwyn
1 year ago
I definitely remember that DSCP relates to IP precedence, and I think it has to do with the first three bits, but I’m not 100% confident on that.
LE
Leana
1 year ago
I feel like the DSCP uses the full 8 bits of the TOS field, but I might be mixing it up with something else we studied.
DA
Danica
1 year ago
I remember practicing a question that mentioned the drop probability, but I can't recall if it was about the least significant bits or something else.
EL
Eliseo
1 year ago
I think the first option about the three most significant bits defining 8 forwarding classes sounds familiar, but I'm not entirely sure.
JE
Jesusita
1 year ago
Creating a Schedulable Apex class sounds like the most flexible and reliable approach to me. I'll make sure to set it up to run on a monthly schedule.
PA
Patrick
1 year ago
This question seems straightforward. I'll focus on the key benefits of the WEM deployment that are mentioned in the options.
FA
Fannie
1 year ago
Hmm, I'm not sure about this one. The question seems a bit vague, and I'm not familiar with Okta's system logs. I'll have to think this through carefully.
AN
An
1 year ago
And let's not forget the all-important drop probability. I bet the network engineers have a dart board with the different DSCP values, and they just throw darts to decide which packets to drop. Gotta keep things fair, you know?
AN
Annelle
1 year ago
D) To convert DSCP to IP precedence, the three most significant (first) bits are matched.
SH
Shelba
1 year ago
B) The three least significant (last) bits of the DSCP specify the drop probability.
NU
Nu
1 year ago
A) The three most significant (first) bits define 8 forwarding classes.
LA
Lawrence
1 year ago
Haha, this exam is really testing our networking knowledge! I'm going to go with the safe bet and choose A, B, and D. Can't go wrong with the classics, right?
LE
Lea
1 year ago
Hmm, I'm a bit confused about the TOS field. Does it really use all 8 bits for DSCP? That seems like a lot of granularity. Oh well, I'm going with A, B, and D.
AR
Aracelis
1 year ago
User 3: To convert DSCP to IP precedence, the three most significant bits are matched.
EL
Elmira
1 year ago
User 3: To convert DSCP to IP precedence, the three most significant bits are matched.
KE
Kenneth
1 year ago
User 2: The three least significant bits of the DSCP specify the drop probability.
RE
Reyes
1 year ago
User 1: The three most significant bits define 8 forwarding classes.
KR
Krissy
1 year ago
User 2: The three least significant bits specify the drop probability.
AN
Annice
1 year ago
User 1: The three most significant bits define 8 forwarding classes.
RE
Regenia
1 year ago
I'm not sure about option E. I thought DSCP only had three drop probabilities, not eight. But the rest of the options look good to me.
GW
Gwen
2 years ago
A, B, and D seem to be the correct options here. The DSCP bits define the forwarding classes and drop probability, and to convert to IP precedence, the three most significant bits are used.
DO
Doyle
1 year ago
B) The three least significant (last) bits of the DSCP specify the drop probability.
PE
Penney
1 year ago
A) The three most significant (first) bits define 8 forwarding classes.
MA
Marylin
2 years ago
I'm not sure about C and D, but A, B, and E seem correct to me.
TI
Timothy
2 years ago
I agree with Alida. A, B, and E make sense to me.
AL
Alida
2 years ago
I think A, B, and E are true.