What action will likely fix this problem?
An expanding company is deploying leased lines between its main site and two remote sites. The
bandwidth of the leased lines is 128kb/s each, terminated on different serial interfaces on the main
router. These links are used for combined VOIP and data traffic. The network administrator has
implemented a VOIP solution to reduce costs, and has therefore reserved sufficient bandwidth in a
low latency queue on each interface for the VOIP traffic. Users now complain about bad voice
quality although no drops are observed in the low latency queue. What action will likely fix this
problem?
How can your data and VOIP traffic be marked?
You are the network administrator of an enterprise with a main site and multiple remote sites. Your
network carries both VOIP and data traffic. You agree with your service provider to classify VOIP
and data traffic according to the different service RFCs. How can your data and VOIP traffic be
marked?
What is the most likely cause of this jitter?
What is the most likely cause of the discrepancy?
which one?
NBAR supports all of these with the exception of which one?
which of these functionalities?
Modified deficit round robin supports which of these functionalities?
which two tasks need to be performed prior to issuing the autoqos voip command in this router?
What is an important consideration that should be taken into account when configuring shaped round robin?
What is an important consideration that should be taken into account when configuring shaped
round robin?
which queuing mechanism has been configured on interface serial.1/0?
Which two benefits are of applying WRED?
Which two benefits are of applying WRED? (Choose two.)