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QUESTION NO:2
A branch router is configured with an egress QoS policy that was designed for a total number of
10 concurrent VOIP calls.
Due to expansion, 15 VOIP calls are now running over the link, but after the 14th call was
established, all calls were affected and the voice quality was dramatically degraded.
Assuming that there is enough bandwidth on the link for all of this traffic, which part of the QoS
configuration should be updated due to the new traffic profile?
A. Increase the shaping rate for the priority queue. B.
Remove the policer applied on the priority queue. C.
Remove the shaper applied on the priority queue. D.
Increase the policing rate for the priority queue.
Answer: D
Explanation:
QUESTION NO:11
When you are troubleshooting duplex mismatches, which two errors are typically seen on the full-
duplex end? (Choose two.)
A. runts
B. FCS errors
C. interface resets
D. late collisions
Answer: A,B
Explanation:
QUESTION NO:13
Which two statements are true about traffic shaping? (Choose two.)
A. Out-of-profile packets are queued.
B. It causes TCP retransmits.
C. Marking/remarking is not supported.
D. It does not respond to BECN and ForeSight Messages.
E. It uses a single/two-bucket mechanism for metering.
Answer: A,C
Explanation:
QUESTION NO:17
Which three combinations are valid LACP configurations that will set up a channel? (Choose
three.)
A. On/On
B. On/Auto
C. Passive/Active
D. Desirable/Auto
E. Active/Active
F. Desirable/Desirable
Answer: A,C,E
Explanation:
QUESTION NO:22
Refer to the exhibit.
Which path is selected as best path?
A. path 1, because it is learned from IGP B.
path 1, because the metric is the lowest C.
path 2, because it is external
D. path 2, because it has the higher router ID
Answer: B
Explanation:
400-101 PDF Dumps400-101 VCE Dumps400-101 Study Guide
QUESTION NO:28
Which two orders in the BGP Best Path Selection process are correct? (Choose two.)
A. Higher local preference, then lowest MED, then eBGP over iBGP paths
B. Higher local preference, then highest weight, then lowest router ID
C. Highest weight, then higher local preference, then shortest AS path
D. Lowest origin type, then higher local preference, then lowest router ID
E. Highest weight, then higher local preference, then highest MED
Answer: A,C
Explanation:
QUESTION NO:30
What is the flooding scope of an OSPFv3 LSA, if the value of the S2 bit is set to 1 and the S1 bit is
set to 0?
A. link local
B. area wide
C. AS wide
D. reserved
Answer: C
Explanation:
The Type 1 router LSA is now link local and the Type 2 Network LSA is AS Wide
S2 and S1 indicate the LSA’s flooding scope. Table 9-1 shows the possible values of these two
bits and the associated flooding scopes.
Table 9-1 S bits in the OSPFv3 LSA Link State Type field and their associated flooding scopes
LSA Function Code, the last 13 bits of the LS Type field, corresponds to the OSPFv2 Type field.
Table 9-2 shows the common LSA types used by OSPFv3 and the values of their corresponding
LS Types. If you decode the hex values, you will see that the default U bit of all of them is 0. The S
bits of all LSAs except two indicate area scope. Of the remaining two, AS External LSAs have an
AS flooding scope and Link LSAs have a linklocal flooding scope. Most of the OSPFv3 LSAs have
functional counterparts in OSPFv2; these OSPFv2 LSAs and their types are also shown in Table
9-2.
Table 9-2 OSPFv3 LSA types and their OSPFv2 counterparts
Reference
http://www.networkworld.com/subnets/cisco/050107-ch9-ospfv3.html?page=1
QUESTION NO:31
How will EIGRPv6 react if there is an IPv6 subnet mask mismatch between the Global Unicast
addresses on a point-to-point link?
A. EIGRPv6 will form a neighbor relationship.
B. EIGRPv6 will not form a neighbor relationship.
C. EIGRPv6 will form a neighbor relationship, but with the log MSG: “EIGRPv6 neighbor not on a
common subnet.”
D. EIGRPv6 will form a neighbor relationship, but routes learned from that neighbor will not be
installed in the routing table.
Answer: A Explanation:
http://www.ietf.org/rfc/rfc3587.txt
QUESTION NO:44
How is RPF used in multicast routing?
A. to prevent multicast packets from looping
B. to prevent PIM packets from looping
C. to instruct PIM where to send a (*, G) or (S, G) join message
D. to prevent multicast packets from looping and to instruct PIM where to send a (*, G) or (S, G)
join message
Answer: D
Explanation:
QUESTION NO:45
Refer to the exhibit.
What does the incoming interface of the above (*, G) entry indicate?
A. the interface closest to the source, according to the unicast routing table
B. the interface where an IGMP join has been received
C. the interface with the highest IP address
D. the last interface to hear a PIM (*, G) join
E. the interface closest to the RP, according to the unicast routing table
Answer: E
Explanation:
Source Trees
A source tree is the simplest form of distribution tree. The source host of the multicast traffic is
located at the root of the tree, and the receivers are located at the ends of the branches. Multicast
traffic travels from the source host down the tree toward the receivers. The forwarding decision on
which interface a multicast packet should be transmitted out is based on the multicast forwarding
table. This table consists of a series of multicast state entries that are cached in the router. State
entries for a source tree use the notation (S, G) pronounced S comma G. The letters represents
the IP address of the source, and G represents the group address.
Shared Trees
Shared trees differ from source trees in that the root of the tree is a common point somewhere in
the network.
This common point is referred to as the rendezvous point (RP). The RP is the point at which
receivers join to learn of active sources. Multicast sources must transmit their traffic to the RP.
When receivers join a multicast group on a shared tree, the root of the tree is always the RP, and
multicast traffic is transmitted from the RP down toward the receivers. Therefore, the RP acts as a
go-between for the sources and receivers. An RP can be the root for all multicast groups in the
network, or different ranges of multicast groups can be associated with different RPs.
Multicast forwarding entries for a shared tree use the notation (*, G), which is pronounced star
comma G. This is because all sources for a particular group share the same tree. (The multicast
groups go to the same RP.)
Therefore, the * or wildcard represents all sources.
Additional Information from Microsoft
Multicast traffic from source 162.10.4.1 (for example) uses the RPT, meaning the source sends it
to the RP rather than to the multicast group (the router would denote this by having a (*, G) entry
rather than a (S, G) entry). Before sending this traffic, Router 1 checks its unicast routing table to
see if packets from the RP are arriving on the correct interface. In this case they are, because they
arrive on interface I1, and the packets are forwarded.
Reference
http://technet.microsoft.com/en-us/library/bb742462.aspx
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