Exhibit:
sw0# show cee maps
CEE Map ‘default’
Precedence: 1
Remap Fabric-Priority to Priority 0
Remap Lossless-Priority to Priority 0
Priority Group Table
1: Weight 25, PFC Enabled, BW% 25
2: Weight 60, PFC Disabled, BW% 60
3: Weight 15, PFC Disabled, BW% 15
15.0: PFC Disabled
15.1: PFC Disabled
15.2: PFC Disabled
15.3: PFC Disabled
15.4: PFC Disabled
15.5: PFC Disabled
15.6: PFC Disabled
15.7: PFC Disabled
Priority Table
CoS: 0 1 2 3 4 5 6 7
—————————————-
PGID: 2 3 2 1 2 2 2 15.0
Exhibit:
Referring to the exhibit, which two statements are true? (Choose two.)

Referring to the exhibit, you have configured VRRP-E in your Brocade VCS Fabric on two
switches connected to your intranet. You want to prevent unnecessary traffic on the ISL links.

Which feature would you use to accomplish this task?

Referring to the exhibit, which statement is correct?

Router 2 has failed. You want to know what will happen when Host 3 tries to send traffic to the Internet.

Referring to the exhibit, which statement is correct?

You are configuring OSPF in a Brocade VCS Fabric. The implementation will integrate with
an existing OSPF network. The fabric is in logical chassis mode.

Referring to the exhibit, which three actions are correct? (Choose three.)

You have formed a Brocade VCS fabric with four switches.

Referring to the exhibit, which Brocade VDX would be the principal RBridge?

You added a new Brocade VDX 6740 to an existing Brocade VCS Fabric in your data center.
You connected the VDX 6740 to ports 3/0/11 and 3/0/12 on the existing fabric. After the
switch boots, you realize it does not join the fabric. You examine the ISL status on the fabric
as shown in the exhibit.
sw0(conf-if-te-3/0/19)# do sh fabric islport
Name: sw0
Type: 95.2
State: Online
Role: Fabric Principal
VCS Id: 1
Config Mode:Distributed
Rbridge-id: 3
WWN: 10:00:00:05:33:46:71:61
FCF MAC: 00:05:33:46:71:61
Index Interface State Operational State

===================================================================
0 Te 3/0/1 Down
1 Te 3/0/2 Down
2 Te 3/0/3 Down
3 Te 3/0/4 Down
4 Te 3/0/5 Down
5 Te 3/0/6 Down
6 Te 3/0/7 Down
7 Te 3/0/8 Up ISL 10:00:00:05:33:5c:e1:5a “sw0” (downstream)(Trunk Primary)
8 Te 3/0/9 Up ISL (Trunk port, Primary is 3/0/8 )
9 Te 3/0/10 Down
10 Te 3/0/11 Up ISL (Trunk port, Primary is 3/0/12 )
11 Te 3/0/12 Up ISL segmented,(ESC mismatch, Config Mode)(Trunk Primary)
12 Te 3/0/13 Down
13 Te 3/0/14 Down
14 Te 3/0/15 Down
15 Te 3/0/16 Down
16 Te 3/0/17 Down
17 Te 3/0/18 Down
18 Te 3/0/19 Down
19 Te 3/0/20 Down
20 Te 3/0/21 Down
21 Te 3/0/22 Down
22 Te 3/0/23 Down
23 Te 3/0/24 Down
What is causing the problem?

Exhibit:
switch# show ip route
<Output Truncated>
Destination Gateway Port Cost Type Uptime
1 0.0.0.0/0 10.24.64.1 mgmt 1 1/1 S 8m24s
2 1.1.1.0/24 10.1.1.10 Ve 10 1/1 S+ 3m11s
3 1.1.2.0/24 DIRECT Ve 12 0/0 D 3m11s
4 10.24.64.0/20 DIRECT mgmt 1 0/0 D 8m28s
Exhibit:
Referring to the exhibit, which statement is true?

You have formed a Brocade VCS Fabric. The fabric has four RBridges.
sw11# show vcs Config Mode : Local-Only
VCS ID : 101
Total Number of Nodes : 4
Rbridge-Id WWN Management IP Status HostName
——————————————————————————–
11 10:00:00:05:33:55:64:B3* 10.255.245.7 Online “VDX11”
12 >10:00:00:05:33:55:5F:73 10.255.245.8 Online “VDX12”
13 10:00:00:05:33:91:4A:0B 10.255.245.29 Online “VDX13”
21 10:00:00:05:33:55:5D:F3 10.255.245.12 Online “VDX21”
Referring to the exhibit, which RBridge ID shown in the output is the principal RBridge?

You are designing a single Brocade VCS Fabric for your data center network. Your MLX
core routers are stand-alone. You want to use vLAG connectivity for devices. All link groups
need to form single vLAGs.

Referring to the exhibit, which link group will accomplish this?