CCIE Lab分解实验练习(Plannet_Practice_Labs)_.Vol_2(2)

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burst of 3 Mbps should have its precedence set to "flash-override". If the traffic exceeds these settings, it should have its precedence set to "routine". b. Any Telnet traffic that conforms to 800000 bps with a normal burst of 1.2 Mbps and a maximum burst of 1.6 Mbps should have its precedence set to "critical". If the traffic exceeds these settings, it should have its precedence set to "priority".
c.
All other traffic should pass untouched.
7.0 Multicast STEP 1 (2 points)
1. Allow Multicast traffic to traverse CK13's ATM 2/0 interface. However, ensure that the multicast address 225.13.13.13 does not go in or out of the ATM 2/0 interface.
8.0 CBWFQ STEP 1 (4 points)
Study Guide From
IT认证部落 CCIE-LAB
1. Translate the following Custom Queue list into a CBWFQ and apply it outbound to CK13's Serial 1/0 interface. Don't use access lists to identify the traffic.
2. 3. 4. 5. 6. 7. 8. 9. 10. queue-list 1 protocol ip 1 udp 53 queue-list 1 protocol ip 2 tcp 23 queue-list 1 protocol ip 3 udp 123 queue-list 1 protocol ip 4 queue-list 1 default 5 queue-list 1 queue 1 byte-count 2000 queue-list 1 queue 2 byte-count 2000 queue-list 1 queue 4 byte-count 2500 queue-list 1 queue 5 byte-count 2000
9.0 NTP STEP 1 (3 points)
1. Configure CK6 as the NTP master. 2. Use authentication. 3. CK13 and CK8 should use CK6 as their server.
10. IOS Features STEP 1 (2 points)
1. Configure CK5 so that each Telnet keystroke is not sent as a separate packet. Make sure that the router accumulates the keystrokes until an acknowledgement is received for the previous packet.
Lab Solution Guide
Advanced CCIE Practice Lab II Solution Guide
Study Guide From
IT认证部落 CCIE-LAB
Solutions
Initial Configuration
The initial configurations for this advanced practice lab are the same as the final configurations for the standard lab (CCIE Lab Practice Exam I). In other words, this lab starts where the other lab finishes.
1.0 Switching STEP 1 (2 points)
1. Make sure that you can adjust the configuration of the range of ports, 19 - 20, using the name "Ether". We are going to create a macro for the range of interfaces 19-20 so that we can identify them with the name "Ether". Since it doesn't tell us which switch to do this on, we will do it on both CAT1 and CAT2. The command for both switches will be the same:
define interface-range Ether FastEthernet0/19 - 20
To use this interface range macro, type in:
CAT1(config)#interface range macro Ether
This will allow you to configure ports 19-20 simultaneously.
STEP 2 (2 points)
1. Ensure that port 0/15 on CAT1 will not forward normal traffic until the device connected to it has authenticated with the RADI
US server at 140.4.55.5 using the default authentication port and the key "cisco".
Here, they are looking for us to set up 802.1x por