READ Free Dumps For Cisco- 400-101
| Question ID 18497 | Which two options are interface requirements for turbo flooding? (Choose two.)
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| Option A | The interface is Ethernet.
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| Option B | The interface is configured for ARPA encapsulation.
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| Option C | The interface is PPP.
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| Option D | The interface is configured for GRE encapsulation.
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| Option E | The interface is configured for 802.1Q encapsulation.
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| Correct Answer | A,B |
Explanation Explanation: In the switch, the majority of packets are forwarded in hardware; most packets do not go through the switch CPU. For those packets that do go to the CPU, you can speed up spanning tree-based UDP flooding by a factor of about four to five times by using turbo- flooding. This feature is supported over Ethernet interfaces configured for ARPA encapsulation. Reference: http://www.cisco.com/c/en/us/td/docs/switches/metro/me3400/software/release/12- 2_50_se/configuration/guide/scg/swiprout.html
| Question ID 18498 | Refer to the exhibit.
What kind of load balancing is done on this router?
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| Option A | per-packet load balancing
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| Option B | per-flow load balancing
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| Option C | per-label load balancing
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| Option D | star round-robin load balancing
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| Correct Answer | A |
Explanation Explanation: Here we can see that for the same traffic source/destination pair of 10.0.0.1 to 14.0.0.2 there were a total of 100 packets (shown by second entry without the *) and that the packets were distributed evenly across the three different outgoing interfaces (34, 33, 33 packets, respectively.