CONF response shows a 'police' configuration under the QoS policy 'POLICE-CUSTOMER' with a committed information rate (CIR) of 256000 bps (256 kbps) and a conform-action of 'transmit' with an exceed-action of 'drop'. This is a standard policing action that meters traffic to the specified rate and drops any packets that exceed it, as defined in RFC 2697 (Single Rate Three Color Marker). Option A correctly identifies this behavior.","domainId":"a5a86c43-b1b3-437d-a28a-77c655bfcb69","difficulty":"hard","questionType":"multiple_choice","pbqConfig":null,"exhibitText":"Refer to the exhibit.\n\n\n \n \n \n \n qos\n POLICE-CUSTOMER\n \n \n \n \n\n\nResponse:\n\n \n \n qos\n POLICE-CUSTOMER\n \n class-default\n \n 256000\n transmit\n drop\n \n \n \n \n","options":[{"id":"db29a0ac-a5a5-4aa8-bb1e-659b85cbd7ce","label":null,"text":"It polices all traffic to a maximum of 256 kbps and drops excess.","isCorrect":true},{"id":"5c925ccf-bef7-48bf-8de3-e36bbf5d2bcc","label":null,"text":"It sets DSCP CS4 on traffic exceeding 256 kbps.","isCorrect":false},{"id":"9ac83230-590f-427d-ad77-4e4953ff3217","label":null,"text":"It guarantees a priority queue for traffic up to 256 kbps.","isCorrect":false},{"id":"b5053ce0-3871-4aaf-ba6b-b25a762d0ed9","label":null,"text":"It shapes traffic to an average rate of 256 kbps.","isCorrect":false}],"domainName":"Automation and Quality of Service","domainSlug":"sp-automation-qos"},{"id":"f5ba12d5-2124-4894-9d23-153b33f86299","slug":"in-a-hierarchical-qos-policy-the-parent-policy-shapes-to-20-isd2a","questionText":"In a hierarchical QoS policy, the parent policy shapes to 20 Mbps. The child policy has a class for voice with priority and police rate 2 Mbps, and a class for data with bandwidth 10 Mbps. What is the maximum bandwidth voice traffic can consume under congestion?","explanation":"Voice is in LLQ with a police rate of 2 Mbps; even though the parent shape is 20 Mbps, policing limits voice to 2 Mbps to prevent starvation.","domainId":"84dc71b3-4d52-4af5-8b67-c11e3a85edc6","difficulty":"hard","questionType":"multiple_choice","pbqConfig":null,"exhibitText":null,"options":[{"id":"3edaa236-bff7-4708-8623-4d8e5d0d0788","label":null,"text":"8 Mbps","isCorrect":false},{"id":"215df97e-f4b2-42ed-9f48-c9f27a1d2a6b","label":null,"text":"20 Mbps","isCorrect":false},{"id":"fe3f29bc-853b-4848-8b3c-1dc06e7b4bd5","label":null,"text":"10 Mbps","isCorrect":false},{"id":"5c699328-e8cf-45db-bcfe-288da9217a26","label":null,"text":"2 Mbps","isCorrect":true}],"domainName":"Automation and Quality of Services","domainSlug":"spcor-automation-qos"},{"id":"acb9deeb-0213-41ff-a38d-949d72af1e0c","slug":"which-three-are-benefits-of-implementing-mpls-te-in-a-servic-ispdq","questionText":"Which THREE are benefits of implementing MPLS-TE in a service provider core?","explanation":"MPLS-TE allows operators to reserve bandwidth along explicit paths using RSVP-TE signaling, ensuring that specific traffic flows receive guaranteed bandwidth. This is achieved through bandwidth reservation and admission control, which prevents oversubscription on TE tunnels.","domainId":"1db9f27d-5672-4951-9f37-9db630c49e0a","difficulty":"medium","questionType":"multi_select","pbqConfig":null,"exhibitText":null,"options":[{"id":"5beac44b-82e4-4c1a-9824-8ff6ed2bc56c","label":null,"text":"Reduction in BGP routing table size","isCorrect":false},{"id":"e4e7b617-54a9-4af7-9d3a-07c4c8640779","label":null,"text":"Ability to guarantee bandwidth for specific traffic f