Buckets:
| {"exam": "C", "qnum": 53, "page": 139, "stem": "Refer to the exhibit. Which process does the Ethernet LMI protocol follow that is defined by the MEF 16 Technical Specification?", "options": {"A": "broadcasts multicast network routes from the CE to the PE", "B": "notifies the CE of the availability state of a configured EVC", "C": "communicates ENI and EVC attributes to the CE", "D": "broadcasts to all subnets from the CE when an EVC is added"}, "correct": "B", "explanation": "Explanation/Reference:https://www.mef.net/resources/mef-16-ethernet-local-management-interface/", "has_exhibit": true, "topic": "multicast", "exhibit_ocr": "Here is the text transcribed from the image, preserving the layout and content:\n\nWhich connectivity solution must the architect choose?\n\nA. single-homed\nB. dual multihomed\nC. single multihomed\nD. dual-homed\n\n**Correct Answer: A**\n**Explanation**\n\n**QUESTION 52**\nAn engineer is designing a networking solution to allow two hosts to communicate--one host located within the company A network and the other within the company B network. The two companies have no other plans for future additional connections. Both companies want to use a single secure and encrypted internet connection, and the configuration must be as simple as possible. Which network solution must the engineer choose?\n\nA. policy-based IPsec tunnel with static routing\nB. routed IPsec tunnel with OSPF routing\nC. MPLS VPN provided service with BGP routing\nD. single DMVPN with EIGRP routing\n\n**Correct Answer: A**\n**Explanation**\n\n**QUESTION 53**\nRefer to the exhibit.\n\nUser Network Interface\n(UNI)\nCE\nPE\nE-LMI\nMetro Ethernet Network\n(MEN)\nE-LMI: Ethernet Provisioning and Management entity across UNI (CE-PE)\nUser Network Interface\n(UNI)\nPE\nCE\nE-LMI\n161016\n\nWhich process does the Ethernet LMI protocol follow that is defined by the MEF 16 Technical Specification?\n\nA. broadcasts multicast network routes from the CE to the PE\nB. notifies the CE of the availability state of a configured EVC\nC. communicates ENI and EVC attributes to the CE\nD. broadcasts to all subnets from the CE when an EVC is added\n\n**Correct Answer: B**\n**Explanation**", "exhibit_description": ""} | |
| {"exam": "A", "qnum": 118, "page": 41, "stem": "Refer to the exhibit. The connection between SW2 and SW3 is fiber and occasionally experiences unidirectional link failure. An architect must optimize the network to reduce the change of layer2 forwarding loops when the link fails. Which solution should the architect include?", "options": {"A": "Utilize 8PDU filter on SW3.", "B": "Utilize loop guard on SW2", "C": "Utilize BPDU guard on SW1", "D": "Utilize root guard on SW1."}, "correct": "B", "explanation": "Explanation/Reference:", "has_exhibit": true, "topic": "other", "exhibit_ocr": "Here is the transcription of all visible text from the exam page, preserving layout:\n\n**Diagram Text:**\nWAN 1\nWAN 2\nPRIMARY LINK\nR1\nHSRP\nR2\n\n**Question & Options:**\nA. Implement Enhanced Object Tracking on roster R1\nB. use a floating static route\nC. Implement IP SLA on router R1\nD. Implement PBR on router R1\nE. use IP source routing\n\n**Correct Answer:** AC\n**Explanation**\n\n**Explanation/Reference:**\n\n**QUESTION 117**\nAn architect must address sustained congestion on the access and distribution uplink of network. QoS has already been implemented and optimized, but it is no longer effective in ensuring optimal network performance. Which two solutions should the architect use to improver network performance? (Choose two)\n\nA. Reconfigure QoS based on the IntServ model\nB. Utilize random early detection to manage queues\nC. Implement higher-speed uplink interfaces\nD. Bundle additional uplinks into logical EtherChannels\nE. Configure selective packet discard to drop noncritical network traffic.\n\n**Correct Answer:** CD\n**Explanation**\n\n**Explanation/Reference:**\n\n**QUESTION 118**\nRefer to the exhibit. The connection between SW2 and SW3 is fiber and occasionally experiences unidirectional link failure. An architect must optimize the network to reduce the change of layer2 forwarding", "exhibit_description": ""} | |
| {"exam": "A", "qnum": 103, "page": 33, "stem": "Refer to the exhibit. Customers report low video quality and delays when having point-to-point telepresence video calls between the two locations. An architect must optimize a design so that traffic follows the same path for egress and ingress traffic flows. Which technique optimizes the design?", "options": {"A": "Configure route leaking on the router in area 2.", "B": "Configure route leaking on the router in area 1.", "C": "Configure the high metric on the router in area 4.", "D": "Configure route filter on the router in area 4."}, "correct": "A", "explanation": "Explanation/Reference: IS-IS Level1 Router allways take the route towards the closest L2 Router, when trying to reach a destination outside the AS. That is the reason why the return-traffic takes a different way here. The problem occurs because Level1 and Level2 topologies are examied separatly by the respective routers. The solution is to hand down Level2 routing-information about the destination networks into Layer1 routing, so it can be included into path selection.", "has_exhibit": true, "topic": "qos", "exhibit_ocr": "A. Campus: 10.0.0.0/18\nBranch1: 10.0.192.0/21\nBranch2: 10.0.200.0/21\nB. Campus: 10.0.0.0/16\nBranch1: 10.255.0.0/20\nBranch2: 10.255.16.0/20\nC. Campus: 10.0.0.0/10\nBranch1: 10.64.0.0/10\nBranch2: 10.128.0.0/10\nD. Campus: 10.0.0.0/20\nBranch1: 10.0.64.0/21\nBranch2: 10.0.128.0/21\n\nCorrect Answer: A\nExplanation\n\nExplanation/Reference:\n\nQUESTION 102\nAn engineer must design a solution to connect a customer to the Internet. The solution will include a Layer 3 circuit with a CIR of 50 Mbps from the service provider. The hand-off from the provider's switch to the customer's router is 1Gbps.\nWhich solution should the engineer include to prevent potential issues with choppy voice traffic?\n\nA. Reduce the bandwidth of the connection to the router.\nB. Implement hierarchical QoS with a parent policing policy.\nC. Implement hierarchical QoS with a parent shaping policy.\nD. Add a bandwidth statement to the router interface.\n\nCorrect Answer: C\nExplanation\n\nExplanation/Reference:\n\nQUESTION 103\nRefer to the exhibit. Customers report low video quality and delays when having point-to-point telepresence video calls between the two locations. An architect must optimize a design so that traffic follows the same path for egress and ingress traffic flows. Which technique optimizes the design?", "exhibit_description": "There is no network diagram or exhibit present on this page. \n\nThe page consists entirely of text-based multiple-choice questions and their corresponding answers and explanations. While Question 103 contains the text \"Refer to the exhibit,\" the actual graphical exhibit is not included in the provided image. Consequently, there are no devices, links, IP addresses, VLANs, routing protocol configurations, areas, or command outputs to describe."} | |
| {"exam": "A", "qnum": 24, "page": 8, "stem": "Refer to the exhibit. EIGRP has been configured on all links. The spoke nodes have been configured as EIGRP stubs, and the WAN links to R3 have higher bandwidth and lower delay than the links to R4. When a link failure occurs at the R1-R2 link, what happens to traffic on R1 that is destined for a subnet attached to R2?", "options": {"A": "R1 has no route to R2 and drops the traffic", "B": "R1 load-balances across the paths through R3 and R4 to reach R2", "C": "R1 forwards the traffic to R3, but R3 drops the traffic", "D": "R1 forwards the traffic to R3 in order to reach R2"}, "correct": "A", "explanation": "Explanation/Reference: The EIGRP stub routing feature will prevent the remote device from advertising core routes back to the distribution devices. Routes learned by the remote device from Distribution 1 will not be advertised to Distribution 2. Therefore, Distribution 2 will not use the remote device as a transit for traffic destined to the network core", "has_exhibit": true, "topic": "routing", "exhibit_ocr": "**Explanation**\n\n**QUESTION 22**\nWhich routes does the overlay management protocol advertise in an SD-WAN overlay?\n\nA. underlay, MPLS, and overlay\nB. primary, backup, and load-balanced\nC. prefix, TLOC, and service\nD. Internet, MPLS, and backup\n\n**Correct Answer: C**\n**Explanation**\n\n**QUESTION 23**\nA network solution is being designed for a company that connects to multiple Internet service providers.\nWhich Cisco proprietary BGP path attribute will influence outbound traffic flow?\n\nA. Local Preference\nB. MED\nC. Weight\nD. AS Path\nE. Community\n\n**Correct Answer: C**\n**Explanation**\n\n**QUESTION 24**\nRefer to the exhibit.", "exhibit_description": "There is no network diagram or exhibit visible on this page. \n\nConsequently, there are no devices, roles, links, IP addresses, subnets, VLANs, routing protocol configurations, areas, or command output to describe. \n\nThe only relevant text regarding an exhibit is the heading for \"QUESTION 24\", which states \"Refer to the exhibit,\" but the actual exhibit is absent from the image. As instructed, the question text and multiple-choice options have been ignored."} | |
| {"exam": "A", "qnum": 99, "page": 31, "stem": "Refer to the exhibit. An engineer is designing a BGP solution for a client that peers with ISP1 for full Internet connectivity and with ISP2 for direct exchange of routes for several third parties. Which action, when implemented on the edge routers, enables the client network to reach the Internet through ISP1?", "options": {"A": "Run an eBGP session within different VRFs for each ISP.", "B": "Advertise a default route for downstream routers within the client network.", "C": "Apply the AS-path prepend feature for ISP2.", "D": "Apply route filtering such that the client advertises only routes originated from its own AS."}, "correct": "B", "explanation": "Explanation/Reference:", "has_exhibit": true, "topic": "sd-access", "exhibit_ocr": "**Correct Answer: A**\n**Explanation**\n\n**QUESTION 99**\nRefer to the exhibit. An engineer is designing a BGP solution for a client that peers with ISP1 for full Internet connectivity and with ISP2 for direct exchange of routes for several third parties. Which action, when implemented on the edge routers, enables the client network to reach the Internet through ISP1?\n\nISP 1 for Internet\nISP2 for Third Parties' Connectivity\nEdge Router A\nEdge Router B\nDownstream Routers in Client's Network\n\nA. Run an eBGP session within different VRFs for each ISP.\nB. Advertise a default route for downstream routers within the client network.\nC. Apply the AS-path prepend feature for ISP2.\nD. Apply route filtering such that the client advertises only routes originated from its own AS.\n\n**Correct Answer: B**\n**Explanation**\n\n**Explanation/Reference:**\n\n**QUESTION 100**\nAn architect is working on a design to connect a company's main site to several small to medium- sized remote branches. The solution must include redundant WAN links, but the customer has a limited budget and wants the ability to increase the link speed easily in the future. QoS will not on the branch routers so there is no need for consistent end-to-end QoS. Which solution does the architect propose?", "exhibit_description": ""} | |
| {"exam": "A", "qnum": 123, "page": 45, "stem": "Refer to the exhibit. An architect is designing a BGP solution to connect a remote branch to a service provider. There are several prefixes within the branch that the company does not want to be advertised to the internet. Which solution should the architect use to accomplish this?", "options": {"A": "Set the BGP Internet community for all prefixes.", "B": "Implement the NOPEER community.", "C": "Use the BGP No-Advertise community for the prefixes to exclude.", "D": "Attach the No-Export community with the prefixes to exclude"}, "correct": "D", "explanation": "Explanation/Reference:", "has_exhibit": true, "topic": "sd-wan", "exhibit_ocr": "**Correct Answer: D**\n**Explanation**\n\n**Explanation/Reference:**\n\n**QUESTION 121**\nA customer requests a VPN solution to connect multiple sites with the company headquarters. All the sites use the same IP subnet. The engineer plans to use VPLS. Which solutions must the engineer include in the design?\n\nA. 802.1Q connectivity on the LAN side of the CE\nB. route exchange with the service provider\nC. address translation to hide overlapping subnets\nD. different VLANs on each site\n\n**Correct Answer: A**\n**Explanation**\n\n**QUESTION 122**\nWhat is the purpose of a Cisco SD-Access underlay network?\n\nA. to abstract IP-based connectivity from physical connectivity\nB. to emulate LAN segments to transport Layer 2 frames over a Layer 3 network\nC. to establish physical connectivity between switches and routers\nD. to provide virtualization by encapsulating network traffic over IP tunnels\n\n**Correct Answer: C**\n**Explanation**\n\n**QUESTION 123**\nRefer to the exhibit. An architect is designing a BGP solution to connect a remote branch to a service provider. There are several prefixes within the branch that the company does not want to be advertised to the internet. Which solution should the architect use to accomplish this?", "exhibit_description": "Based on the provided image, there is no network diagram, exhibit, or graphic present. The page contains only text from a Cisco exam, consisting of questions, multiple-choice options, and answer explanations.\n\nSpecifically regarding the requirements:\n* **Exhibit Reference:** Question 123 mentions \"Refer to the exhibit,\" but no such exhibit is visible on the page.\n* **Devices and Roles:** None are depicted.\n* **Links:** None are depicted.\n* **IP Addresses/Subnets:** None are depicted.\n* **VLANs:** None are depicted (though VLANs are mentioned textually in Question 121's options).\n* **Routing Protocol Configuration:** None is depicted (BGP is mentioned textually in Question 123).\n* **Areas:** None are depicted.\n* **Visible Command Output:** None is present.\n\nTherefore, it is not possible to describe the network topology or configuration details, as the visual elements containing that information are entirely absent from this page."} | |
| {"exam": "A", "qnum": 41, "page": 14, "stem": "Refer to the exhibit. An engineer must optimize the traffic flow of the network. Which change provides a more efficient design between the access and the distribution layer?", "options": {"A": "Add a link between access switch A and access switch B", "B": "Reconfigure the distribution switch A to become the HSRP Active", "C": "Change the link between distribution switch A and distribution switch B to be a routed link", "D": "Create an EtherChannel link between distribution switch A and distribution switch B"}, "correct": "B", "explanation": "Explanation/Reference:", "has_exhibit": true, "topic": "wan-dmvpn", "exhibit_ocr": "**Correct Answer: D**\n**Explanation**\n\n**QUESTION 38**\nA router running ISIS is showing high CPU and bandwidth utilization. An engineer discovers that the router\nis configured as L1/L2 and has L1 and L2 neighbors. Which step optimizes the design to address the\nissue?\n\nA. Make this router a DIS for each of the interfaces\nB. Disable the default behavior of advertising the default route on the L1/L2 router\nC. Configure the router to be either L1 or L2\nD. Configure each interface as either L1 or L2 circuit type\n\n**Correct Answer: D**\n**Explanation**\n\n**QUESTION 39**\nA network engineer must connect two sites across a public network using a secure tunneling technology\nthat supports multicast traffic. Which technology must be chosen?\n\nA. IPsec\nB. GRE\nC. PPTP\nD. GRE over IPsec\n\n**Correct Answer: D**\n**Explanation**\n\n**QUESTION 40**\nWhich two best practices must be followed when designing an out-of-band management network?\n(Choose two.)\n\nA. Enforce access control\nB. Facilitate network integration\nC. Back up data using the management network\nD. Ensure that the management network is a backup to the data network\nE. Ensure network isolation\n\n**Correct Answer: AE**\n**Explanation**\n\n**QUESTION 41**\nRefer to the exhibit.", "exhibit_description": "There is no network diagram, exhibit, topology, or command output visible on this page. The page consists entirely of text for multiple-choice exam questions (Questions 38 through 41), answer selections, and short text blocks labeled \"Correct Answer\" and \"Explanation.\" \n\nBecause no diagram or exhibit is present, there are no devices, roles, links, IP addresses, subnets, VLANs, routing protocol configurations, areas, or visible command outputs to describe. Question 41 contains the text \"Refer to the exhibit,\" but the referenced exhibit is not included in the image."} | |
| {"exam": "B", "qnum": 51, "page": 84, "stem": "Refer to the exhibit. An architect is designing a network for a customer supporting a Wake-on-LAN application. Which solution must the architect choose?", "options": {"A": "IP directed-broadcasts on R1", "B": "spanning-tree uplinkfast on SW1", "C": "spanning-tree uplinkfast on SW2", "D": "IP directed-broadcasts on R2"}, "correct": "D", "explanation": "Explanation/Reference: Explanation: \"IP directed broadcast\" must be supported on the last router to the destination subnet. Since the sleeping PC's dont have IP adresses, the machines must be calles awake by broadcast that behaves like an unicast untill they reach the destination network. There the directed broadcast is handled like a proper broadcast to wake all WOL machines.", "has_exhibit": true, "topic": "other", "exhibit_ocr": "Here is the transcription of all visible text from the exam page image, preserving the layout:\n\n**Explanation/Reference:**\nExplanation: EIGRP has a function called \"EIGRP IPv6\" (But that can still be called \"EIGRP\")\n\n**QUESTION 51**\nRefer to the exhibit.\n\n[Diagram showing: Application Server (192.168.10.11) connected to SW1, which connects to R1 (Fa0/0, Fa0/1), which connects to R2 (Fa0/0, Fa0/1), which connects to SW2. SW2 connects to DHCP (192.168.20.11) and Workstations.]\n\nAn architect is designing a network for a customer supporting a Wake-on-LAN application. Which solution must the architect choose?\n\nA. IP directed-broadcasts on R1\nB. spanning-tree uplinkfast on SW1\nC. spanning-tree uplinkfast on SW2\nD. IP directed-broadcasts on R2\n\n**Correct Answer: D**\n**Explanation**\n\n**Explanation/Reference:**\nExplanation: \"IP directed broadcast\" must be supported on the last router to the destination subnet. Since the sleeping PC's don't have IP adresses, the machines must be calles awake by broadcast that behaves like an unicast untill they reach the destination network. There the directed broadcast is handled like a proper broadcast to wake all WOL machines.\nhttps://www.cisco.com/c/en/us/support/docs/switches/catalyst-3750-series-switches/91672- catl3-wol-vlans.html\n\n**QUESTION 52**\nRefer to the exhibit.", "exhibit_description": ""} | |
| {"exam": "A", "qnum": 35, "page": 12, "stem": "An infrastructure team is concerned about the shared memory utilization of a device, and for this reason, they need to monitor the device state. Which solution limits impact on the device and provides the required data?", "options": {"A": "IPFIX", "B": "static telemetry", "C": "on-change subscription", "D": "periodic subscription"}, "correct": "D", "explanation": "Explanation/Reference: Memory usage is measured in bytes and changes very frequently. On-change subscription will send data almost non-stop. In this case periodic change is more suitable.", "has_exhibit": false, "topic": "mgmt-automation"} | |
| {"exam": "A", "qnum": 50, "page": 17, "stem": "An engineer is working with NETCONF and Cisco NX-OS based devices. The engineer needs a YANG model that supports a specific feature relevant only to Cisco NX-OS. Which model must the engineer choose?", "options": {"A": "Native", "B": "IEEE", "C": "OpenConfig", "D": "IETF"}, "correct": "A", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "mgmt-automation"} | |
| {"exam": "A", "qnum": 52, "page": 18, "stem": "An engineer is working with NETCONF and Cisco NX-OS based devices. The engineer needs a YANG model that supports a specific feature relevant only to Cisco NX-OS. Which model must the engineer choose?", "options": {"A": "Native", "B": "IEEE", "C": "OpenConfig", "D": "IETF"}, "correct": "A", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "mgmt-automation"} | |
| {"exam": "A", "qnum": 93, "page": 29, "stem": "A client is moving to Model-Driven Telemetry and requires periodic updates. What must the network architect consider with this design?", "options": {"A": "Updates that contain changes within the data are sent only when changes occur.", "B": "Empty data subscriptions do not generate empty update notifications.", "C": "Periodic updates include a full copy of the data that is subscribed to.", "D": "The primary push update is sent immediately and cannot be delayed."}, "correct": "C", "explanation": "Explanation/Reference: Periodic updates contain a full copy of the subscribed data element or table for all supported transport protocols", "has_exhibit": false, "topic": "mgmt-automation"} | |
| {"exam": "B", "qnum": 110, "page": 110, "stem": "When differentiating between IETF, OpenConfig, and Cisco native YANG models, how does the use of containers differ?", "options": {"A": "IETF and Cisco native models use one container for operational data and another container for configuration data, and OpenConfig uses a single container for operational data and configuration data.", "B": "OpenConfig uses one container for operational data and another container for configuration data, and IETF and Cisco native models use a single container for operational data and configuration data.", "C": "Cisco native models use one container for operational data and another container for configuration data, and OpenConfig and IETF use a single container for operational data and configuration data.", "D": "IETF and Cisco native models use a single container for operational data and configuration data, and OpenConfig uses one container for operational data and another container for configuration data."}, "correct": "A", "explanation": "Explanation/Reference:https://blogs.cisco.com/developer/which-yang-model-to-use", "has_exhibit": false, "topic": "mgmt-automation"} | |
| {"exam": "A", "qnum": 1, "page": 3, "stem": "Which solution allows overlay VNs to communicate with each other in an SD-WAN Architecture?", "options": {"A": "External fusion routers can be used to map VNs to VRFs and selectively route traffic between VRFs.", "B": "GRE tunneling can be configured between fabric edges to connect one VN to another.", "C": "SGTs can be used to permit traffic from one VN to another.", "D": "Route leaking can be used on the fabric border nodes to inject routes from one VN to another."}, "correct": "A", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "sd-wan"} | |
| {"exam": "A", "qnum": 29, "page": 11, "stem": "Which design consideration must be made when dual vEdge routers are deployed at a branch site?", "options": {"A": "Use BGP AS-path prepending to influence egress traffic and use MED to influence ingress traffic from the branch.", "B": "HSRP priorities must match the OMP routing policy to prefer one vEdge over the other.", "C": "Traffic must be symmetrical as it egresses the vEdges and returns from remote sites for DPI to function properly.", "D": "Configure BFD between vEdge routers to detect sub-second link failures."}, "correct": "C", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "sd-wan"} | |
| {"exam": "A", "qnum": 62, "page": 20, "stem": "Which solution allows overlay VNs to communicate with each other in an SD-WAN Architecture?", "options": {"A": "External fusion routers can be used to map VNs to VRFs and selectively route traffic between VRFs.", "B": "GRE tunneling can be configured between fabric edges to connect one VN to another.", "C": "SGTs can be used to permit traffic from one VN to another.", "D": "Route leaking can be used on the fabric border nodes to inject routes from one VN to another."}, "correct": "A", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "sd-wan"} | |
| {"exam": "A", "qnum": 80, "page": 26, "stem": "Which component of Cisco SD-Access integrates with Cisco DNA Center to perform policy segmentation and enforcement through the use of security group access control lists and security group tags?", "options": {"A": "Cisco Application Policy Infrastructure Controller Enterprise Module", "B": "Cisco Network Data Platform", "C": "Cisco Identity Services Engine", "D": "Cisco TrustSec"}, "correct": "C", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "sd-wan"} | |
| {"exam": "A", "qnum": 88, "page": 28, "stem": "Which two techniques improve the application experience in a Cisco SD-WAN design? (Choose two.)", "options": {"A": "utilizing forward error correction", "B": "implementing a stateful application firewall", "C": "implementing AMP", "D": "utilizing quality of service", "E": "implementing Cisco Umbrella"}, "correct": "AD", "explanation": "Explanation/Reference:https://www.cisco.com/c/dam/en/us/solutions/collateral/enterprise-networks/sd-wan/nb-06- cisco-sd-wan-ebook-cte-en.pdf slide 33", "has_exhibit": false, "topic": "sd-wan"} | |
| {"exam": "A", "qnum": 89, "page": 28, "stem": "How is redundancy achieved among Cisco vBond Orchestrators in a Cisco SD-WAN deployment?", "options": {"A": "The IP addresses of all Orchestrators are mapped to a single DNS name.", "B": "The closest Orchestrator to each Cisco WAN Edge router is selected.", "C": "Cisco WAN Edge routers are configured with all Orchestrators using their IP addresses and priority.", "D": "A single Cisco Orchestrator is deployed in each network."}, "correct": "A", "explanation": "Explanation/Reference:https://www.cisco.com/c/dam/en/us/solutions/collateral/enterprise-networks/sd-wan/nb-06- cisco-sd-wan-ebook-cte-en.pdf page 25", "has_exhibit": false, "topic": "sd-wan"} | |
| {"exam": "B", "qnum": 24, "page": 68, "stem": "Which method does Cisco SD-WAN use to avoid fragmentation issues?", "options": {"A": "PMTUD is used.", "B": "Access circuits are configured with 1600 byte MTU settings.", "C": "Jumbo frames are enabled.", "D": "Traffic is marked with the DF bit set."}, "correct": "A", "explanation": "Explanation/Reference:", "has_exhibit": false, "topic": "sd-wan"} | |
Xet Storage Details
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- 26.7 kB
- Xet hash:
- 69c1fdba01730a26bfdad955909c0dcd3b9d3287b3a30b63c8731d3a680e5b81
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Xet efficiently stores files, intelligently splitting them into unique chunks and accelerating uploads and downloads. More info.