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Cisco 350-401 exam consists of 90-110 questions that need to be completed within 120 minutes. It is available in English and Japanese languages and can be taken at any Pearson VUE testing center or online using the Pearson VUE online proctoring service. 350-401 Exam includes multiple-choice, drag-and-drop, and simulation questions that test the candidate's knowledge of various topics related to enterprise network technologies.
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If you want to get the passing score in 350-401 exam, you will need to develop advanced skills in the following topics:
The first topic includes seven subtopics. Candidates should understand the difference between various design principles that are related to enterprise networks. Therefore, they will work with concepts such as Tier 2, Tier 3, and Fabric Capacity planning. Also, they will become skilled in handling high availability techniques such as FHRP, SSO, and redundancy. This topic also teaches exam-takers how to analyze WLAN deployment design principles and differentiate on-premises and cloud infrastructure deployments concepts. In addition, they should understand how to explain the Cisco SD-Acces and SD-WAN solution principles and describe concepts related to wired and wireless QoS. Finally, software and hardware switching mechanisms are included in the syllabus as well.
Within the Virtualization domain, candidates will learn different technologies for device virtualization. They will be exposed to concepts like Hypervisor types 1 and 2, virtual machines, and switching. Also, they have to be proficient in configuring and verifying data path virtualization technologies. In this section, they will get a deep-understanding of VRF, GRE, and IPsec tunneling notions. Besides, they will understand how network virtualization concepts such as LISP and VXLAN work.
The third topic is the most important in the overall exam's questions. It concentrates on giving candidates full details of Layer 2 and Layer 3 concepts. Applicants should also know how to troubleshoot, manage, and configure them properly using different tools and features. Also, they will go through Wireless-related concepts and become knowledgeable in the main principles and AP modes, Layer 1 concepts, or antenna types. Plus, they will discover which are the best techniques to troubleshoot WLAN configuration and wireless client connectivity issues. IP services management and deployment is another subtopic included here. Exam-takers will learn how to configure and verify NAP/PAT tools as well as configure multicast and first-hop redundancy protocols.
The fourth section talks about how to properly diagnose network problems. Candidates will learn more about debugs, conditional debugs, traceroute, and ping. They will also become skilled in configuring and verifying device monitoring, NetFlow, Flexible NetFlow, SPAN/RSPAN/ERSPAN, and IPSLA. Also, they will describe Cisco DNA Center workflows that enable them to configure, monitor, configure, and manage networks.
Within the Security domain, individuals will discover how device access controls work. They will learn more about password and line protection, as well as how to use AAA for authorization and authentication. Infrastructure security features configuration and their verification are also included here. Another subtopic handled is related to the REST API security and wireless security. Exam-takers should also know the components of network security design.
The final topic covers automation. It is essential that candidates understand how to interpret basic Python scripts and components. They will develop deep knowledge on how to construct a valid JSON encoded file, understand high-level principles and benefits of YANG and APIs for Cisco DNA Center and vManage. They will also be exposed to the topics like interpreting the response codes of REST API, EEM applet, and understand how to compare agent and agentless orchestration tools to configure, troubleshoot, and manage different network solutions.
The most common 350-401 Exam difficulty is that candidates do not know where to start. They end up with a lot of material and nowhere to put it.
Time-bound certification exams
The demand for certifications is on the rise, so there is not enough time to prepare for the 350-401 Exam.
Short summaries to test candidates' skills and knowledge of concepts so candidates fail in the Managing Industrial Networks with Cisco Networking Technologies (IMINS) Cisco 350-401 Exam by memorizing information from their notes and reading studies without putting any thought into it.
There are no โdefinitive' exam questions available or any materials from Cisco that can help you understand the concepts, networking terminologies, configuration codes, etc., in a better way and can reduce your chances of failing in this exam by a big margin.
Wrong learning methodologies are applied by many people to help them in preparing for the 350-401 Exam. Cisco 350-401 Dumps, study guides and tips are widely used for this exam. Among many online tutorials, some are not useful, or they are outdated. Many studies fail to give the fact that โtime is muscle' and hence if you prepare for 350-401 Exam properly, you can make your time more productive and productive during the exam day itself.
Most of the exams only ask simple multiple-choice questions which can be answered if you know what to select from a list of options provided by the exam vendor. Percentile scores are not that much of a concern.
NEW QUESTION # 269
Refer to the exhibit.
An LACP port channel is configured between Switch-1 and Switch-2, but It falls to come up. Which action will resolve the issue?
Answer: B
NEW QUESTION # 270
Refer to the exhibit. An engineer is troubleshooting an mDNS issue in an environment where Cisco ISE is used to dynamically assign mDNS roles to users. The engineer has confirmed that ISE is sending the correct values, but name resolution is not functioning as expected. Which WLC configuration change resolves the issue?
Answer: D
NEW QUESTION # 271
An engineer must use flexible NetFlow on a group of switches. To prevent overloading of the flow collector, if the flow is idle for 20 seconds, the flow sample should be exported. Which command set should be applied?
Answer: C
Explanation:
Option C is the correct set of commands to apply flexible NetFlow on a group of switches with the given requirement. The configuration steps are as follows12:
* Define a flow record that specifies the fields to be collected and exported for the flows. In this case, the flow record is named FNF-RECORD and it collects the source and destination IP addresses, the input and output interfaces, the transport protocol, and the source and destination port numbers: flow record FNF-RECORD and match ipv4 source address, match ipv4 destination address, match interface input, match interface output, match transport protocol, match transport source-port, match transport destination-port.
* Define a flow exporter that specifies the destination and transport protocol for sending the flow data. In this case, the flow exporter is named FNF-EXPORTER and it uses UDP port 9996 to send the flow data to the IP address 10.10.10.10: flow exporter FNF-EXPORTER and destination 10.10.10.10, transport udp 9996.
* Define a flow monitor that applies the flow record and the flow exporter to the monitored traffic. In this case, the flow monitor is named FNF-MONITOR and it uses the flow record FNF-RECORD and the flow exporter FNF-EXPORTER. It also sets the cache timeout for inactive flows to 20 seconds, which means that the flow sample will be exported if the flow is idle for 20 seconds: flow monitor FNF-MONITOR and record FNF-RECORD, exporter FNF-EXPORTER, cache timeout inactive 20.
* Apply the flow monitor to the interfaces that need to be monitored. In this case, the flow monitor FNF-MONITOR is applied to the input and output direction of the interface GigabitEthernet0/1: interface GigabitEthernet0/1 and ip flow monitor FNF-MONITOR input, ip flow monitor FNF-MONITOR output.
Option A is incorrect because it does not set the cache timeout for inactive flows to 20 seconds, which is required by the question. The default cache timeout for inactive flows is 15 seconds1.
Option B is incorrect because it does not apply the flow monitor to the output direction of the interface, which is required to capture both incoming and outgoing traffic on the interface1.
Option D is incorrect because it does not use a flow record to specify the fields to be collected and exported for the flows, which is required to customize the flow data according to the user's needs1. References: 1: Configuring Flexible NetFlow, 2: Flexible NetFlow Configuration Guide
NEW QUESTION # 272
Refer to the exhibit.
A network engineer configures OSPF and reviews the router configuration. Which interface or interface or interface are able to establish OSPF adjacency?
Answer: B
NEW QUESTION # 273
What role does Auto-RP serve in a PIM network?
Answer: A
Explanation:
Auto-RP is used in Protocol Independent Multicast sparse-mode environments to distribute rendezvous point information automatically. In PIM sparse mode, multicast routers must know which RP is responsible for specific multicast group ranges. Without a dynamic RP-discovery mechanism, administrators would have to configure RP information manually across routers. Auto-RP solves that by allowing candidate RPs to announce themselves and mapping agents to advertise group-to-RP mappings throughout the multicast domain. Therefore, option B is correct. Option A is incorrect because Auto-RP does not distribute IGMP traffic; IGMP operates between hosts and local multicast routers to manage group membership. Option C is wrong because Auto-RP does not automate leaf- router configuration generally; it specifically distributes RP mapping information. Option D is also inaccurate because Auto-RP does not perform an election in the same way as BSR. It advertises candidate RP and mapping-agent information so routers can learn RP mappings. The key ENCOR concept is multicast control-plane discovery for PIM sparse-mode RP selection. References/topics:
ENCOR multicast, PIM sparse mode, Auto-RP, rendezvous point discovery, multicast group-to-RP mapping.
NEW QUESTION # 274
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