350-601 valid test tutorial – Prepaway Exam Dumps

New 2023 Realistic Free Cisco 350-601 Exam Dump Questions and Answer

350-601 Practice Test Engine: Try These 455 Exam Questions

Skills Outline of Cisco 350-601 Exam

The Cisco 350-601 exam is presented to the candidates in a wide range of topics, which indicate the skills measured. Here they are:

Automation (15%)
In the framework of this topic, the individuals need to show their competency in implementing automation and scripting tools, including REST API, EEM, Scheduler, Guest Shell and Bash Shell for NX-OS, and JSON and XML encodings. Answering the questions within this domain, they also need to be able to evaluate automation as well as orchestration technologies. This means that they should be well conversant with UCSD, DCNM, POAD, PowerShell, Python, Ansible, and Puppet.
Storage Network (20%)
This subject area evaluates the candidates’ proficiency in describing software updates as well as their impacts (EPLD and disruptive/nondisruptive), implementing infrastructure monitoring, describing the NAS and NFS concepts, and implementing FCoE Unified Fabric (DCB and FIP). This topic also encompasses their proficiency in implementing Fiber Chanel. This means that the applicants must have a thorough understanding of zoning, VSAN, NPV and NPIV, device alias, FCNS, CFS, FCID, port channels, and switch fabric initialization.
Compute (25%)
Answering the questions from this objective, the applicants have to show that they have the capability to implement Cisco Unified Compute System Rack Servers, implement infrastructure monitoring such as Intersight and SPAN, implement compute management configuration (restore and backup), describe software and firmware updates and their effects on C-Series and B-Series servers, and explain HyperFlex Infrastructure with its benefits (all-flash vs Edge and Hybrid Architecture). Besides, within this knowledge area, the learners’ ability to implement Cisco Compute System Blade Chassis is tested. This means that the students must have the skills needed to accomplish initial setup and infrastructure management. They should also demonstrate their knowledge of server management, storage management, and network management (pools and policies, VLANs, templates, QoS).
Security (15%)
In the last section, the examinees need to demonstrate their expertise in applying network security, including CoPP, ACI contracts, and micro-segmentation, AAA and RBAC, and first-hope security features, such as port security, DHCP snooping, and dynamic ARP inspection. In addition, the candidates will need to show that they can apply to compute security effectively. Last but not least, they will have to answer the questions related to the application of storage security in reference to AAA and RBAC, fabric binding, and port security.
Network (25%)
To answer the questions from this first topic, the test takers need to demonstrate that they have the skills and knowledge required to apply routing protocols (FHRP, PIM, MP-BGP, OSPFv2, OSPFv3), implement network configuration management, and implement infrastructure monitoring such as SPAN and NetFlow. This domain also comprises of skills such as describing software updates and their impacts, which means that the students should understand fabric setup, VMM, tenant policies, and access policies. Also, they will be required to answer the questions related to analyzing Cloud deployment and service models, analyzing packet flow (broadcast, multicast, and unicast), applying overlay protocols such as OTV and VXLAN EVPN, and applying switching protocols, for example, vPC, LACP, and RSTP+.

Preparation Phase

After exploring the exam topics, it is time to start your preparation process. The best way to build the requisite knowledge foundation for the test is to enroll for the official training course, Implementing and Operating Cisco Data Center Core Technologies (DCCOR). It is available in several formats. The candidates can opt for the 5-day instructor-led training in the physical classroom with hands-on lab practice. Alternatively, they can select the virtual instructor-led training, which includes 5 days of web-based classes with lab practice. Lastly, there is the option of self-paced E-learning. It is designed for 8 days of learning experience with videos, practice, and challenges.