Cisco 350-201 Exam Questions

Cisco 350-201 Exam Topics - You’ll Be Tested On

The Cisco 350-201 exam is a challenging assessment that evaluates your expertise in designing and implementing Cisco service provider next-generation networks. It covers a wide range of topics, including network design principles, IP next-generation network fundamentals, service provider architecture, MPLS VPN, and advanced topics like automation and programmability. This exam is designed to test your ability to apply theoretical knowledge to real-world scenarios, ensuring you can effectively design and deploy complex service provider networks. One of the key aspects of this exam is its focus on practical application. You'll need to demonstrate a deep understanding of network design principles and how they translate into efficient and scalable network implementations. This includes considering factors such as network performance, security, and reliability, and being able to select and configure the appropriate technologies to meet these requirements. Additionally, the exam delves into the specifics of IP next-generation networks, exploring topics like IPv6 transition and coexistence strategies, as well as advanced routing and switching technologies. It also covers service provider architectures, including core, aggregation, and access networks, and how these components interact to deliver services to customers. Furthermore, the exam assesses your knowledge of MPLS VPN technologies, which are crucial for providing secure and scalable virtual private network services to enterprise customers. This includes understanding MPLS label distribution protocols, VPN routing and forwarding instances, and MPLS traffic engineering techniques. Lastly, the exam touches on emerging trends in network automation and programmability, which are becoming increasingly important in modern network design and management. This includes concepts like software-defined networking (SDN), network function virtualization (NFV), and intent-based networking, which enable more dynamic and flexible network operations.