350-501 Implementing and Operating Cisco Service Provider Network Core Technologies Exam Topics and Questions

These Cisco Implementing and Operating Cisco Service Provider Network Core Technologies (350-501) exam topics are organized according to official exam domains to help candidates quickly verify coverage and focus on assessment rather than theory. Each domain is paired with topic-wise 350-501 sample questions that reflect how objectives are tested in the actual exam. This structure enables efficient review, targeted self-assessment, and rapid identification of weak areas when preparing for the Cisco Implementing and Operating Cisco Service Provider Network Core Technologies certification exam.

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📄 Exam Contains: 5 Topics

Topic Content

Service Provider Network Architectures: This section covers the fundamental design and implementation of service provider networks, including core architectures such as Metro Ethernet, MPLS, unified MPLS, and Segment Routing (SR). Students will examine transport technologies including Optical, xDSL, DOCSIS, TDM, and xPON systems, as well as mobility solutions encompassing packet core infrastructure and RAN backhaul transport for both 4G and 5G networks. Additionally, this topic explores Cisco network software platforms including IOS, IOS XE, and IOS XR operating systems, and... See More

Topic Content

Networking IS-IS Implementation (IPv4 and IPv6): Configure and deploy IS-IS routing protocol for both IPv4 and IPv6 environments, including route advertisement mechanisms for distributing network reachability information. Master area addressing concepts to organize network hierarchies, implement multitopology routing to support multiple concurrent routing topologies, and configure various metric types to influence path selection and traffic engineering decisions. OSPF Implementation (v2 and v3): Deploy OSPF version 2 for IPv4 and OSPF version 3 for IPv6 networks, focusing on establishing and maintaining neighbor adjacency... Networking IS-IS Implementation (IPv4 and IPv6): Configure and deploy IS-IS routing protocol for both IPv4 and IPv6 environments, including route advertisement mechanisms for distributing network reachability information. Master area addressing concepts to organize network hierarchies, implement multitopology routing to support multiple concurrent routing topologies, and configure various metric types to influence path selection and traffic engineering decisions. OSPF Implementation (v2 and v3): Deploy OSPF version 2 for IPv4 and OSPF version 3 for IPv6 networks, focusing on establishing and maintaining neighbor adjacency relationships between routers. Configure route advertisement to propagate network information throughout the autonomous system, design and implement multiarea topologies with appropriate addressing schemes and area types, and optimize routing decisions through metric configuration and tuning. BGP Path Selection and Implementation (v4 and v6): Understand the BGP path selection algorithm and its decision-making process for choosing optimal routes. Implement BGP for both internal (IBGP) and external (EBGP) routing scenarios across IPv4 and IPv6 address families, establish and manage neighbor relationships, configure prefix advertisement policies, work with multiple address families simultaneously, apply path selection criteria, manipulate BGP attributes for traffic engineering, and implement route redistribution between different routing protocols. Routing Policy and Route Maps: Implement routing policy language constructs and route maps across BGP, OSPF, and IS-IS protocols to control route advertisement, filtering, and attribute manipulation. Apply policies to enforce organizational routing requirements, implement traffic engineering strategies, and manage route distribution across multiple routing domains. Routing Protocol Troubleshooting: Diagnose and resolve neighbor adjacency issues across IS-IS, OSPF, and BGP protocols by analyzing protocol-specific requirements and state transitions. Troubleshoot route advertisement problems to ensure proper network reachability and validate that routing information is correctly propagated throughout the network infrastructure. IPv6 Transition Mechanisms: Understand and describe various IPv6 transition technologies including NAT44 for IPv4-to-IPv4 translation, NAT64 for IPv6-to-IPv4 communication, 6RD for IPv6 deployment over IPv4 infrastructure, MAP for large-scale address translation, and DS Lite for dual-stack lite connectivity solutions. High Availability Implementation: Deploy high availability features including NSF (Nonstop Forwarding) and graceful restart mechanisms to maintain service continuity during router restarts, implement NSR (Nonstop Routing) for stateful failover, configure BFD (Bidirectional Forwarding Detection) for rapid failure detection, and establish link aggregation to provide redundancy and increased bandwidth across network connections. See More

Topic Content

MPLS and Segment Routing encompasses three core competency areas. First, candidates must implement MPLS technologies including LDP synchronization mechanisms, LDP session protection protocols, LDP neighbor discovery and management, Unified MPLS architectures, and MPLS Operations, Administration, and Maintenance (OAM) tools for network monitoring and troubleshooting. Second, candidates should understand traffic engineering concepts including ISIS and OSPF protocol extensions for TE capabilities, RSVP functionality for resource reservation and path establishment, and Fast Reroute (FRR) mechanisms for rapid failure recovery. Third, candidates must... See More

Topic Content

Describe VPN services including EVPN, Inter-AS VPN, CSC, and mVPN technologies. Configure L2VPN and Carrier Ethernet services such as E-Line, E-Tree, E-Access, and E-LAN, along with IEEE 802.1ad, IEEE 802.1ah, and ITU G.8032 standards, Ethernet OAM, and VLAN tag manipulation techniques. Configure L3VPN services covering Intra-AS VPN and shared services for extranet and Internet connectivity. Implement multicast services using PIM variants including PIM-SM, PIM-SSM, and PIM-BIDIR, as well as IGMP versions 1, 2, and 3, and MLD protocols. Implement QoS... See More

Topic Content

Programmable APIs for Cisco device network automation include REST APIs, NETCONF, and RESTCONF protocols that enable external scripts to configure devices programmatically. Network Services Orchestration (NSO) serves as a centralized platform for managing multi-vendor network infrastructure and automating service provisioning across complex environments. Data modeling languages like YANG provide a standardized framework for defining network device configurations and operational data, offering benefits such as improved consistency, validation, and interoperability. Configuration management tools are categorized into agent-based systems (Chef, Puppet, SaltStack)... See More

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350-501 Implementing and Operating Cisco Service Provider Network Core Technologies Exam Topics and Questions

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