350-501 Exam Questions & Answers
Implementing and Operating Cisco Service Provider Network Core Technologies • Cisco
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About 350-501 Exam
The 350-501 Implementing and Operating Cisco Service Provider Network Core Technologies certification exam is a comprehensive assessment designed for networking professionals seeking to validate their expertise in deploying and managing service provider networks. This advanced certification covers critical topics including routing technologies, MPLS implementation, segment routing, BGP configuration, and QoS management across service provider environments. Candidates will demonstrate proficiency in network architecture, troubleshooting complex routing issues, and optimizing carrier-grade infrastructure. The exam is ideal for network engineers, systems engineers, and IT professionals with solid foundational knowledge who aspire to advance their careers in service provider networking roles.
Preparing for the 350-501 exam requires strategic study methods and hands-on practice. Updated exam dumps and practice tests provide invaluable resources by simulating real-world scenarios and question formats candidates will encounter. These study materials help identify knowledge gaps, reinforce critical concepts, and build confidence before the actual test. Practice tests offer detailed explanations for both correct and incorrect answers, enabling deeper understanding of complex topics like MPLS LSP configuration and BGP route manipulation. By utilizing quality dumps and practice exams alongside official Cisco study guides, candidates significantly improve their success rates and gain practical skills applicable to actual service provider network implementations.
Exam Topics & Objectives
4-Week Study Plan for 350-501
Week 1: Foundation and Architecture
- Study SP network architecture models and design principles (15-20 hours)
- Review Cisco SP routing and switching architecture documentation
- Learn OSI model application in SP environments
- Understand hierarchical network design for service providers
- Study edge, aggregation, and core layer functions
- Lab: Configure basic SP network topology with routers and switches
- Review Cisco certification study guide chapters 1-3
- Complete practice questions on architecture (aim for 80%+)
Week 2: Networking Fundamentals and Routing Protocols
- Deep dive into BGP configuration and optimization (8-10 hours)
- Study OSPF and ISIS routing protocols for SP networks
- Learn prefix aggregation and route filtering techniques
- Understand QoS implementation across SP networks
- Study multicast routing protocols (PIM, MSDP)
- Lab: Configure BGP with multiple AS paths and route policies
- Lab: Implement OSPF and ISIS in redundant topologies
- Lab: Configure QoS policies and traffic shaping
- Complete networking-focused practice exams (30% exam weight)
Week 3: MPLS, Segment Routing, and Services
- Master MPLS fundamentals and label switching (6-8 hours)
- Study MPLS traffic engineering and fast reroute (FRR)
- Learn VPN architectures: L3VPN, L2VPN, EVPN
- Study Segment Routing (SR) concepts and implementation
- Understand Service Provider VPN requirements
- Lab: Configure MPLS LSPs and traffic engineering
- Lab: Implement L3VPN and EVPN services
- Lab: Deploy Segment Routing on backbone network
- Study Services section: carrier ethernet, pseudowires
- Complete MPLS and Services practice tests (40% combined exam weight)
Week 4: Automation, Assurance, and Exam Preparation
- Study network automation with Ansible and Python (5-6 hours)
- Learn model-driven programming and YANG models
- Understand NETCONF and RESTCONF protocols
- Study telemetry and network monitoring for assurance
- Learn AI/ML applications in SP networks
- Lab: Create Ansible playbooks for SP device configuration
- Lab: Implement telemetry collection and analysis
- Review all weak areas from previous weeks
- Complete full-length practice exams (aim for 85%+)
- Review exam tips and time management strategies
- Final review of all five domains with emphasis on integration scenarios
Sample 350-501 Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
A network operator working for a telecommunication company with an employee Id: 4065 96080 it trying to implement BFD configuration on an existing network of Cisco devices Which task must the engineer perform to enable BFD on the interfaces?
Refer to the exhibit.
Refer to the exhibit. The enterprise is running BGP between sites to provide connectivity to users across the company's geographic regions. A network engineer must update the configuration so that the operations team can confirm that BGP prefixes that are received on each router originated from the correct autonomous system.
Which configuration must the engineer apply?
An engineer is implementing MPLS to monitor within the MPLS domain. Which must the engineer perform to prevent packets from being forwarded beyond the service provider domain when the LSP is down?
What is the characteristic of the Tl-LFA?
Refer to the exihibit.
Refer to the exhbit. ISP A has a BGP peering with ISP C with the maximum-prefix 150 configuration on R1. After a recent security breach on the ISP A network, a network engineer has been asked to enable a lightweight security mechanism to protect the R1 CPU and BGP membership from spoofing attacks. Which solution must ISP A implement?
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