Cisco - 300-420-ENSLD Certification Exam Details, Questions and Answers
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300-420-ENSLD: Designing Cisco Enterprise NetworksNumber of questions (in our database)
247Updated on
28 February 2024Topics
Cisco's 300-420-ENSLD: Designing Cisco Enterprise Networks Certification Exam
Earning a Cisco certification can significantly boost your career by validating your understanding of the importance of networking infrastructure and the way it impacts the functioning of the organizations. Among the several certifications offered by Cisco, the 300-420-ENSLD: Designing Cisco Enterprise Networks is one that stands out.
Exam Details
The 300-420-ENSLD exam validates your knowledge of enterprise design including advanced addressing and routing solutions, advanced enterprise campus networks, WAN, security services, network services, and SDA.
Importance of the Certification
Cisco's 300-420-ENSLD certification is quite important as it is globally recognized and demonstrates your skills to design Cisco enterprise networking solutions. It therefore helps to improve your professional credibility and can lead to more opportunities and better salaries.
Technical Details
This exam tests your understanding of designing Cisco enterprise networking solutions. It evaluates your ability to design network solutions for enterprises and is usually taken by network design engineers, system engineers, and sales engineers who provide customers with technical support.
Measured Skills
The Cisco's 300-420-ENSLD Certification Exam measures the following skills:
- Designing advanced addressing and routing solutions
- Designing advanced enterprise campus networks
- Designing WAN for enterprises
- Designing network security services
- Designing network services
- Understanding of SDA
Preparation Tips
To prepare for the exam, you can opt for the self-study path through study materials such as books and practice exams. Alternatively, you can enroll in official training courses offered by Cisco. Always remember to give yourself enough time to study and revise before you sit for the exam.
Exam Topics
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Design Advanced Addressing and Routing Solutions (25% - 35%)
- Design scalable EIGRP routing
- Design scalable OSPF routing
- Design scalable BGP routing
- Design IPv6 addressing and routing
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Design WAN for Enterprise Networks (15% - 25%)
- Design WAN services for enterprise networks
- Design resilient WAN connectivity
- Design secure WAN connectivity
- Design SD-WAN connectivity
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Designing Cisco Enterprise Networks (15% - 25%)
- Designing Advanced Addressing and Routing Solutions
- Designing Advanced Enterprise Campus Networks
- Designing WAN Technologies and Services
- Designing Data Center Integration
- Designing Security Services
- Designing Network Services for the Enterprise
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Designing Cisco Enterprise Networks (15% - 25%)
- Designing Enterprise Campus Networks
- Designing Enterprise Data Center Networks
- Designing WAN Technologies and Solutions
- Designing Enterprise Network Services
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Design Advanced Enterprise Campus Networks (20% - 30%)
- Design Layer 2 and Layer 3 campus infrastructures
- Design high availability in campus networks
- Design wireless networks in campus environments
- Design multicast-enabled campus networks
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Design Network Services for Enterprise Networks (10% - 15%)
- Design high availability for network services
- Design quality of service for network services
- Design multicast services
- Design network management
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Design Security Services (10% - 20%)
- Design network security
- Design wireless security
- Design secure connectivity
- Design network access control
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Design Enterprise Data Center Integration (10% - 20%)
- Design data center interconnectivity
- Design data center redundancy
- Design data center security
- Design virtualization in enterprise networks
Common 300-420-ENSLD Exam Questions
How are wireless endpoints registered in the HTDB in Cisco SD-Access architecture?
What are the characteristics of the configuration protocols in 300-420-ENSLD?
How can I match descriptions to WAN connectivity types and categories using drag and drop?
What is the next-hop router redundancy protocol that provides backup for a real IP address?
What are the defined virtual router states in the GLBP protocol?