Exam 300-420 ENSLD Designing Cisco Enterprise Networks
Introduction to the Designing Cisco Enterprise Networks
The Designing Cisco Enterprise networks (ENSLD) course would effectively give the knowledge and the required skills that the candidates generally need to effectively design the network of an enterprise. This course would effectively serve as the deep dive into an enterprise network design, and then effectively expand this into the network design, and effectively cover this main topic in the implementation of operating Cisco Enterprise Network Core relevant technologies. This course would also help, and support the candidates to prepare to take the Designing Cisco Enterprise Network (ENSLD)exam which is the main part of CCNP, and the Cisco certified Specialist that is Enterprise Design relevant certifications, and this certification would also earn the candidate for continuing Education Credits towards the major ratification.
These courses mainly cover the skills that are generally needed to effectively design the networks of Cisco Enterprise, and this covers the fundamentals for the advanced routing, and effectively addressing the relevant solutions, and advanced enterprise campus networks, Cisco WAN, and the security services, and SDA.
This exam tests the knowledge, and skills of the designs of including with effectively including the following details as follows:
Advanced addressing as well as routing authentic solutions
Advance enterprise campus having its networks
WAN, and SDA
Security, and network services
Who this course is for?
This course is mainly for the following people who are:
Network design Engineers
Network engineers
System administrations.
Description of Exam
The designing Cisco Enterprise Networks exam is a 90-minute Exam that is generally associated with the CCNP enterprise, and Cisco Certified Specialist- Enterprise Design relevant certifications, and this exam generally certified the knowledge of the candidates for enterprise designing while effectively including the advanced enterprise campus networks.
Name of Exam: Designing Cisco Enterprise Networks
Code of Exam: 300-420
Time Duration of the Exam: The available Time Duration of the Exam is 2 hours.
Certification Provider: Cisco is the certification provider of the Exam
The number of available questions in the Exam: The number of available questions in the Exam is approx. 149
Exam certification: CCNP Enterprise
Major requirements of the Exam
- Having the basic network fundamentals, and effectively building the simple Local Area networks.
- Having basic IP addressing, and the subnets.
- The fundamentals of Routing, and Switching
- Basic wireless networking-related major concepts, and effective terminology.
What the candidates would learn from the exam course?
Prepare for the Cisco CCNP concentration Exam 300-420
Having their deep knowledge in the better understanding of enterprise effective design at while including the advanced addressing, and the routing solutions.
Effectively learning the skills, technologies as well as relevant best practices that are generally needed to design the network for an enterprise.
Validating the skills, and knowledge
Time Duration of Exam course
The instructor-led training: 5 days in the classroom with an effective design case study related to main activities.
The virtual instructor-led training: 5 days of web-based relevant instruction with the effective design case study relevant activities.
E-learning: Equivalent of 5 days of classroom-related relevant instructions.
Exam course Outline ofDesigning Cisco Enterprise Networks
The exam course Outline is mainly divided into the modules in which the entire syllabus of the Exam is mentioned, and further, the modules are also divided into the following sub-modules that are mainly as follows:
Module 1: Advanced Addressing, and Routing Solutions (25%)
- Creating the structured best addressing plans for IPv4, and IPv6
- Creating the stable, secured, and scalable routing for IS-IS
- Creating the stable, secured, and scalable routing for EIGRP
- Creating the stable, secured, and scalable routing for OSPF
- Creating the stable, secured, and scalable routing for BGP
Module 2: Advanced Enterprise Campus Networks
- Design the campus for high availability
- Design the campus Layer 2 infrastructures
- Designing multicampus Layer 2 infrastructures
- Describing the SD-Success Architecture (underlay, overlay, automation, control, and data plane, wireless, and security)
- Describing the SD-Success fabric design considerations either for wired, and the wireless access (overlay, fabric design, control data design, the segmentation, and border design, the virtual networks, and the fabric for wireless, and the multicast)
Module 3: WAN for Networks of an Enterprise (20%)
- Comparing the connectivity major options for WAN.
- Designing site-to-site VPN
- Designing a high availability for the Enterprise WAN
- Describing the Cisco SD-WAN Architecture (management plane, the control, and data plane, on-boarding, and major provision, and security)
Module 4: Network Services (20%)
- Select appropriate QoS Strategies to meet the major requirements of the customer.
- Designing an end-to-end QoS authentic major policies
- Designing the network management-related best authentic major techniques.
- Describing the multicast best routing concepts.
Module 5: Automation
- Effectively choose the correct YANG Data model set that is mainly based on major requirements.
- Differentiate between the IETF, Openconfig, and the Cisco native YANG models.
- Differentiate between the NETCONF and RESTCONF.
- Effectively comparing the dial-out main approaches to the model-driven telemetry.
- Effectively dial-in, and dial-out the relevant main approaches to the model-driven telemetry on the relative network.
Skills gained after completing the Exam course
Effectively after taking the final exam course the candidates could gain the following skills that are mainly as follows:
Designing the Enhanced interior gateway Routing Protocol, and the internal routing for the network of an Enterprise.
Design the open shortest path first, and the internal routing for the network of an Enterprise.
Designing a relevant network that is mainly based on the requirements of the customer.
Designing the load sharing for BGP.
