08-31-2024, 02:13 AM
![[Image: 4afad361b39758be96f7fb1001abd529.jpg]](https://i123.fastpic.org/big/2024/0831/29/4afad361b39758be96f7fb1001abd529.jpg)
300-420 ENSLD v1.1
Published 7/2024
Duration: 4h8m | .MP4 1280x720, 30 fps® | AAC, 44100 Hz, 2ch | 1.97 GB
Genre: eLearning | Language: English
Professional Network Design Techniques for Enterprises
What you'll learn
Understanding design methodologies and techniques.
Learning how to apply these methodologies to real-world scenarios.
Designing enterprise network infrastructures, including campus, data center, WAN, and security solutions.
Creating scalable and reliable network architectures.
Designing enterprise network infrastructures, including campus, data center, WAN, and security solutions.
Understanding their roles in network design and how to optimize their performance.
Requirements
Basic Networking Knowledge
CCNA Certification
Experience with Network Design
Knowledge of Routing and Switching
Understanding of Security Concepts
Description
Course
Description:
Welcome to the 300-420 ENSLD v1.1 course, where you will master the skills required to design scalable, reliable, and efficient enterprise networks using Cisco technologies. This course is a crucial step for anyone aiming to achieve the Cisco Certified Network Professional (CCNP) Enterprise certification.
Course Overview:
In this course, you will learn advanced network design principles, methodologies, and best practices to create robust network infrastructures. The 300-420 ENSLD (Enterprise Network Solution Design) curriculum covers essential topics such as network design methodologies, advanced routing protocols, network services integration, security solutions, high availability, resiliency, and network automation.
What You'll Learn:
Network Design Methodologies:
Understand and apply design methodologies to real-world scenarios.
Enterprise Network Design:
Design enterprise network infrastructures, including campus, data center, WAN, and security solutions.
Advanced Routing Protocols:
Gain in-depth knowledge of OSPF, EIGRP, and BGP, and learn how to optimize their performance.
Network Services Integration:
Integrate network services such as QoS, multicast, and VPNs into your designs.
Security Solutions:
Design secure network infrastructures with appropriate security measures and protocols.
High Availability and Resiliency:
Ensure network uptime through high availability and redundancy techniques.
Automation and Programmability:
Learn about network automation tools and programmability to streamline network management and operations.
Who this course is for:
Network Engineers
Network Architects
Systems Engineers
IT Professionals
Anyone Interested in Network Design
![[Image: TytTc34i_o.jpg]](https://images2.imgbox.com/f2/b1/TytTc34i_o.jpg)
What you'll learn
Understanding design methodologies and techniques.
Learning how to apply these methodologies to real-world scenarios.
Designing enterprise network infrastructures, including campus, data center, WAN, and security solutions.
Creating scalable and reliable network architectures.
Designing enterprise network infrastructures, including campus, data center, WAN, and security solutions.
Understanding their roles in network design and how to optimize their performance.
Requirements
Basic Networking Knowledge
CCNA Certification
Experience with Network Design
Knowledge of Routing and Switching
Understanding of Security Concepts
Description
Course
Description:
Welcome to the 300-420 ENSLD v1.1 course, where you will master the skills required to design scalable, reliable, and efficient enterprise networks using Cisco technologies. This course is a crucial step for anyone aiming to achieve the Cisco Certified Network Professional (CCNP) Enterprise certification.
Course Overview:
In this course, you will learn advanced network design principles, methodologies, and best practices to create robust network infrastructures. The 300-420 ENSLD (Enterprise Network Solution Design) curriculum covers essential topics such as network design methodologies, advanced routing protocols, network services integration, security solutions, high availability, resiliency, and network automation.
What You'll Learn:
Network Design Methodologies:
Understand and apply design methodologies to real-world scenarios.
Enterprise Network Design:
Design enterprise network infrastructures, including campus, data center, WAN, and security solutions.
Advanced Routing Protocols:
Gain in-depth knowledge of OSPF, EIGRP, and BGP, and learn how to optimize their performance.
Network Services Integration:
Integrate network services such as QoS, multicast, and VPNs into your designs.
Security Solutions:
Design secure network infrastructures with appropriate security measures and protocols.
High Availability and Resiliency:
Ensure network uptime through high availability and redundancy techniques.
Automation and Programmability:
Learn about network automation tools and programmability to streamline network management and operations.
Who this course is for:
Network Engineers
Network Architects
Systems Engineers
IT Professionals
Anyone Interested in Network Design
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