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Course Overview
Designing enterprise-grade wireless networks isn’t just about coverage, it’s about strategy, scalability, and seamless user experience. With over 90% of organizations relying on wireless access, the pressure is on for network professionals to build robust, secure, and future-proof solutions.
The Designing Cisco Enterprise Wireless Networks (ENWLSD) course gives you the knowledge and skills needed to design advanced wireless solutions that align with business and technical requirements. You’ll learn Cisco's structured wireless design methodology, how to apply real-world survey data, and how to incorporate modern features like Cisco CMX and Cisco Spaces.
This training prepares you for the Cisco ENWLSD 300-425 exam, a concentration exam required for the CCNP Enterprise certification.
Who Should Attend
This course is ideal for Network Engineers, Wireless Engineers, Systems Engineers, Consulting Systems Engineers, Technical Solutions Architects, Network Administrators, Wireless Design Engineers, and Network Managers who are responsible for wireless design in enterprise environments.
Course Objectives
By the end of this course, you’ll be able to design modern wireless networks that meet a wide range of enterprise needs.
- Apply Cisco’s structured wireless design methodology
- Implement vertical-specific wireless designs
- Analyze wireless architecture and mobility features
- Use third-party tools and perform wireless validation
- Integrate Cisco CMX, Cisco Spaces, and advanced location services
Course Outline
Structured Wireless Design Methodology
- Follow Cisco’s structured approach to designing scalable and secure wireless networks
- Apply a repeatable design framework from planning through post-deployment
Wireless Industry Protocols and Standards
- Understand key wireless standards, amendments, certifications, and RFCs
- Explore regulatory domains and compliance considerations
The Science of Wireless Technology
- Dive into RF principles, propagation, and antenna behavior
- Analyze environmental factors that affect wireless performance
Cisco Enhanced Wireless Features
- Leverage Cisco-specific enhancements for enterprise wireless networks
- Explore features such as CleanAir, ClientLink, and Adaptive wIPS
Cisco Mobility and Roaming
- Design networks that support seamless mobility
- Understand roaming mechanisms and Workgroup Bridge configurations
Wireless Design Process
- Review the full wireless design lifecycle
- Align technical decisions with business and application requirements
Wireless Network Design for Specific Applications
- Address design considerations for high-density, voice, and location services
- Plan for bandwidth, capacity, and application-specific demands
Designing Wireless Networks for Specific Vertical Designs
- Customize wireless designs for industries like healthcare, education, and manufacturing
- Address unique RF and compliance requirements
Bridging and Mesh in Wireless Networks
- Design wireless backhaul using bridging and mesh topologies
- Understand placement, throughput, and failover considerations
Special Considerations in Advanced Wireless Designs
- Tackle complex scenarios including high-security environments and outdoor deployments
- Address challenges with interference, coverage gaps, and client density
Cisco CMX and Cisco Spaces
- Integrate Cisco Connected Mobile Experiences (CMX) and Cisco Spaces into design
- Plan for analytics, location tracking, and context-aware services
Survey Processes
- Understand active, passive, and predictive survey types
- Align survey methods with design goals and tools
Wireless Network Design with Third-Party Tools
- Utilize commercial planning tools for RF design and validation
- Interpret outputs to support site readiness and documentation
Wireless Network Validation Processes
- Conduct post-deployment validations to ensure design success
- Verify coverage, throughput, and client experience
Completing the Wireless Design Project
- Wrap up the design cycle with final documentation and stakeholder presentation
- Prepare the wireless network for handoff and long-term success