Reviews 5,0
Reviews 5,0
Designing Cisco® Enterprise Wireless Network (ENWLSD)
More mobile devices, distributed locations, and cloud services are making stable Wi-Fi a critical infrastructure component. ENWLSD provides the necessary toolkit: structured design methodology, RF expertise, and security architecture at the enterprise level with Cisco.
Key topics
- Designing scalable Cisco enterprise wireless architectures
- Planning and optimizing campus and high-density WLAN environments
- Integrating wireless LAN controllers and access points effectively
- Implementing 802.1X, WPA3, and network segmentation for secure WLANs
- Conducting RF planning and site surveys systematically
- Monitoring, analyzing, and diagnosing faults in production environments
Prerequisites
Solid experience with IP networks, routing, and switching is required. Familiarity with Cisco enterprise infrastructure makes it easier to grasp the design methodology.
Target audience
The focus is on professionals responsible for enterprise WLAN projects – particularly in network architecture, IT operations, and system administration.
Wireless infrastructures that are thoughtfully designed from the outset run more stably, scale more easily, and meet the demands of modern IT environments in the long run.
Course content
Structured wireless design approach
- Wireless design starts with a clear, methodical approach
- Leveraging validated Cisco design concepts
- The role of project management in the wireless design process
- Summary and outlook
Wireless standards and regulatory requirements
- Overview: wireless standards and regulatory requirements
- History of the IEEE 802.11 standard
- Current amendments and extensions to the standard
- Wi-Fi Alliance: certification framework and relevance
- Comparing Wi-Fi protocols
- Applying current IEEE standards in practice
- Summary
Fundamentals of wireless radio technology
- Decibel basics and calculation logic
- Antenna theory and radiation behavior
- Converting between dB and milliwatts
- Reading and interpreting antenna diagrams
- Understanding and applying EIRP calculations
- Summary
Cisco wireless platforms and advanced features
- Selecting appropriate Cisco hardware and software
- Basic configuration for Cisco wireless environments
- Advanced Cisco wireless features in detail
- Verifying and validating Cisco features
- Summary
Roaming concepts and solutions in Cisco WLANs
- Core principles of wireless roaming
- Client roaming behavior in Cisco networks
- Inter-controller mobility and handoffs
- Workgroup bridges and their roaming behavior
- Overview and summary
Wireless design process: phases and methodology
- Initial design considerations and requirements analysis
- Pre-design: clarifying goals and constraints
- Design phase: architecture and solution concept
- Deploying the wireless design
- Validation and optimization after deployment
- Overview of the complete design process
- Summary of the design methodology
Application-specific wireless network design
- Design principles for wireless applications
- Data traffic and application design in WLAN
- Designing real-time communication in wireless networks
- Location services and site design
- Guest networks and security architecture
- Management tools and Cisco platforms
- WLAN design for industry-specific requirements
- Summary of application-specific design decisions
Industry-specific wireless network design
- Enterprise WLAN: requirements and architecture
- Industrial WLAN solutions and requirements
- WLAN in healthcare and hospitality environments
- Wireless concepts for branch offices and remote sites
- Industry-tailored WLAN architectures
- Wireless connectivity beyond the campus
- Overview of industry-specific wireless designs
Mesh networks and bridging concepts
- Cisco wireless bridging: concepts and use cases
- Cisco wireless mesh: architecture and application
- Overview of mesh and bridging
Characteristics of contemporary WLAN designs
- High-density WLAN: challenges and solutions
- Redundancy concepts for resilient WLAN networks
- Summary
Location services with Cisco CMX and Cisco Spaces
- Cisco CMX: features and use cases
- Cisco Spaces: location analytics and services
- Summary
Site survey: methodology and execution
- Collecting data on site
- Predictive surveys before deployment
- Post-deployment surveys for validation
- Further factors to consider during site survey
- Summary of survey methodology
Wireless design with third-party tools (Ekahau)
- Using third-party tools in WLAN design
- Predictive wireless design with Ekahau
- Conducting live site surveys with Ekahau
- Design validation and troubleshooting with Ekahau
- Foundations of Ekahau Predictive Site Survey
- Creating and documenting a structured site report
- Data network design in enterprise contexts
- Voice and data networks in healthcare
- Enterprise data design with integrated voice
- WLAN design in warehouses using directional antennas
- Summary: using external WLAN tools
WLAN validation and network testing
- Tasks after commissioning
- Checking WLAN performance live with Ekahau
- Simulating and validating network quality
- Layer 1 analysis for frequency planning
- Overview: validation process
Project completion and wireless documentation
- Final documentation of the wireless project
- Quality assurance and project handover
- Creating complete project documentation
- Closing remarks
Up to 100% funding for your continuing education
Attractive funding opportunities are available for numerous continuing education programs – depending on the funding program, up to 100% funding is possible.
The requirement is that you live or work in Germany. Our funding opportunities are not available outside of Germany.
Funding opportunities are available for career starters, job seekers, career changers, startups, experienced professionals, those seeking career advancement, and specialists.
What does the ENWLSD training cover and who is it for?
- ENWLSD develops advanced design skills for Cisco Enterprise WLAN architectures. It covers requirements analysis, high-level and low-level design, security concepts, and integration into campus and WAN environments.
Which professionals benefit from ENWLSD?
- The training is designed for network architects, senior network engineers, and WLAN specialists. Solid knowledge of enterprise networking and experience with Cisco wireless solutions are required.
What knowledge makes it easier to get started with ENWLSD?
- A solid understanding of TCP/IP, VLANs, and routing protocols along with basic WLAN knowledge is helpful. Hands-on experience with Cisco Catalyst switches or wireless controllers significantly eases entry into the design methodology.
What technical topics are central to the ENWLSD training?
- The course covers scalable WLAN architectures, high availability, RF design, security design, QoS, location services, and policy integration. Design decisions are developed systematically using real-world enterprise scenarios.
Which certification does ENWLSD prepare for?
- ENWLSD is a concentration exam within the Cisco CCNP Enterprise certification. The training covers all exam-relevant design concepts for complex enterprise WLAN networks in a structured way.
What practical takeaways does the ENWLSD training offer?
- The training provides a proven design methodology for stable and scalable WLAN infrastructures. After completing the training, performance, security, and availability in enterprise environments can be systematically improved.
How does ENWLSD balance theory and practice?
- The training combines architectural theory with practical design scenarios based on current Cisco Enterprise Wireless technologies. The focus is on translating real-world requirements into well-founded and robust architectural decisions.
What does ENWLSD mean for professional development?
- Enterprise wireless design is a sought-after specialization – particularly in large campus networks, managed service environments, and international IT projects. ENWLSD significantly strengthens a professional profile and opens new career paths.
