CCNP Wireless Training in Mumbai Classroom & Online

• I. Conducting Cisco Unified Wireless
• A. Prepare for the Site Survey
• 1.Identify customer requirements, such as:
• 2.Business and RF application needs (voice, data, location, and so on)
• 3.Industry vertical
• 4.Customer questionnaire
• 5.Identify customer facility requirements
• 6.Identify customer requirements for type of client devices
• 7.Identify regulatory issues
• 8.Identify safety and aesthetic considerations
• 9.Assess existing network infrastructure
• 10.Assess logistical considerations (resources, time, access, deployment requirements, and so on)
• 11.Determine 802.11n impact on network infrastructure
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• B. Plan for the Site Survey
• 1.Select proper survey mode
• 2.Determine proper deployment characteristics
• 3.Select survey equipment
• 4.Determine site survey best practices for customer environment
• 5.Identify impact of material attenuation
• 6.Identify survey documentation needed for customer report
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• C. Conduct the Site Survey
• 1.Conduct a Layer 1 survey (Cisco Spectrum Expert)
• 2.Select proper antenna to conduct the site survey
• 3.Conduct the Layer 2 site survey for indoor environment
• 4.Conduct the Layer 2 site survey for outdoor point-to-point and point-to-multipoint networks
• 5.Conduct the Layer 2 site survey for outdoor mesh network
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• D. Design the RF Network
• 1.Determine infrastructure requirements
• 2.Determine the AP count and subsequent controller and license requirements
• 3.Generate the WLAN design documentation
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• E. Conduct Post Deployment Assessment
• 1.Verify RF coverage
• 2.Verify network applications and performance
• 3.Reconcile any deployment issues
• 4.Assemble and deliver installation report to customer
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• II. Implementing Cisco Unified Wireless Voice Networks
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• A. Describe and design voice over wireless architecture
• 1.Describe voice as it applies to the wireless network
• 2.Design wireless for voice
• 3.Utilize other design considerations, as per the voice design guide (VAD, MoH, Load balancing, and so on)
• 4.Validate wireless network design for voice readiness
• 5.Validate infrastructure requirements for end-to-end voice over wireless (CUCM, CUCME, QoS, ACS, DHCP,TFTP, routers, security devices, etc.)
• 6.Describe VoWLAN integration with cellular providers
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• B. Implement VoWLAN
• 1.Configure wireless client devices
• 2.Configure the WLAN for VoWLAN
• 3.Troubleshoot VoWLAN implementation
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• C. Implement QoS for wireless applications
• 1.Describe and implement general considerations for wired QoS
• 2.Describe and implement the appropriate Wireless QoS deployment schemes
• 3.Configure WCS/WLC for QoS
• 4.Reference most current best practice guidelines
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• D. Implement multicast over wireless
• 1.Describe general multicast concepts
• 2.Describe implications for multicast in 802.11
• 3.Configure multicast in a wireless network
• 4.Troubleshoot multicast in a wireless network
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• E. Prepare the wireless network for video/high-bandwidth applications
• 1.Describe benefits of 802.11n for video
• 2.Determine bandwidth requirements for specified applications
• 3.Identify application specific wireless network requirements
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• III. Implementing Cisco Unified Wireless Mobility Services
• 
  
• A. Implement Location Based Services
• 1.Describe the impact of direct-attached storage (DAS) for location-based services
• 2.Tracking mobile clients, including active radio frequency identification (RFID) tag, Wi-Fi devices, and active interferers
• 3.Describe the applications of RFID, Chokepoint, and TDoA Tags, including compare and contrast Cisco Wireless Control System (Cisco WCS) and third-party applications
• 4.Calibrate Received Signal Strength Indicator (RSSI) for the Cisco and third-party implementation
• 5.Configure, generate, and interpret location and event notifications
• 6.Configure and tune the Mobility Services Engine (for example, Simple Network Management Protocol (SNMP) impact on network traffic and platform hardware)
• 7.Design access point (AP)/antenna deployment model for location
• 8.Describe location techniques
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• B. Design and deploy WLAN infrastructure for mobility
• 1.Configure single Service Set Identifier (SSID) designs w/mobility
• 2.Analyze implications of L2 and L3 roaming
• 3.Implement high availability
• 4.Troubleshoot AP join process using the following solutions
• 5.Implement the following Cisco Unified Wireless best practices
• 6.Define and implement mobility groups/list
• 7.Adjust authentication/EAP timers
• 8.Tune RF environment for context aware services
• 9.Troubleshooting intercontroller communications
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• C. Implement MSE architecture
• 1.Describe Cisco Mobility Services Engine (MSE) capabilities and integration with wireless network architecture
• 2.Deploy context-aware services for specific environments
• 3.Integrate third-party applications
• 4.Integrate and manage MSE with Cisco WCS
• 5.Maintain MSE
• 6.Troubleshoot MSE operations
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• D. Implement and manage indoor and outdoor Mesh
• 1.Describe wireless Mesh and its benefits
• 2.Describe the following Mesh operation modes:
• 3.Implement Mesh
• 4.Describe Mesh convergence
• 5.Utilize Cisco WCS for Mesh monitoring
• 6.Utilize workgroup bridges
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• E. Implement advanced services and manage with Cisco WCS and Navigator
• 1.Install and maintain Cisco WCS/Navigator and perform the following tasks
• 2.Describe Navigators role, features, and functions
• 3.Implement Cisco WCS partitioning and Navigator domains
• 4.Implement time of day AP power savings
• 5.Implement scheduled WLAN availability
• 6.Create and customize Cisco WCS reports
• 7.Configure background tasks
• 8.Configure and apply controller and access point templates
• 9.Monitor and convert autonomous APs
• 10.Configure WLC auto-provisioning
• 11.Utilize configuration auditing in Cisco WCS
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• IV. Implementing Advanced Cisco Unified Wireless Security
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• A. Integrate client device security
• 1.Describe Extensible Authentication Protocol (EAP) authentication process
• 2.Configure client for secure EAP authentication
• 3.Configure the AnyConnect client
• 4.Describe the impact of security configurations on application and client roaming.
• 5.Troubleshoot client wireless authentication issues, such as packet analyzers, debugs, logs, Cisco Wireless Control System (WCS), and access control server (ACS)
• 6.Identify client security risks (driver update, MS hot fixes)
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• B. Design and integrate wireless network with NAC
• 1.Describe the architectures; inband, out-of-band, agent vs. agentless, and the Cisco Network Admission Control (NAC) appliance.
• 2.Describe the high-level authentication process flow
• 3.Configure the WLC for Network Access Controller (NAC)
• 4.Verify wireless authentication with NAC
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• C. Implement secure wireless connectivity services
• 1.Configure authentication
• 2.Configure autonomous AP for RADIUS authentication
• 3.Configure management frame protection on clients, APs and controllers
• 4.Configure IBN (RADIUS based VLAN and ACLs, AAA override)
• 5.Define ACS parameters for integration with wireless network
• 6.Define client and server-side digital certificate requirements
• 7.Implement ACLs on controller
• 8.Troubleshoot secure wireless connectivity services
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• D. Design and implement Guest Access services
• 1.Describe the architectures for guest access services
• 2.Configure guest access accounts
• 3.Configure controller web authentication
• 4.Configure the anchor and internal controllers
• 5.Troubleshoot guest access issues
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• E. Translate organizational and regulatory security policies and enforce security compliances
• 1.Describe regulatory compliance considerations, such as HIPAA, PCI, SOX, and FERPA
• 2.Segment traffic into different VLANs, based upon
• 3.Configure administration security on controller and WCS
• 4.Manage WLC and WCS alarms
• 5.Utilize security audit tools
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• F. Configure native WLC security feature sets - IPS/IDS
• 1.Utilize WCS or controller for IDS and threat mitigation strategies
• 2.Identify and mitigate wireless vulnerabilities
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• G. Integrate wireless network with advanced security platforms
• 1.Describe end-to-end security solutions of Cisco and how they integrate with the Cisco wireless solutions
• 2.Describe the CUWN firewall port configuration requirements
• 3.Configure the controller for wired IPS/IDS
• 4.Configure wireless Intrusion Prevention System (IPS) (MSE)

CCNP Wireless training duration in Mumbai

Regular Classes( Morning, Day time & Evening)

• Duration : 3 Weeks

Weekend Training Classes( Saturday, Sunday & Holidays)

• Duration : 5 Weeks

Fast Track Training classes ( 5+ hours daily)

• Duration : within 14 Days

CCNP Wireless trainer Profile & Placement

Our CCNP Wireless Trainers

• More than 6 Years of experience in CCNP Wireless Technologies
• Has worked on 8 realtime CCNP Wireless projects
• Working in a MNC company in Mumbai
• Trained 1416 Students so far.
• Strong Theoretical & Practical Knowledge
• CCNP Wireless certified Professionals

CCNP Wireless (Cisco CCNP Wireless) Placement Training in Mumbai

• More than 1416 students Trained
• 931 students Placed
• 501 Interviews Organized
• Placement Supported by InterviewDesk.com

CCNP Wireless training Locations in Mumbai

Our Cisco CCNP Wireless Training centers

• Airoli
• Ambarnath
• Andheri East
• Anita Nagar
• Badlapur
• Bandra West
• Bhandup West
• Bhiwandi
• Bhiwandi
• Boreivali
• Chembur
• Dadar
• Dombivli
• Fort
• Ghansoli
• Goregaon East
• kalamboli
• Kalbadevi
• Kalwa
• Kalyan
• Kandivali West
• Mahim
• Malad West
• Mulund West
• Mumbra
• Navi Mumbai
• Parel
• Pnavel
• Sanpada
• Santhosh Nagar
• Taloje
• Thane West
• Ulhasnagar
• Vashi

CCNP Wireless training batch size (students per class) in Mumbai

Regular Batch ( Morning, Day time & Evening)

• Seats Available : 4 students maximum per batch

Weekend Training Batch( Saturday, Sunday & Holidays)

• Seats Available : 6 trainees per batch

Fast Track batch

• Seats Available : 6 maximum allowed in the class.

Upcmoing Cisco CCNP Wireless Training Classes in Mumbai