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Cambridge InfoTech imparts knowledge in this particular section about expert level certification of Cisco CCNP Wireless which is again partly classified into IAUWS (Implementation Advance Cisco Unified Wireless Security), IUWVN (Implementation Advance Cisco Unified Wireless Voice Network) and IUWMS (Implementation Advance Cisco Unified Wireless Mobility Services).

After completing this certification from us.  Students can get a chance to work as CCNP Wireless professionals (Support Engineers) to support and manage Cisco wireless LAN’s and Networks. Some of the important features of Cisco CCNP.

We also provide further courses regarding Cisco CCNP which are CCNP, CCNP Voice and CCNP Security, CCNP Service Provider.


CCNP Wireless IAUWS tells students how to configure the Any Connect client for secure EAP authentication, troubleshooting of packet analyzers, debugs, logs, Cisco wireless configuration system(WCS ) and access control server(ACS).

We  provide knowledge about different technologies like configuration of WLC, configuration of management frame protection, configuration of IBM certification of Anchor and internal controllers for web authentication.

It also contains troubleshooting of Guest access issues like verifying Cisco Firewall ports, mapping, Epping and proxies.

There are translate organizational and regulatory security policies are also explained in this session such as HIPAA, PCI, SOS and FERPA. It also includes how to utilize WCS or Cisco wireless Controllers for IPS, identifying and mitigating wireless vulnerabilities.

We also teach you about the advance level platform which describes end-to-end security solution of Cisco with NAC appliance, wired IPS, ACS and so on.


This session explains the components, call set-up/data flow overview, wireless voice and video services, their standards, UAPSR, SIP for wireless networks. we thoroughly teaches the student advance technologies like VAP, MOH, Load balancing, validating site survey for voice , device security consideration and configuration, troubleshooting and management and configuration of WCS/WLS for QoS.

It also covers sessions on multi-cast concepts such as packet captures, controller, logs and debugs. It also introduces real time video streaming/video conferencing. It also encompasses other important features like bandwidth reservation, queries, wireless QoS deployment schemes, Air magnet, VOFI analyzer, incremental complexity testing, IGMP snooping, roaming and mesh technology and so on.


Implementing Cisco Unified Wireless Mobility Services

This includes implementation of local based services like direct attach storage, active radio frequency identification(RFID),tag Wi-Fi devices and active interferers.

It also helps to implement and tune the mobility service Engine(SLMP).This syllabus also covers location techniques such as angulations cell of origin, TDOA/TOA lateration, RSS lateration, pattern recognition and RF finger printing.

It also helps to deploy WLAN infrastructure which covers how to analyze implication of L2-L3 roaming, for mobility tunnelling and minimize Intel controller roaming.

we also introduces to their students the implementation of MSCR architecture which covers spectrum intelligence, Guest tracking, adaptive wireless IPS and so on.

It includes implementation and management of indoor and outdoor Mesh operations with 3 modes, namely RAP,MAP and Ethernet bridge functionality for Mesh.

we provides knowledge to the students about the implementation and advance services and also how to manage it to Cisco WCS and navigator.

Installation and maintenance of Cisco WCS/Navigator are also covered in this topic which lets you know about how to add Cisco WCS controller, APS and Maps. In this course we also explain how to configure background task, implementation of Cisco WCS, partitioning and navigator domains, implementation schedule for WLAN availability and also utilization of Cisco WCS implementation of advertising services.

The following topics are general guidelines for the content likely to be included on the exam

  • Implement Location-Based Services
  • Design and Deploy WLAN Infrastructure for Mobility
  • Implement Cisco MSE Architecture
  • Implement and Manage Indoor and Outdoor Mesh
  • Implement Advanced Services and Manage with Cisco WCS and Navigator