CCNP Wireless Training

CCNP Wireless training with MSP Training at best price.

ABOUT THE PROGRAM

The motive of developing CCNP Wireless Training is to make candidate proficient at design, execution and functioning of Cisco Wireless networks. Furthermore, this training includes the comprehensive explanation about mobility set-ups. During the advancement of the CCNP Wireless certification, MSP training gives due importance to the theory as well as a practical portion of Wireless networking course. It also acknowledges the command and technical insight of wireless professionals who can classify and convert network business inputs into required technical descriptions. 

  • Sectional awareness of network solutions

  • Well trained Faculty arranges for delivering CCNP Wireless Training

  • Master the concept of LAN and WAN networks

  • Awareness of routing and switching

  • Aim for high perks after certification

  • One to one doubt clearing sessions after lectures

WHAT'S INCLUDED ?

Find out what's included in the training programme.

Includes

Courseware

Courseware will also be provided to the delegates so that they can revise the course after the training.

Includes

Pre Course Material

It provides some basic knowledge about the course before training.

Includes

Tutor Support

A dedicated tutor will be at your disposal throughout the training to guide you through any issues.

Includes

Certificate

Delegates will get certification of completion at the end of the course.

PREREQUISITES

There is one mandatory condition to enrol in this training course is to have either a valid CCNA Wireless certification or a CCIE certification prior to it.

TARGET AUDIENCE

The target audience for this course is all the network professionals who want to learn the skills and knowledge to become proficient at maintaining networks efficiently.

WHAT WILL YOU LEARN?

  • Get familiar with the use of Flex Connect, Independent or Cloud designs so that it would be an easy task to execute small as well as big remote access wireless networks
  • Delegate will also get to learn maintenance and checking of WLAN
  • Delegate will be clear regarding the requirements for designing a Wireless Local Area Network i.e WLAN
  • Delegate will be proficient at Knowing how to perform a combined WAN using IOS-XE converged entrance switches and wireless LAN controllers
  • Opportunity to Learn the basic points of RF
  • Opportunity to Learn WLAN security procedures to gain access to differing client plans
  • Clear thought in the Cisco WLAN architecture and the concealed infrastructure used to support it
  • Execute a Centralised WAN using AireOS or IOS-XE wireless LAN controllers
  • Decide the necessary reserves and execute VLAN based solution
  • Managing security of the WLAN using integrated security features of network controller
  • Design infrastructure devices for implementing a voice-over-WLAN
  • Prepare the wireless LAN for high-bandwidth applications and video support
  • Integrate WLAN controller with high-security stages of a wired network
  • Design and configure Switch based Layer 3 services
  • Implement an eBGP based solution and arrange BGP routeing
  • Setup an IPv6 based solution and document execution results
  • Execute and arrange an IPv4 or IPv6 redistribution solution
  • Do check of Multi-Protocol systems, such as EIGRP, NAT and OSPF
  • Execute and arrange an EIGRP based solution
  • Create a multi-area OSPF Network and arrange OSPF routing
  • Knowledge of Location-based Services & Mobility Services Engine

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PROGRAM OVERVIEW

The purpose of Cisco Network Professional Wireless training course is to make the delegate proficient at design, execution and securing Wireless Networks and also work associated to the web. The course gives due importance to both the theories and principles of the wireless networks. After successful completion of the course candidate will have that much confidence to manage works such as setting and maintaining the wireless network set-up.


PROGRAM CONTENT

  • Outline and design voice ended wireless architecture
    • Outline wireless for voice
    • Use of other design considerations, as per the principles of View Design Guide (VAD, MoH, Load balancing, and so on)
    • Define voice in relation to the wireless network
    • Validate infrastructure requirements for end-to-end voice over wireless (CUCM, CUCME, QoS, ACS, DHCP, TFTP, routers, security devices, etc.)
    • Outline VoWLAN integration with cellular providers
    • Validate wireless network design for voice readiness
  • Implement VoWLAN
    • Configure wireless client devices
    • Set the WLAN for VoWLAN
    • Troubleshoot VoWLAN implementation
  • Implement multicast over wireless
    • Configure multicast in a wireless network
    • Troubleshoot multicast in a wireless network
    • Describe general multicast concepts
    • Describe implications for multicast in 802.11
  • Implement QoS for wireless applications
    • Describe and perform general considerations for wired QoS
    • Define the Wireless QoS deployment schemes and learn to implement them
    • Configure WCS/WLC for QoS
    • Reference most current best practice guidelines
  • Prepare the wireless network for video/high-bandwidth applications
    • Explain benefits of 802.11n for video
    • Identify application specific wireless network requirements
    • Determine bandwidth requirements for specified applications
  • Design and deploy WLAN infrastructure for mobility
    • Configure single Service Set Identifier (SSID) plans w/mobility
    • Analyse implications of L2 and L3 roaming
    • Tune RF situation for context-aware services
    • Troubleshooting inter-controller communications
    • Troubleshoot AP join process using the following solutions
    • Implement the following Cisco Unified Wireless best practices
    • Define and implement mobility groups/list
    • Implement high availability
    • Adjust authentication/EAP timers
  • Deploy and manage indoor and outdoor Mesh
    • Describe wireless Mesh and its benefits
    • Identify the following Mesh operation modes:
    • Apply Mesh
    • Explain Mesh convergence
    • Utilise Cisco WCS for Mesh monitoring
    • Use workgroup bonds
  • Execute advanced services and manage with Cisco WCS and Navigator
    • Describe Navigator's role, types, and occupations
    • Configure background tasks
    • Configure and apply controller and access point templates
    • Monitor and convert autonomous Apps
    • Install and maintain Cisco WCS/Navigator and complete the following tasks
    • Configure WLC auto-provisioning
    • Utilise configuration auditing in Cisco WCS
    • Implement Cisco WCS partitioning and Navigator domains
    • Perform time of day AP power savings
    • Implement scheduled WLAN availability
    • Create and customise Cisco WCS reports
  • Propose and integrate wireless network with NAC
    • Define the architectures; inband, out-of-band, agent vs. agentless, and the Cisco Network Admission Control (NAC) appliance.
    • Define the high-level authentication process flow
    • Configure the WLC for Network Access Controller (NAC)
    • Verify wireless authentication with NAC
  • Develop and Execute Guest Access services
    • Describe the architectures for guest access services
    • Set guest access accounts
    • Configure controller web authentication
    • Set the anchor and internal controllers
    • Troubleshoot guest access issues
  • Device MSE style
    • Integrate and manage MSE with Cisco WCS integration with wireless network architecture
    • Maintain MSE
    • Troubleshoot MSE operations
    • Deploy context-aware facilities for specific environments
    • Integrate third-party applications
  • Execute secure wireless connectivity services
    • Configure authentication
    • Configure autonomous AP for RADIUS authentication
    • Set management frame protection on clients, APs and controllers
    • Configure IBN (RADIUS-based VLAN and ACLs, AAA override)
    • Define ACS restrictions for integration with wireless network
    • Determine client and server-side digital certificate requirements
    • Implement ACLs on controller
    • Troubleshoot secure wireless connectivity services

 

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ABOUT Ipswich

Ipswich, the county town of Suffolk and non-metropolitan district located 60 miles northeast of London. It lies at the mouth of the Orwell River with a population of around 133,384 according to 2011 census. The town derived its name either from Orwell estuary or an Anglo-Saxon personal name and it was also referred as Gippeswic, Yppswyche, and Gyppewicus. The town became famous in early times for its major port Ipswich Dock which has been England’s one of the major trading port. It was also considered UK’s one of the most prosperous city since Anglo-Saxon period.

History

Ipswich is one of the oldest inhabited towns in the England. The history of the town traced its roots back to the Roman period. The rural towns and settlements were connected to the area around the town via the rivers Gipping and Orwell during the Roman Empire. The largest Roman villa and fort were built during the Roman Empire and still stands at Castle Hill and Walton near Felixstowe respectively. The Sutton Hoo treasures and replicas of the Roman Mildenhall are still preserved in the museum of the town. The modern town has been continuously occupied around Ipswich dock since the Saxon period. After the abandonment of Roman period, the development of coastal states of north-western Europe came into existence. The former Roman ports of London served as major communication and trading port between eastern Britain and the continents of Scandinavia and Rhine.

The first large-scale potteries were established in the town with the arrival of Frisian potters from Netherlands in the 7th century. The Shrine of Our Lady of Grace of the town became a famous pilgrimage destination and attracted many pilgrims during the middle ages. The independent Ipswich Institute reading room and library were built in 1824 and still survives today. The town was targeted by German Zeppelins and bombing raids during the First and Second World War resulted in many casualties and destruction of the area in and around the docks. The town has undergone a considerable redevelopment around the waterfront and industrial dock area was rebuilt into the residential and commercial centre. Ipswich has made several attempts for attaining the city status but all the bids remain unsuccessful and it remains as a town.

Culture

The town has a number of galleries and three museums include Christchurch Mansion Ipswich Transport Museum, Ipswich Museum, Ancient House and Christchurch Mansion. New works of art are continuously promoted by the Borough Council. The New Wolsey Company took on the management of New Wolsey Theatre built on the Civic Drive accommodating 400 people. The summer arts festival is celebrated every year and known as Ipswich Arts Festival.

Industry

Ipswich is county town of agricultural Suffolk and home to famous agricultural manufacturers. Adastral Science Park is located to the east of the town, earlier the area was being used by the British Telecom Research Laboratories. The insurance business is the key employment sector and employs the majority of the workforce in the town. Other employers include Legal and General, Axa, LV, Churchill, and Willis. The experienced and skilled workforce has contributed to the establishment of the ancillary works in the past few years. Every year millions of tons of cargo are being handled in the famous port named as Haven port.

Education

There are several state-funded secondary and independent schools in the town include Copleston and Northgate High Schools, Ipswich School, Ipswich High School and Ipswich Academy. Suffolk New College, University of Suffolk and Sixth Form College serves the residents of the town and neighbouring area.

Notable Personalities

List of famous residents includes Thomas Wolsey, Alf Ramsey, Sarah Trimmer, Bobby Robson, Richard Ayoade and Thomas Gainsborough.