certkillers's preparation material includes the most excellent features, prepared by the same dedicated experts who have come together to offer an integrated solution. We provide the most excellent and simple method to pass your certification exams on the first attempt "GUARANTEED"

Whether you want to improve your skills, expertise or career growth, with certkillers's training and certification resources help you achieve your goals. Our exams files feature hands-on tasks and real-world scenarios; in just a matter of days, you'll be more productive and embracing new technology standards. Our online resources and events enable you to focus on learning just what you want on your timeframe. You get access to every exams files and there continuously update our study materials; these exam updates are supplied free of charge to our valued customers. Get the best PW0-104 exam Training; as you study from our exam-files "Best Materials Great Results"

PW0-104 Exam + Online / Offline and Android Testing Engine & 4500+ other exams included
$50 - $25 (you save $20)
Buy Now

PW0-104
Wireless LAN Administration

Passing exam PW0-104 is a requirement of the CWNA, CWSP, and CWNE certifications.

Exam Description
This certification exam measures your ability to administer any wireless LAN. The exam covers a broad range of wireless LAN topics focused on 802.11 wireless technology rather than products of specific vendors.

The main subject areas covered are:
* Radio Technologies
* Antenna Concepts
* Wireless LAN Hardware and Software
* Network Design, Installation, and Management
* Wireless Standards and Organizations
* 802.11 Network Architecture
* Wireless LAN Security
* Troubleshooting
* How to Perform Site Surveys

CWNA Exam (PW0-104) Objectives Introduction When you pass the CWNA exam, you earn credit towards the CWSP, and CWNE certifications. This exam measures the candidate’s ability to understand the fundamentals of RF behavior and to describe the features and functions of WLAN components. Also tested are the skills needed to install, configure, and troubleshoot WLAN hardware peripherals and protocols. The skills and knowledge measured by this examination are derived from a survey of wireless networking experts and professionals. The results of this survey were used in weighing the subject areas and ensuring that the weighting is representative of the relative importance of the content. The following chart provides the breakdown of the exam as to the weight of each section of the exam. Subject Area % of Exam Radio Frequency (RF) Technologies 21% IEEE 802.11 Regulations and Standards 17% IEEE 802.11 Protocols and Devices 17% IEEE 802.11 Network Implementation 17% IEEE 802.11 Network Security 10% IEEE 802.11 RF Site Surveying 18% Total 100% CWNP Authorized Materials Use Policy CWNP does not condone the use of unauthorized 'training materials', aka 'brain dumps'. Individuals who utilize such materials to pass CWNP exams will have their certifications revoked. In an effort to more clearly communicate CWNP's policy on use of unauthorized study materials, CWNP directs all certification candidates to the CWNP Candidate Conduct Policy at: http://www.cwnp.com/exams/CWNPCandidateConductPolicy.pdf Please review this policy before beginning the study process for any CWNP exam. Candidates will be required to state that they understand and have abided by this policy at the time of exam delivery. If a candidate has a question as to whether study materials are considered "brain dumps", he/she should perform a search using CertGuard's engine, found here: http://www.certguard.com/search.asp Radio Frequency (RF) Technologies – 21% 1.1. RF Fundamentals 1.1.1. Define and explain the basic concepts of RF behavior  Gain  Loss  Reflection  Refraction  Diffraction  Scattering  VSWR  Return Loss  Amplification  Attenuation  Absorption  Wave propagation  Free Space Path Loss  Delay Spread 1.2. RF Mathematics 1.2.1. Understand and apply the basic components of RF mathematics  Watt  Milliwatt  Decibel (dB)  dBm  dBi  dBd  SNR  RSSI  System Operating Margin (SOM)  Fade Margin  Link Budget  Intentional Radiator  Equivalent Isotropically Radiated Power (EIRP) 1.3. RF Signal and Antenna Concepts 1.3.1. Identify RF signal characteristics, the applications of basic RF antenna concepts, and the implementation of solutions that require RF antennas  Visual LOS  RF LOS  The Fresnel Zone  Beamwidths  Azimuth & Elevation  Passive Gain  Isotropic Radiator  Polarization  Simple Antenna Diversity  MIMO Diversity  Radio Chains  Spatial Multiplexing (SM)  Transmit Beam Forming (TxBF)  Maximal Ratio Combining (MRC)  Wavelength  Frequency  Amplitude  Phase 1.3.2. Explain the applications of physical RF antenna and antenna system types and identify their basic attributes, purpose, and function  Omni-directional / Dipole antennas  Semi-directional antennas  Highly-direction antennas  Sectorized antennas 1.3.3. Describe the proper locations and methods for installing RF antennas  Pole/mast mount  Ceiling mount  Wall mount 1.4. RF Antenna Accessories 1.4.1. Identify the use of the following WLAN accessories and explain how to select and install them for optimal performance and regulatory domain compliance.  Amplifiers  Attenuators  Lightning Arrestors  Mounting Systems  Grounding Rods/Wires  Towers, Safety Equipment, and Concerns  RF Cables  RF Connectors  RF Signal Splitters IEEE 802.11 Regulations and Standards – 17% 2.1. Spread Spectrum Technologies 2.1.1. Identify some of the uses for spread spectrum technologies  Wireless LANs  Wireless PANs  Wireless MANs  Wireless WANs 2.1.2. Comprehend the differences between, and explain the different types of spread spectrum technologies and how they relate to the IEEE 802.11-2007 standard’s (as amended and including 802.11n-draft2.0) PHY clauses  DSSS  HR-DSSS  ERP  OFDM  HT (MIMO) 2.1.3. Identify the underlying concepts of how spread spectrum technology works  Modulation  Coding 2.1.4. Identify and apply the concepts which make up the functionality of spread spectrum technology  Co-location  Channel Centers and Widths (all PHYs)  Primary and Secondary Channels  Overlapping and Non-Overlapping Channels  Carrier Frequencies  Throughput vs. Data Rate  Bandwidth  Communication Resilience  Physical Carrier Sense (CSMA/CA)  Virtual Carrier Sense (NAV) 2.2. IEEE 802.11-2007 Standard (as amended and including 802.11n-draft2.0) 2.2.1. Identify, explain, and apply the frame types and frame exchange sequences covered by the IEEE 802.11-2007 standard 2.2.2. Identify and apply regulatory domain requirements  Dynamic Frequency Selection (DFS)  Transmit Power Control (TPC)  Available Channels  Output Power 2.2.3. OSI model layers affected by the 802.11-2007 standard and amendments 2.2.4. Use of ISM and UNII bands in Wi-Fi networks 2.2.5. Supported data rates for each IEEE 802.11-2007 PHY 2.2.6. Understand the IEEE standard creation and ratification process and identify IEEE standard naming conventions  Drafts  Ratified Amendments  Supplements  Recommended Practices  Standards 2.3. IEEE 802.11 Industry Organizations and Their Roles 2.3.1. Define the roles of the following organizations in providing direction, cohesion, and accountability within the WLAN industry  Regulatory Domain Governing Bodies  IEEE  Wi-Fi Alliance IEEE 802.11 Protocols and Devices – 17% 3.1. IEEE 802.11 Protocol Architecture 3.1.1. Summarize the processes involved in authentication and association  The IEEE 802.11 State Machine  Open System Authentication, Shared Key Authentication, and Deauthentication  Association, Reassociation, and Disassociation 3.1.2. Define, describe, and apply the following concepts associated with WLAN service sets  Stations and BSSs  Starting and Joining a BSS  BSSID and SSID  Ad Hoc Mode and IBSS  Infrastructure Mode and ESS  Distribution System (DS)  Distribution System Media  Layer 2 and Layer 3 Roaming 3.1.3. Explain and apply the following power management features of WLANs  Active Mode  Power Save Mode  Unscheduled Automatic Power Save Delivery (U-APSD)  WMM Power-Save (WMM-PS)  Power Save Multi-Poll (PSMP)  Spatial Multiplexing Power Save (SMPS)  TIM/DTIM/ATIM 3.2. IEEE 802.11 MAC & PHY Layer Technologies 3.2.1. Describe and apply the following concepts surrounding WLAN frames  IEEE 802.11 Frame Format vs. IEEE 802.3 Frame Format  Layer 3 Protocol Support by IEEE 802.11 Frames  Terminology Review: Frames, Packets, and Datagrams  Terminology Review: Bits, Bytes, and Octets  Terminology: MAC & PHY  Guard Interval (GI)  PSDU  PPDU  PPDU Formats  MSDU  MPDU  A-MPDU  A-MSDU  802.11 Frame Format  802.11 Frame Types  Interframe Spaces (RIFS, SIFS, PIFS, DIFS, AIFS, EIFS)  Block Acknowledgements  Jumbo frame support (Layer 2)  MTU discovery and functionality (Layer 3)

3.2.2. Identify methods described in the IEEE 802.11-2007 standard for locating, joining, and maintaining connectivity with an IEEE 802.11 WLAN  Active Scanning (Probes)  Passive Scanning (Beacons)  Dynamic Rate Switching 3.2.3. Define, describe, and apply IEEE 802.11 coordination functions and channel access methods and features available for optimizing data flow across the RF medium  DCF and HCF coordination functions  EDCA channel access method  RTS/CTS and CTS-to-Self protocols  HT Dual-CTS Protection  HT L-SIG Protection  HT Channel Width Operation (20 MHz, 20/40 MHz, PCO)  HT Operation Modes (0, 1, 2, 3)  Fragmentation 3.3. WLAN Infrastructure and Client Devices 3.3.1. Identify the purpose of the following WLAN infrastructure devices and describe how to install, configure, secure, and manage them  Autonomous Access Points  Lightweight Access Points  Mesh Access Points / Routers  Enterprise WLAN Controllers  Remote Office WLAN Controllers  PoE Injectors (single and multi-port) and PoE-enabled Ethernet Switches  WLAN Bridges  Residential WLAN Gateways  Enterprise Encryption Gateways 3.3.2. Describe the purpose of the following WLAN client devices and explain how to install, configure, secure, and manage them  PC Cards (ExpressCard, CardBus, and PCMCIA)  USB2, CF, and SD Devices  PCI, Mini-PCI, and Mini-PCIe Cards  Workgroup Bridges IEEE 802.11 Network Implementation – 17% 4.1. IEEE 802.11 Network Design, Implementation, and Management 4.1.1. Identify technology roles for which WLAN technology is appropriate and describe implementation of WLAN technology in those roles  Corporate data access and end-user mobility  Network extension to remote areas  Building-to-building connectivity - Bridging  Last-mile data delivery – Wireless ISP  Small Office / Home Office (SOHO) use  Mobile office networking  Educational / Classroom use  Industrial – Warehousing and Manufacturing  Healthcare – Hospitals and Offices  Hotspots – Public Network Access  Municipal Networks  Transportation Networks (trains, planes, automobiles)  Law Enforcement Networks 4.2. IEEE 802.11 Network Troubleshooting 4.2.1. Identify and explain how to solve the following WLAN implementation challenges using features available in enterprise class WLAN equipment.  System throughput  Co-channel and adjacent-channel interference  RF Noise and noise floor  Narrowband and wideband RF interference  Multipath (in SISO and MIMO environments)  Hidden nodes  Near/Far  Weather 4.3. Power over Ethernet (PoE) 4.3.1. IEEE 802.3-2005, Clause 33 (formerly IEEE 802.3af) 4.3.2. Powering HT (802.11n) devices  Proprietary midspan & endpoint PSEs  IEEE 802.3at draft midspan & endpoint PSEs 4.4. WLAN Architectures 4.4.1. Define, describe, and implement autonomous APs  Network connectivity  Common feature sets  Configuration, installation, and management  Advantages and limitations  QoS and VLANs 4.4.2. Define, describe, and implement WLAN controllers that use centralized and/or distributed forwarding  Network connectivity  Core, Distribution, and Access layer forwarding  Lightweight, mesh, and portal APs  WLAN profiles  Multiple BSSIDs per radio  Scalability  Intra- and Inter-controller station handoffs  Configuration, installation, and management  Advantages and limitations  Tunneling, QoS, and VLANs 4.4.3. Define, describe, and implement a WNMS that manages autonomous APs, WLAN controllers, and mesh nodes  Network connectivity  Common feature sets  Configuration, installation, and management  Advantages and limitations 4.4.4. Define, describe, and implement a multiple channel architecture (MCA) network model  BSSID / ESSID configuration  Site surveying methodology  Network throughput capacity  Co-channel and adjacent channel interference  Cell sizing (including micro-cell) 4.4.5. Define, describe, and implement a single channel architecture (SCA) network model  BSSID / ESSID configuration (including Virtual BSSIDs)  Site surveying methodology  Network throughput capacity  Co-channel and adjacent channel interference  Cell sizing  Transmission coordination  Channel stacking 4.4.6. Define and describe alternative WLAN architectures  WLAN Arrays  Cooperative Control  Mesh Networks IEEE 802.11 Network Security – 10% 5.1. IEEE 802.11 Network Security Architecture 5.1.1. Identify and describe the strengths, weaknesses, appropriate uses, and implementation of the following IEEE 802.11 security-related items:  Legacy Security Mechanisms  WEP Cipher Suite  Open System Authentication  Shared Key Authentication  MAC Filtering  SSID Hiding  Modern Security Mechanisms  WPA- / WPA2-Enterprise  WPA- / WPA2-Personal  Wi-Fi Protected Setup (WPS)  TKIP and CCMP Cipher Suites  802.1X / EAP Framework  Preshared Key (PSK) / Passphrase Authentication  Additional Mechanisms  Secure Device Management Protocols (HTTPS, SNMPv3, SSH2)  Role Based Access Control (RBAC) 5.2. IEEE 802.11 Network Security Analysis, Performance Analysis, and Troubleshooting 5.2.1. Describe, explain, and illustrate the appropriate applications for the following wireless security solutions  Wireless Intrusion Protection System (WIPS)  Security Monitoring, Containment, and Reporting  Performance Monitoring and Reporting  Troubleshooting and Analysis  Protocol and Spectrum Analyzers  Security and Performance Monitoring  Troubleshooting and Analysis 5.3. IEEE 802.11 Network Security Policy Basics 5.3.1. Describe the following General Security Policy elements  Applicable Audience  Risk Assessment  Impact Analysis  Security Auditing  Policy Enforcement  Monitoring, Response, and Reporting  Asset Management 5.3.2. Describe the following Functional Security Policy elements  Design and Implementation Best Practices  Small Office / Home Office (SOHO)  Small & Medium Business (SMB)  Enterprise  Password Policy  Acceptable Use & Abuse Policy  Training Requirements  Physical Security  Social Engineering IEEE 802.11 RF Site Surveying – 18% 6.1. IEEE 802.11 Network Site Survey Fundamentals 6.1.1. Explain the importance of and the processes involved in information collection for manual and predictive RF site surveys. (These happen in preparation for an RF site survey)  Gathering business requirements  Interviewing managers and users  Defining physical and data security requirements  Gathering site-specific documentation  Documenting existing network characteristics  Gathering permits and zoning requirements  Indoor- or Outdoor-specific information  Identifying infrastructure connectivity and power requirements  Understanding RF coverage requirements  Understanding data capacity and client density requirements  VoWiFi considerations for delay and jitter  Client connectivity requirements  Antenna use considerations  Aesthetics requirements  Tracking system considerations  WIPS sensor considerations 6.1.2. Explain the technical aspects involved in performing manual and predictive RF site surveys. (These happen as part of the RF site survey)  Locating and identifying RF interference sources  Defining AP and antenna types to be used  Defining AP and antenna placement locations  Defining AP output power and channel assignments  Defining co-channel and adjacent-channel interference  Testing applications for proper operation 6.1.3. Describe site survey reporting and follow-up procedures for manual and predictive RF site surveys. (These happen after the RF site survey)  Reporting methodology  Customer reporting requirements  Hardware recommendations and bills of material  Application analysis for capacity and coverage verification 6.2. IEEE 802.11 Network Site Survey Systems and Devices 6.2.1. Identify the equipment, applications, and system features involved in performing predictive site surveys  Predictive analysis / simulation applications (also called RF planning and management tools)  Integrated predictive site survey features of WLAN controllers  Site survey verification tools and/or applications  Indoor site surveys versus outdoor site surveys 6.2.2. Identify the equipment, applications, and methodologies involved in performing manual site surveys  Site survey hardware kits  Spectrum analyzers  Protocol analyzers  Active site survey tools and/or applications  Passive site survey tools and/or applications  VoWiFi site survey best practices (dB boundaries, antenna use, balanced links)  Manufacturer’s client utilities 6.2.3. Identify the equipment, applications, and methodologies involved in self-managing RF technologies  Automated RF resource management

Make The Best Choice Chose - certkillers
Make yourself more valuable in today's competitive computer industry certkillers's preparation material includes the most excellent features, prepared by the same dedicated experts who have come together to offer an integrated solution. We provide the most excellent and simple method to pass your CWNA CWSP PW0-104 exam on the first attempt "GUARANTEED".

Unlimited Access Package
will prepare you for your exam with guaranteed results, PW0-104 Study Guide. Your exam will download as a single PW0-104 PDF or complete PW0-104 testing engine as well as over +4000 other technical exam PDF and exam engine downloads. Forget buying your prep materials separately at three time the price of our unlimited access plan - skip the PW0-104 audio exams and select the one package that gives it all to you at your discretion: PW0-104 Study Materials featuring the exam engine.

certkillers PW0-104 Exam Prepration Tools
certkillers CWNA CWSP preparation begins and ends with your accomplishing this credential goal. Although you will take each CWNA CWSP online test one at a time - each one builds upon the previous. Remember that each CWNA CWSP exam paper is built from a common certification foundation.

PW0-104 Exam Testing Engines
Beyond knowing the answer, and actually understanding the PW0-104 test questions puts you one step ahead of the test. Completely understanding a concept and reasoning behind how something works, makes your task second nature. Your PW0-104 quiz will melt in your hands if you know the logic behind the concepts. Any legitimate CWNA CWSP prep materials should enforce this style of learning - but you will be hard pressed to find more than a CWNA CWSP practice test anywhere other than certkillers.

PW0-104 Exam Questions and Answers with Explanation
This is where your CWNA CWSP PW0-104 exam prep really takes off, in the testing your knowledge and ability to quickly come up with answers in the PW0-104 online tests. Using CWSP PW0-104 practice exams is an excellent way to increase response time and queue certain answers to common issues.

PW0-104 Exam Study Guides
All CWNA CWSP online tests begin somewhere, and that is what the CWNA CWSP training course will do for you: create a foundation to build on. Study guides are essentially a detailed CWNA CWSP PW0-104 tutorial and are great introductions to new CWNA CWSP training courses as you advance. The content is always relevant, and compound again to make you pass your PW0-104 exams on the first attempt. You will frequently find these PW0-104 PDF files downloadable and can then archive or print them for extra reading or studying on-the-go.

PW0-104 Exam Video Training
For some, this is the best way to get the latest CWNA CWSP PW0-104 training. However you decide to learn PW0-104 exam topics is up to you and your learning style. The certkillers CWNA CWSP products and tools are designed to work well with every learning style. Give us a try and sample our work. You'll be glad you did.

PW0-104 Other Features
* Realistic practice questions just like the ones found on certification exams.
* Each guide is composed from industry leading professionals real CWNA CWSPnotes, certifying 100% brain dump free.
* Study guides and exam papers are guaranteed to help you pass on your first attempt or your money back.
* Designed to help you complete your certificate using only
* Delivered in PDF format for easy reading and printing certkillers unique CBT PW0-104 will have you dancing the CWNA CWSP jig before you know it
* CWSP PW0-104 prep files are frequently updated to maintain accuracy. Your courses will always be up to date.

Get CWSP ebooks from certkillers which contain real PW0-104 exam questions and answers. You WILL pass your CWSP exam on the first attempt using only certkillers's CWSP excellent preparation tools and tutorials.

This is what our customers are saying about certkillers.com.
These are real testimonials. Hi friends! certkillers.com is No1 in sites coz in $50 I cant believe this but when I purchased the $50 package it was amazing I CWNA passed 10 Exams using certkillers guides in one Month So many thanks to certkillers Team , Please continue this offer for next year also. So many Thanks

Mike CA
Thank You! I would just like to thank certkillers.com for the CWNA CWSP PW0-104 test guide that I bought a couple months ago and I took my test and pass overwhelmingly. I completed the test of 155 questions in about 90 minutes I must say that their Q & A with Explanation are very amazing and easy to learn.

Jay Brunets
After my co-workers found out what I used to pass CWNA CWSP PW0-104 the test, that many are thinking about purchasing certkillers.com for their CWSP exams, I know I will again

John NA
I passed the CWNA CWSP PW0-104 exam yesterday, and now it's on to security exam. Couldn't have done it with out you. Thanks very much.

Oley R.
Hello Everyone
I Just Passed The CWNA CWSP PW0-104 Took 80 to 90 Minutes max to understand and easy to learn. Thanks For Everything Now On To PW0-104

Robert R.
Hi certkillers.com thanks so much for your assistance in CWNA CWSP i passed today it was a breeze and i couldn't have done it without you. Thanks again

Seymour G.
I have used your Exam Study Guides for preparation for CWNA CWSP PW0-104. I also passed all those on the first round. I'm currently preparing for the Microsoft and theCWSP. exams

Ken T.
I just wanted to thank you for helping me get myCWSP $50 package for all guides is awesome you made the journey a lot easier. I passed every test the first time using your Guide

Mario B.
I take this opportunity to express my appreciation to the authors of certkillers.com CWNA CWSP test guide. I purchased the PW0-104 soon after my formal hands on training and honestly, my success in the test came out of nowhere but certkillers.com. Once again I say thanks

Kris H.
Dear certkillers.com team the test no. PW0-104 that i took was very good, I received 880 and could have gain more just by learning your exams

Gil L.
Hi and Thanks I have just passed the CWSP Directory Services Design exam with a score of 928 thanks to you! The guide was excellent

Edward T.
Great stuff so far....I love this site....!! I am also on the CWNA CWSP I decided to start from certkillers and start learning study CWSP from home... It has been really difficult but so far I have managed to get through 4 exams....., now currently studying for the more exams.... Have a good day.................................................. Cheers

Ted Hannam
Thanks for your Help, But I have finally downloaded CWNA CWSP PW0-104 exam preparation from certkillers.com they are provided me complete information about the exam, lets hope I get success for the PW0-104 exam, I found there exams very very realistic and useful. thanks again

lindsay Paul

certkillers Offline Testing Engine Simulator Download

Prepare with yourself how certkillers Offline Exam Simulator it is designed specifically for any exam preparation. It allows you to create, edit, and take practice tests in an environment very similar to an actual exam.


Supported Platforms: Windows-7 64bit or later - EULA | How to Install?


FAQ's: Windows-8 / Windows 10 if you face any issue kinldy uninstall and reinstall the Simulator again.



Download Offline Simulator-Beta

certkillers Testing Engine Features

• certkillers Testing Engine simulates the real exam environment.
• Interactive Testing Engine Included
• Live Web App Testing Engine
• Offline Downloadable Desktop App Testing Engine
• Testing Engine App for Android
• Testing Engine App for iPhone
• Testing Engine App for iPad
• Working with the certkillers Testing Engine is just like taking the real tests, except we also give you the correct answers.
• More importantly, we also give you detailed explanations to ensure you fully understand how and why the answers are correct.

certkillers Android Testing Engine Simulator Download

Take your learning mobile android device with all the features as desktop offline testing engine. All android devices are supported.
Supported Platforms: All Android OS EULA

Install the Android Testing Engine from google play store and download the app.ck from certkillers website android testing engine download

certkillers Android Testing Engine Features

• certkillers Offline Android Testing Engine
• Make sure to enable Root check in Playstore
• Live Realistic practice tests
• Live Virtual test environment
• Live Practice test environment
• Mark unanswered Q&A
• Free Updates
• Save your tests results
• Re-examine the unanswered Q & A
• Make your own test scenario (settings)
• Just like the real tests: multiple choice questions
• Updated regularly, always current