CWNP CWISA-102 STUDY
GUIDE
Actual CWNP CWISA-102 Wi-Fi IoT Solutions Administrator Certification
Practice Test
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Get complete detail on CWNP CWISA-102 exam guide to crack CWNP Certified Wireless IoT Solutions
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CWNP Wi-Fi IoT Solutions Administrator CWISA102 Certification Study Guide
CWNP CWISA-102 Certification Exam Details
CWNP CWISA-102 certifications are globally accepted and add significant value to any
IT professional. The certification gives you a profound understanding of all the workings
of the network models and the devices that are utilized with it. NWExam.com is proud to
provide you with the best CWNP Exam Guides.
The CWNP CWISA-102 Exam is challenging, and thorough preparation is essential for
success. This cert guide is designed to help you prepare for the Wi-Fi IoT Solutions
Administrator certification exam. It contains a detailed list of the topics covered on the
Professional exam. These guidelines for the CWISA will help guide you through the
study process for your certification.
To obtain Wireless IoT Solutions Administrator certification, you are required to pass
CWNP CWISA-102 exam. This exam is created keeping in mind the input of
professionals in the industry and reveals how CWNP products are used in organizations
across the world.
CWISA-102 Wi-Fi IoT Solutions Administrator Sample Questions
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CWISA-102 Wireless IoT Solutions Administrator Exam
Summary
Exam Name
Exam Number
Exam Price
Duration
Number of Questions
Passing Score
Exam Registration
Sample Questions
Practice Exam
Wireless IoT Solutions Administrator
CWISA-102 CWISA
$275 USD
90 minutes
60
70%
Prometric
CWNP CWISA-102 Sample Questions
CWNP Certified Wireless IoT Solutions Administrator
Practice Test
Topics covered in the CWNP Wi-Fi IoT Solutions
Administrator CWISA-102 Exam
Section
Objectives
Wireless Technologies (15%)
Maintain continued
- Understand research and lab testing skills to maintain
awareness of wireless IoT technology awareness
technologies and
- Understand the most common applications of wireless
applications of those
technologies, the frequencies used and communication
technologies
protocols
- Institute of Electrical and Electronics Engineers (IEEE)
- Internet Engineering Task Force (IETF)
- Wi-Fi Alliance
Understand industry
- International Telecommunication Union (ITU)
standard, certification and
- Bluetooth Special Interest Group (SIG)
regulatory organizations
- 3rd Generation Partnership Project (3GPP)
and standards
- Connectivity Standards Alliance (CSA)
development processes
- LoRa Alliance
- Explain the roles of regulatory agencies such as the FCC,
IC, CE and others
- Wireless Local Area Network (WLAN)
Define wireless network
- Wireless Personal Area Network (WPAN)
types
- Wireless Body Area Network (WBAN)
- Wireless Metropolitan Area Network (WMAN)
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Section
Objectives
- Wireless Wide Area Network (WWAN)
- Wireless Sensor Network (WSN)
- Internet of Things (IoT)
• Industry 4.0/5.0
• Connected Vehicles
• Smart Cities
• Smart Offices/Buildings/Homes
- Processors
- Memory
- Radios
Understand hardware and - Storage
software components of
- Sensors
IoT end devices and
- Network connections
gateways
- Operating Systems/Firmware
- Application/Service Software
- Off-the-shelf Devices
- Custom Devices
Radio Frequency Communications (15%)
- Frequency, wavelength, amplitude, and phase
- Amplification, attenuation, and free space path loss
Explain the basic RF wave
- Absorption, reflection, refraction, scattering, and diffraction
characteristics, behaviors
- RF signal metrics
and measurements used
• Watt, milliwatt, and microwatt
for wireless
• Decibel (dB) and decibels to milliwatt (dBm)
communications
• RF noise and noise floor
• SNR and SINR
- Amplitude Shift Keying (ASK)
- Frequency Shift Keying (FSK)
- Phase Shift Keying (PSK)
Describe the fundamentals - Amplitude and Phase Shift Keying (APSK)
of modulation techniques - Quadrature Amplitude Modulation (QAM)
used in wireless
- Orthogonal Frequency Division Multiplexing (OFDM)
communications
- Orthogonal Frequency Division Multiple Access (OFDMA)
- Frequency Hopping
- Chirp Spread Spectrum (CSS)
- Additional modulation methods (AM, FM, and CW)
Explain the basic
- Radios (receivers, transmitters, and transceivers)
capabilities of components - Antennas
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Section
used in RF
communications
Objectives
- Intentional radiator and Equivalent Isotropically Radiated
Power (EIRP) and Effective Radiated Power (ERP)
- RF cabling and connectors
- Link types including PTP, PTMP, mesh, ad-hoc and ondemand
Describe the basic use and - Radio Frequency Bands
capabilities of the RF
- RF bands and communication ranges
bands
- RF bands and power levels
Planning Wireless Solutions (20%)
- Use cases and applications
- Capacity requirements
Identify and use the
- Security and monitoring requirements
wireless IoT system
- Integration requirements (automation, data
requirements
transfer/conversion, APIs, crossplatform integration)
- Stakeholder identification
- Budgetary constraints
- Security constraints
- Technical constraints
Identify and comply with
- Business policies and requirements
system constraints
- Regulatory constraints
- System dependencies
- Evaluate existing network infrastructure and understand
its limitations in the context of the new wireless system
Select appropriate wireless
IoT solutions based on
requirements and
constraints
- LAN networking requirements (VLANs, PoE, TCP/IP,
DHCP, DNS, wired connectivity, cellular connections, serial
data)
- WAN networking requirements
Plan for the technical
- Systems requirements (virtualization, containers, cloud
requirements of the
platforms, cabling, grounding, radios, antennas)
wireless IoT solution
- APIs, protocols, and programmability (RESTful,
Webhooks, Web Sockets, OpenConfig, MQTT)
- Frequency coordination compliance (channel capacity
management, interoperability, interference management)
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Section
Objectives
- Internet of Things (IoT) (CO-to-CO, CO-to-Service, CO-tohuman)
- 802.11 WLANs
Understand the basic
- Bluetooth
features and capabilities of - Zigbee
common wireless IoT
- 802.15.4-based protocols
solutions and plan for their - LoRaWAN
implementation
- Sigfox
- Location services (RTLS, Bluedot, geofencing, beaconing)
and location methods, including triangulation, trilateration
and multi-lateration
Implementing Wireless Solutions (25%)
Understand the wireless
- Automation, integration, and management protocols and
IoT solution and consider
standards (APIs, programming languages, data structures,
key issues related to
communication protocols, data of interest, analytics, and
automation, integration,
services)
monitoring, and
- Monitoring solutions (integrated, overlay, APIs)
management
- Pilot testing (proof-of-concept, early-stage analysis)
Use best practices in
- Configuration and staging
wireless IoT solution
- Installation
implementations
- Documentation
Validate wireless solution
implementations including - Initial testing
RF communications and
- Troubleshooting and remediation
application functionality
- Configure and mount wireless equipment according to
applicable safety requirements (OSHA) and building codes
- Configure connectivity (wireless and wired)
- Configure the network infrastructure or communicate
configuration requirements to the appropriate individuals
Understand and implement
- Configure cloud connectivity where appropriate
basic installation
- Configure features related to video, voice, captive portals,
procedures
container-based apps, telemetry, location services, MDM
and SDN/NFV
- Implement appropriate security solutions for the selected
wireless system
• Authentication
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Section
Objectives
• Authorization
• Encryption
• Monitoring
- Staff training (end users, administrators)
Implement best practices in - Solution documentation (topology, configuration,
knowledge transfer and
protocols, physical locations, APIs in use)
hand-off
- Final customer meeting (requirements review, stakeholder
approval)
Supporting Wireless Solutions (25%)
- Healthcare
- Industrial/Manufacturing
- Smart Cities
Administer the wireless
- Consumer spaces (smart homes)
solution while considering
- Smart Agro
the implications of various
- Smart Offices/Buildings
vertical markets
- Retail
- Education
- Large Public Venues
- Interference
- Improper configuration
- Security misconfiguration
Troubleshoot common
- Signal strength
problems in wireless IoT
- Malfunctioning hardware
solutions
- Software/firmware issues
- Drivers
- Faulty custom software code
- Faulty installation
- Identify and differentiate among the features of various
scripting/programming languages (Python, R, PHP, C (and
variants), JavaScript, Java and TypeScript)
Understand and determine - Understand the basics of data structures commonly used
the best use of scripting
for integration of networked systems
and programming solutions
• JSON
for wireless IoT
• YANG
implementations
• XML
• YAML
• XAML
- Understand the basics of APIs and common models
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Section
Understand application
architectures and their
impact on wireless IoT
solutions
PDF
Objectives
• RESTful
• webhooks
• WebSockets
• Standard HTTP GET/POST processing
- Understand the basics of networking, application and
security protocols used in wireless IoT solutions
• HTTP/HTTPS
• NETCONF
• OpenConfig
• MQTT, DDS, AMQP, CoAP
• SNMP
• SSL/TLS
• SSH
• IPv4/IPv6
• TCP/UDP
- Single-tier architecture
- Multi-tier architecture
- Database systems (relational, No-SQL, streaming data)
- Web Servers
- Application servers/services (Network Time Protocol,
DNS, system-specific)
What type of questions are on the CWNP CWISA-102 exams?
●
●
●
●
●
Single answer multiple choice
Multiple answer multiple choice
Drag and Drop (DND)
Router Simulation
Testlet
Wi-Fi IoT Solutions Administrator CWISA-102 Practice Exam
Questions.
Grab an understanding from these CWNP CWISA-102 sample questions and answers
and improve your CWISA-102 exam preparation towards attaining a Wireless IoT
Solutions Administrator Certification. Answering these sample questions will make you
familiar with the types of questions you can expect on the actual exam. Doing practice
with Wi-Fi IoT Solutions Administrator CWISA questions and answers before the exam
as much as possible is the key to passing the CWNP CWISA-102 certification exam.
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CWISA-102 Wireless IoT Solutions Administrator Sample Questions:01. What are the advantages of using the 2.4 GHz frequency band for
wireless IoT communications?
(Select two)
a) Greater device compatibility
b) Longer range due to better obstacle penetration
c) Higher data rates compared to the 5 GHz band
d) Reduced interference from other devices
Answer: a, b
02. Which wireless technology is most commonly used for shortrange communication between devices in a personal area network
(PAN)?
a) Wi-Fi
b) Zigbee
c) Bluetooth
d) LoRaWAN
Answer: c
03. When planning a wireless IoT solution for a large industrial site,
what is a key consideration for ensuring reliable connectivity?
a) Reducing the frequency of data transmission
b) Minimizing the number of devices connected to the network
c) Using only low-power communication protocols
d) Placing wireless access points to ensure complete coverage and
redundancy
Answer: d
04. Which actions can help ensure reliable communication in wireless
IoT deployments with high device density?
(Select two)
a) Implementing advanced channel management techniques
b) Reducing the number of devices in the network
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c) Using mesh networking to distribute traffic
d) Increasing device power consumption
Answer: a, c
05. In the context of radio frequency (RF) communications, what does
attenuation refer to?
a) The increase in signal strength as it travels
b) The loss of signal strength as it travels through space or obstacles
c) The interference caused by multiple devices on the same frequency
d) The power consumption of wireless devices
Answer: b
06. What are the primary goals of implementing centralized
management software for wireless IoT solutions?
(Select two)
a) Monitoring device status in real time
b) Reducing device transmission power
c) Automating firmware updates and security patches
d) Simplifying device installation
Answer: a, c
07. What factors should be considered when selecting an antenna for
IoT devices in an industrial environment?
(Select two)
a) Device firmware compatibility
b) Resistance to harsh environmental conditions
c) Device color
d) Signal range requirements
Answer: b, d
08. When implementing a wireless IoT solution, what is a key
consideration for ensuring network scalability?
a) Use of fixed communication protocols
b) Modular network architecture to add devices easily
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c) Limiting the number of devices in the network
d) Using only low-power devices
Answer: b
09. Which factors are critical when conducting a site survey for a
wireless IoT solution?
(Select two)
a) Network latency requirements
b) Coverage area requirements
c) Device power consumption
d) Physical obstructions and interference sources
Answer: b, d
10. In an IoT solution designed for smart agriculture, what is a key
consideration when planning wireless connectivity for sensors
distributed over large areas?
a) Power consumption of each sensor
b) Compatibility with local Wi-Fi networks
c) Line-of-sight communication
d) Security of the communication channel
Answer: c
Not every IT certification is intended for professionals, but CWNP certification is a great
deal. After achieving this CWNP CWISA-102, you can grab an opportunity to be an IT
professional with unique capability and can help the industry or get a good job. Many
individuals do the CWNP certifications just for the interest, and that payback as a
profession because of the worth of this course.
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