CWNP CWICP-202 Practice Exams
Last updated on Apr 07,2025- Exam Code: CWICP-202
- Exam Name: CWNP Wireless IoT Connectivity Professional (CWICP)
- Certification Provider: CWNP
- Latest update: Apr 07,2025
Which of the following wireless technologies use unlicensed frequency bands for IoT communication? (Select two)
- A . LoRaWAN
- B . LTE-M
- C . Zigbee
- D . 5G
MQTT is a popular protocol for IoT.
What does MQTT stand for?
- A . Message Queue Telemetry Transport
- B . Media Query Telemetry Transfer
- C . Medium Queue Telemetry Transfer
- D . Message Queue Transfer Transport
Which factor has the greatest impact on the range of a wireless IoT network?
- A . Data rate
- B . Frequency band
- C . Device power output
- D . Modulation technique
Which of the following are key principles of IoT security? (Select two)
- A . Confidentiality
- B . Integrity
- C . Data replication
- D . Signal strength
Which wireless IoT technology primarily focuses on ultra-low power consumption at the PHY layer?
- A . NB-IoT
- B . LoRaWAN
- C . Bluetooth Low Energy (BLE)
- D . Wi-Fi
Which of the following wireless IoT technologies support mesh networking? (Select two)
- A . Zigbee
- B . LTE-M
- C . Bluetooth Mesh
- D . Wi-Fi
Which of the following are key considerations when selecting a wireless IoT connectivity solution? (Select three)
- A . Range
- B . Bandwidth
- C . Device power consumption
- D . Frequency licensing
Which of the following mechanisms is commonly used by the MAC layer to avoid collisions in wireless communication?
- A . Time Division Multiplexing (TDM)
- B . Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA)
- C . Frequency Hopping Spread Spectrum (FHSS)
- D . Direct Sequence Spread Spectrum (DSSS)
Which wireless IoT technologies can be used for long-range communication? (Select two)
- A . Sigfox
- B . Bluetooth
- C . LoRaWAN
- D . NFC
Which of the following are considered best practices for securing wireless IoT networks? (Select two)
- A . Using default passwords
- B . Applying regular software updates
- C . Disabling unused network services
- D . Decreasing the signal range