Qualcomm 5G Associate-Level Certification
Exam Actual exam Questions with Correct
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SUMMARIZED EXAM COVERAGE
• 5G NR fundamentals and spectrum types
• 5G architecture (NSA vs SA, 5GC, gNB)
• RAN technologies (MIMO, beamforming, OFDM)
• Qualcomm Snapdragon modem architecture
• 5G protocol stack and scheduling
• Performance KPIs and mobility
• Security and authentication in 5G
• IoT and industrial 5G applications
• Edge computing and AI integration
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Q1
A network engineer is designing a 5G system that requires ultra-low latency for autonomous driving;
which 5G service category is most appropriate?
A. eMBB
B. URLLC
C. mMTC
D. GSM fallback
Answer: B
Rationale: URLLC is designed for ultra-reliable low-latency communication.
Q2
A smartphone connects to both LTE and 5G simultaneously; what architecture is being used?
A. Standalone (SA)
B. Non-Standalone (NSA)
C. WiMAX integration
D. Satellite mode
Answer: B
Rationale: NSA uses LTE anchor with 5G NR.
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Q3
A technician observes improved signal quality when antenna adjusts dynamically toward the user; what
technology is responsible?
A. Frequency hopping
B. Beamforming
C. CDMA spreading
D. FDM splitting
Answer: B
Rationale: Beamforming focuses signal directionally.
Q4
Which Qualcomm component primarily handles 5G radio signal processing in smartphones?
A. GPU
B. 5G modem
C. RAM controller
D. Audio codec
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Answer: B
Rationale: The modem processes cellular signals.
Q5
A network operator wants to support billions of low-power IoT devices; which 5G mode is best suited?
A. eMBB
B. URLLC
C. mMTC
D. LTE-A Pro
Answer: C
Rationale: mMTC supports massive IoT connectivity.
Q6
What is the primary advantage of mmWave spectrum in 5G networks?
A. Long range coverage
B. Extremely high data rates
C. Low power consumption
D. Better indoor penetration