Free Ericsson ECP-383 Exam Questions
Try our Free Demo Practice Tests for Comprehensive ECP-383 Exam Preparation
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Ericsson ECP-383 Exam Questions
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Provided By: Ericsson
- Exam: Ericsson Certified Associate - Radio Network Optimization
- Certification: Ericsson Certified Associate
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Total Questions: 62
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Updated On: Nov 26, 2024
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Rated: 4.9 |
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Online Users: 124
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Question 1
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You have collocated sectors In your 2G network on the GSM 900 and the DCS 1800 bands. Reviewing the
network level traffic distribution, you noticed that the GSM 900 sectors have five times more traffic than the
DCS 1800 sectors.
Which two actions would improve load balancing between these bands? (Choose two.)
Answer: B
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You have collocated sectors In your 2G network on the GSM 900 and the DCS 1800 bands. Reviewing the
network level traffic distribution, you noticed that the GSM 900 sectors have five times more traffic than the
DCS 1800 sectors.
Which two actions would improve load balancing between these bands? (Choose two.)
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Question 2
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Which KPI must be captured in a drive test with TEMS to review VoLTE accessibility?
Answer: A
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Which KPI must be captured in a drive test with TEMS to review VoLTE accessibility?
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Question 3
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What are two correct characteristics of TDD and FDD LTE systems? (Choose two.)
Answer: B,C
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What are two correct characteristics of TDD and FDD LTE systems? (Choose two.)
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Question 4
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In LTE, what is the definition of an A2 event?
Answer: C
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In LTE, what is the definition of an A2 event?
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Question 5
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A customer is deploying VoLTE and complains about high voice drop rates and voice quality degradation at
the cell edge in most LTE cells in the area. The network has a dense WCDMA coverage on the 700 MHz band
and patchy LTE coverage on the 2100 MHz band.
Which two features would you activate to solve this problem? (Choose two.)
Answer: C,D
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A customer is deploying VoLTE and complains about high voice drop rates and voice quality degradation at
the cell edge in most LTE cells in the area. The network has a dense WCDMA coverage on the 700 MHz band
and patchy LTE coverage on the 2100 MHz band.
Which two features would you activate to solve this problem? (Choose two.)