HCIP-LTE-RNP&RNO Certification H35-561 Updated Dumps

1. What kind of logos are the same across the entire network? (Multiple Choice)

2. Which of the following transmission modes does the RLC layer support? (Multiple Choice)

3. PDSCH carries DL-SCH and PCH information.

4. Which of the following carries PUSCH scheduling information?

5. SFBC is a transmit diversity technology that mainly obtains transmit diversity gain and is used in areas with low SINR, such as cell edges. Compared with STBC, SFBC is a space-frequency two-dimensional transmit diversity, while STBC is a space-time two-dimensional transmit diversity.

6. On which channels does the E-UTRAN system message SI be sent? (Multiple Choice)

7. Which of the following radio bearers can carry NAS messages? (Multiple Choice)

8. Which of the following defines the maximum sum of all non-GBR bearers between the UE and a PDN?

9. What information does the UE regain after a successful service request?

10. Regarding TA LIST, which of the following description are correct? (Multiple Choice)

11. For a particular UE, how many handover preparation processes can be performed at the same time?

12. Which of the following factors will affect the coverage distance of LTE downlink? (Multiple Choice)

13. Regarding LTE paging, which of the following description are correct? (Multiple Choice)

14. Regarding LTE neighbor cell planning, Which of the following description is incorrect?

15. Suppose the PCI of cell A is 6, and 2*2 MIMO is used. Which of the following neighboring cells are also 2*2 MIMO that will cause modulo three interference with cell A?

16. Which of the following value does the service cell reselection hysteresis be set to that is most likely to cause ping-pong reselection?

17. Which of the following parameters is not used for cell reselection control in different systems?

18. Regarding blind handover, which of following description are incorrect? (Multiple Choice)

19. Which of the following handovers will definitely not go to the same frequency cell? (Multiple Choice)

20. The purpose of PRACH power control is to transmit the preamble with as little power as possible under the premise of ensuring the success rate of random access of the eNodeB.