A. True
B. False
A. Background information
B. Existing network conditions
C. Engineering Parameter Table
D. Project documents
E. The latest network planning base station survey table
A. Currently TAL of LTE can contain up to 16 TAs
B. The number of cells in the TA of LTE should be smaller than the number of cells in the corresponding LA of 2G/3G
C. The TA plan of LTE should be consistent with the LA plan of 2G/3
D. Each single carrier cell can belong to multiple Tas
A. The probability that F band meets RSRP> -lOOdBm and RS-SINR> -3dB is greater than 98%; D band is greater than 90%
B. The probability that F band meets RSRP> -105dBm and RS-SINR> -3dB is greater than 98%; D band is greater than 90%
C. The probability that F band meets RSRP> -HOdBm and RS-SINR> -3dB is greater than 98%; D band is greater than 90%
D. The probability that F band meets RSRP> -95dBm and RS-SINR >-3dB is greater than 98%; D band is greater than 90%
A. Topological structure planning: the site distribution is as uniform as possible
B. The angle of the sector in the station should be kept as close as possible to 60 degrees, direct sparring between stations can enhance coverage
C. Station spacing control: strictly avoid overlapping coverage sites within 100m
D. Station height control: strictly control the station height to avoid over-zone interference
A. Of all the districtsPCIAll different
B. Cells that meet the reuse degreePCICan be the same
C. Need for cells with overlapping coverage areasPCImold3same
D. Avoid cells with overlapping coverage areaspcimold3same
