worksheet in aws
DESCRIPTION
AWSTRANSCRIPT
Input OutputNetwork Settings RE Distribution in DL
Cyclic Prefix: Total Number of REs in Downlink:Normal 42000
PDCCH Overhead: Total Number of Reference Signal REs:2 4000
PUCCH Overhead: Total Number of S-SCH REs:2 144
Cell Configuration Total Number of P-SCH REs:Frequency Band: 144
FDDTotal Number of PBCH REs:
Channel Bandwidth: 2645
Total Number of PDCCH REs:TDD Frame Configuration: 5000
D-UUD DDDDDTotal Number of PDSCH REs:
Number of Transmission Antenna Ports: 324482
RE Distribution in ULTotal Number of REs in Uplink:
38640
Total Number of SRS REs:2760
Total Number of DRS REs:5520
Total Number of PUSCH REs:30360
Bearer Efficiency DL Peak RLC Throughput UL Peak RLC ThroughputQPSK 1/12 0.1523 494,183.04 462,382.80QPSK 1/9 0.2344 760,581.12 711,638.40QPSK 1/6 0.3770 1,223,289.60 1,144,572.00QPSK 1/3 0.6016 1,952,071.68 1,826,457.60QPSK 1/2 0.8770 2,845,689.60 2,662,572.00QPSK 3/5 1.1758 3,815,235.84 3,569,728.8016QAM 1/3 1.4766 4,791,271.68 4,482,957.6016QAM 1/2 1.9141 6,210,871.68 5,811,207.6016QAM 3/5 2.4063 7,807,962.24 7,305,526.8064QAM 1/2 2.7305 8,859,926.40 8,289,798.0064QAM 1/2 3.3223 10,780,199.04 10,086,502.80For Efficiency 4 4.0000 12,979,200.00 12,144,000.0064QAM 3/4 4.5234 14,677,528.32 13,733,042.4064QAM 5/6 5.1152 16,597,800.96 15,529,747.2064QAM 11/12 5.5547 18,023,890.56 16,864,069.20
FDD Normal 1 0 D-UUU D-UUUTDD Extended 2 1 D-UUD D-UUD
4 2 D-UDD D-UDD3 D-UUU DDDDD
D-UUD DDDDDD-UDD DDDDD
Frequency Band
Cyclic Prefix
Number of Transmission Antenna Ports
PDCCH Overhead
TDD Frame Configuration
2 6 1.4 6 04 4 3 15 16 2 5 25 26 3 10 50 37 2 15 75 48 1 20 100
Number of DL Subframes
Number of UL Subframes
Channel Bandwidths
Number of Frequency
Blocks
PUCCH Overhead
LegendConstantsDetermined from InputIntermediate ResultOutput
ConstantsResource Block Width (Hz):
180000
Number of Slots per Subframe:2
Number of CCH Frequency Blocks:6
Frame Duration (s):0.01
Subcarrier/Frequency Block ConfigurationSubcarrier Width (Hz):
15000
Number of Subcarriers per Frequency Block:12
Number of Symbol Durations per Slot:7
Number of Frequency Blocks per Channel:25
Total Number of REs in 1 RB:168
Total DL Cell ResourcesNumber of Downlink Subframes:
10
Total Number of REs in Downlink:42000
Control Channel OverheadsNumber of Reference Signal REs in 1 RB:
16
Total Number of Reference Signal REs:4000
Total Number of S-SCH REs:144
Total Number of P-SCH REs:144
Total Number of PBCH REs:264
Total Number of PDCCH REs:5000
Effective DL Cell ResourcesTotal Number of PDSCH REs:
32448
Total UL Cell ResourcesNumber of Uplink Subframes:
10
Total Number of REs in Uplink:38640
Control Channel OverheadsNumber of Sounding Reference Signal REs in the frame:
2760
Number of Demodulation Reference Signal REs in the frame:5520
Effective UL Cell ResourcesTotal Number of PUSCH REs:
30360
180 kHz fixed by 3GPP
2 fixed by 3GPP
6 fixed by 3GPP
10 ms fixed by 3GPP
15 kHz defined by 3GPP, fixed in Atoll
180 kHz / 15 kHz
Depends on the cyclic prefix (see Source for the mapping)
Depends on the channel bandwidth (see Source for the mapping)
Number of subcarriers in 1 frequency block * Number of symbol durations per slot * Number of slots per subframe
Depends on the frequency band type and the TDD frame configuration (see Source for the mappings)
Number of resource elements in 1 RB * Number of frequency blocks per channel * Number of subframes per frame
8 if number of antennas = 1, 16 if number of antennas = 2, 24 if number of antennas = 4
Total number of reference signal REs in 1 frame, i.e, Number of reference signal REs in 1 RB * Total number of REs in downlink / Total number of REs in 1 RB
Number of slots over which the S-SCH is transmitted in 1 frame (2) * Number of subcarriers per frequency block * Number of CCH frequency blocks (6)
Number of slots over which the P-SCH is transmitted in 1 frame (2) * Number of subcarriers per frequency block * Number of CCH frequency blocks (6)
Number of slots over which the PBCH is transmitted in 1 frame (2) * Number of subcarriers per frequency block * Number of CCH frequency blocks (6)
Number of PDCCH REs excluding any reference signal REs that fall within the PDCCH (depends on the number of antennas and the PDCCH symbol durations)
Total number of REs in 1 frame - all CCH overheads
Depends on the frequency band type and the TDD frame configuration (see Source for the mappings)
Number of resource elements in 1 RB * Number of frequency blocks per channel less the PUCCH frequency blocks * Number of subframes per frame
Number of SRS REs in 1 RB (12) * Number of REs in UL / Number of REs in 1 RB
Number of DRS REs in 1 RB (24) * Number of REs in UL / Number of REs in 1 RB
Total number of REs in 1 frame - all CCH overheads
Number of subcarriers in 1 frequency block * Number of symbol durations per slot * Number of slots per subframe
Depends on the frequency band type and the TDD frame configuration (see Source for the mappings)
Number of resource elements in 1 RB * Number of frequency blocks per channel * Number of subframes per frame
Total number of reference signal REs in 1 frame, i.e, Number of reference signal REs in 1 RB * Total number of REs in downlink / Total number of REs in 1 RB
Number of slots over which the S-SCH is transmitted in 1 frame (2) * Number of subcarriers per frequency block * Number of CCH frequency blocks (6)
Number of slots over which the P-SCH is transmitted in 1 frame (2) * Number of subcarriers per frequency block * Number of CCH frequency blocks (6)
Number of slots over which the PBCH is transmitted in 1 frame (2) * Number of subcarriers per frequency block * Number of CCH frequency blocks (6)
Number of PDCCH REs excluding any reference signal REs that fall within the PDCCH (depends on the number of antennas and the PDCCH symbol durations)
Depends on the frequency band type and the TDD frame configuration (see Source for the mappings)
Number of resource elements in 1 RB * Number of frequency blocks per channel less the PUCCH frequency blocks * Number of subframes per frame