3GPP_categories_and_data_rates_up_to_Rel_15_po_en_海报.pdf
需积分: 9 155 浏览量
2021-03-27
00:37:31
上传
评论
收藏 3.31MB PDF 举报
Category 3GPP release Maximum
number of
HS-DSCH
codes
received
Minimum
inter-TTI
interval
Total number
of serving/sec-
ondary serving
HS-DSCH cells
Total number of serving/
secondary serving HS-DSCH
cells in which MIMO mode
can be configured
Support for
16QAM
in DL
Support for
64QAM
in DL
Theoretical
maximum
downlink
physical data
rate in Mbit/s
1 5 3 1 0 yes no
1.2
2 5 3 1 0 1.2
3 5 2 1 0 1.8
4 5 2 1 0 1.8
5 5 1 1 0 3.6
6 5 1 1 0 3.6
7 10 1 1 0 7.2
8 10 1 1 0 7.2
9 15 1 1 0 10.1
10 15 1 1 0 13.9
11 5 2 1 0 no no 0.9
12 5 1 1 0 1.8
13 Rel. 7 15 1 1 0
yes yes
17.6
14 Rel. 7 15 1 1 0 21.1
15 Rel. 7 15 1 1 1 (MIMO 2x2)
yes
no 23.3
16 Rel. 7 15 1 1 1 (MIMO 2x2) 27.9
17 Rel. 7 15 1 1 0
yes
yes 17.6
1 1 (MIMO 2x2)
yes
no 23.3
18 Rel. 7 15 1 1 0
yes
yes 21.1
1 1 (MIMO 2x2)
yes
no 27.9
19 Rel. 7 15 1 1 1 (MIMO 2x2)
yes
yes 35.2
20 Rel. 7 15 1 1 1 (MIMO 2x2) 42.2
21 Rel. 8 15 1 2 (Dual-Cell) 0
yes
no 23.3
22 Rel. 8 15 1 2 (Dual-Cell) 0 27.9
23 Rel. 8 15 1 2 (Dual-Cell) 0
yes
yes 35.2
24 Rel. 8 15 1 2 (Dual-Cell) 0 42.2
25 Rel. 9 15 1 2 (Dual-Cell) 2 (MIMO 2x2)
yes
no 46.7
26 Rel. 9 15 1 2 (Dual-Cell) 2 (MIMO 2x2) 55.9
27 Rel. 9 15 1 2 (Dual-Cell) 2 (MIMO 2x2)
yes
yes 70.5
28 Rel. 9 15 1 2 (Dual-Cell) 2 (MIMO 2x2) 84.3
29 Rel. 10 15 1 3 (Triple-Cell) 0 yes yes 63.2
30 Rel. 10 15 1 3 (Triple-Cell) 3 (MIMO 2x2) yes yes 126.5
31 Rel. 10 15 1 4 (Quad-Cell) 0 yes yes 84.3
32 Rel. 10 15 1 4 (Quad-Cell) 4 (MIMO 2x2) yes yes 168.7
33 Rel. 11 15 1 6 (Hexa-Cell) 0 yes yes 126.5
34 Rel. 11 15 1 6 (Hexa-Cell) 6 (MIMO 2x2) yes yes 253.1
35 Rel. 11 15 1 8 (Octa-Cell) 0 yes yes 168.7
36 Rel. 11 15 1 8 (Octa-Cell) 8 (MIMO 2x2) yes yes 337.5
37 Rel. 11 15 1 2 (Dual-Cell) 2 (MIMO 4x4) yes yes 168.7
38 Rel. 11 15 1 4 (Quad-Cell) 4 (MIMO 4x4) yes yes 337.5
Category 3GPP release Maximum
number of
E-DCH codes
transmitted
per transport
block
Minimum
spreading
factor
Support for
10ms and
2ms TTI
E-DCH
Support for
16QAM in UL
Support for
64QAM in UL
Dual Cell
E-DCH
UL MIMO Theoretical
maximum up-
link physical
data rate in
Mbit/s
1 1 SF4 10 ms no no no no 0.7
2 2 SF4 10 ms/2 ms no no no no 1.45/1.40
3 2 SF4 10 ms no no no no 1.4
4 2 SF2 10 ms/2 ms no no no no 2.0/2.8
5 2 SF2 10 ms no no no no 2.0
6 4 SF2 10 ms/2 ms no no no no 2.0/5.7
7 Rel. 7 4 SF2 10 ms/2 ms yes (2 ms TTI only) no no no 2.0/11.5
8 Rel. 9 4 SF2 2 ms no no yes no 11.5
9 Rel. 9 4 SF2 2 ms yes no yes no 22.9
10 Rel. 11 4 SF2 2 ms yes yes no no 17.2
11 Rel. 11 4 SF2 2 ms yes no no yes 22.9
12 Rel. 11 4 SF2 2 ms yes yes no yes 34.5
Category 3GPP release Downlink Uplink
DL data rate
in Mbit/s
Maximum
number of
supported
layers for
spatial
multiplexing
Support for
256QAM
# of CC UL data rate
in Mbit/s
Maximum
number of
supported
layers for
spatial
multiplexing
Support for
64QAM
# of CC
0 Rel. 12 1 1 no 1 1 1 no 1
1 Rel. 8 10 1 no 1 5 1 no 1
1 bis Rel. 14 10 1 no 1 5 1 no 1
2 Rel. 8 51 2 no 1 25 1 no 1
3 Rel. 8 102 2 no 1 51 1 no 1
4 Rel. 8 150 2 no 1 51 1 no 1
5 Rel. 8 299 4 no 1 75 1 yes 1
6 Rel. 10 301 2 or 4 no 1 or 2 51 1 no 1
7 Rel. 10 301 2 or 4 no 1 or 2 102 1 or 2 no 1 or 2
8 Rel. 10 2998 8 no 5 1497 4 yes 5
9 Rel. 11 452 2 or 4 no 2 or 3 51 1 no 1
10 Rel. 11 452 2 or 4 no 2 or 3 102 1 or 2 no 1 or 2
11 Rel. 11 603 2 or 4 optional 2 to 4 51 1 no 1
12 Rel. 11 603 2 or 4 optional 2 to 4 102 1 or 2 no 1 or 2
Uplink
category
3GPP release Uplink
UL data rate
in Mbit/s
Maximum number
of supported
layers for spatial
multiplexing
Support for
64QAM
Support for
256QAM
# of CC
M1 Rel. 13 1 1 no no 1
M2 Rel. 14 6 1 no no 1
0 Rel. 12 1 1 no no 1
1bis Rel. 14 5 1 no no 1
3 Rel. 12 51 1 no no 1
5 Rel. 12 75 1 yes no 1
7 Rel. 12 102 1 or 2 no no 1 or 2
8 Rel. 12 1497 4 yes no 5
13 Rel. 12 150 1 or 2 yes no 1 or 2
14 Rel. 13 9585 4 yes no 32
15 Rel. 13 226 1 or 2 yes no 2 or 3
16 Rel. 14 105 1 yes yes 1
17 Rel. 14 2119 4 yes yes 5
18 Rel. 14 211 1 or 2 yes yes 1 or 2
19 Rel. 14 13563 4 yes yes 32
20 Rel. 14 316 1 or 2 yes yes 2 or 3
21 Rel. 14 301 1 or 2 yes no 2 to 4
Downlink
category
3GPP release Downlink
DL data rate
in Mbit/s
Maximum number
of supported
layers for spatial
multi plexing
Support for
256QAM
# of CC
M1 Rel. 13 1 1 no 1
M2 Rel. 14 4 1 no 1
0 Rel. 12 1 1 no 1
1bis Rel. 14 10 1 no 1
4 Rel. 14 150 2 no 1
6 Rel. 12 301 2 or 4 no 1 or 2
7 Rel. 12 301 2 or 4 no 1 or 2
9 Rel. 12 452 2 or 4 no 2 or 3
10 Rel. 12 452 2 or 4 no 2 or 3
11 Rel. 12 603 2 or 4 optional 2 to 4
12 Rel. 12 603 2 or 4 optional 2 to 4
13 Rel. 12 391 2 or 4 mandatory 1 or 2
14 Rel. 12 3916 8 mandatory 5
15 Rel. 12 749 to 798 2 or 4 optional 2 to 5
16 Rel. 12 978 to 1051 2 or 4 optional 3 to 7
17 Rel. 13 25065 8 mandatory 32
18 Rel. 13 1174 to 1206 2 or 4 or 8 optional 2 to 8
19 Rel. 13 1566 to 1658 2 or 4 or 8 optional 2 to 11
20 Rel. 14 1948 to 2019 2 or 4 or 8 optional 3 to 13
21 Rel. 14 1348 to 1413 2 or 4 optional 4 to 9
Category 3GPP release DL data rate in kbit/s UL data rate in kbit/s Bandwidth in kHz
NB1 Rel. 13 680 1000 180
NB2 Rel. 14 2536 2536 180
Category 3GPP release DL data rate in Mbit/s UL data rate in Mbit/s Bandwidth in MHz
M1 Rel. 13 1 3 1.4
M2 Rel. 14 4 6 5 (optional in DL and UL)
Supported LTE DL/UL category combinations
DL
category
M1 M2 0 1bis 4 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21
UL
category
M1 M2 0 1bis 5 5 16 13 18 5 16 13 18 5 16 13 15 18 20 3 5 7 13 16 18 8 17 3 5 7 13 16 18 3 5 7 13 15 16 18 20 14 19 3 5 7 13 15 16 18 20 3 5 7 13 15 16 18 20 21 3 5 7 13 15 16 18 20 21 3 5 7 13 15 16 18 20
Da
ta rate (in Mbit/s) =
10
-6
1 –
()
12
v
(j)
N
BW(j), µ
PRB
layers
Q
(j)
OH
(j)
m max
J
j=1
x×
ƒ
(j)
R
××
××
x
∑
µ
s
T
Sour
ce: 3GPP TS 38.306 V15.2.0 (2018-06)
MIMO
Max. data rate
Modulation
Carrier aggregation
(bandwidth)
10
-3
Data rate =
Adjustment
to Mbit/s
Number of
carriers J
Bits per symbol
from modulation
scheme Q
m
Max. code rate
R
max
Numerology µ
0 for FR1 with 15 kHz SCS
1 for FR1 with 30 kHz SCS
2 for FR1 with 60 kHz SCS
2 for FR2 with 60 kHz SCS
3 for FR2 with 120 kHz SCS
= 288.9 Mbit/s
10
–6
1
××
1
×
8
×
1
××
948
( 270 × 12 )( 1 – 0.14 )
×
1024
×
( 14 × 2
0
)
Number
of layers v
Average OFDM
symbol duration T
s
Scaling factor ƒ
Values 1, 0.8, 0.75, 0.4
signaled per band
Max. number of RBs N
Subcarrier per
RB
270 for FR1 with 15 kHz SCS
273 for FR1 with 30 kHz SCS
135 for FR1 with 60 kHz SCS
264 for FR2 with 60 kHz SCS
264 for FR2 with 120 kHz SCS
Overhead OH
0.14 for DL frequency range FR1
0.18 for DL frequency range FR2
0.08 for UL frequency range FR1
0.10 for UL frequency range FR2
For more information:
3GPP categories and data rates up to Release 15
www.rohde-schwarz.com/wireless
Frequency
range
SCS Bandwidth DL UL Efficiency DL Efficiency UL
FR1 15 kHz 50 MHz 288.9 Mbit/s 309.1 Mbit/s 5.78 bit/s/Hz 6.18 bit/s/Hz
FR1 30 kHz 100 MHz 584.3 Mbit/s 625.0 Mbit/s 5.84 bit/s/Hz 6.25 bit/s/Hz
FR1 60 kHz 100 MHz 577.8 Mbit/s 618.1 Mbit/s 5.78 bit/s/Hz 6.18 bit/s/Hz
FR2 60 kHz 200 MHz 1.08 Gbit/s 1.18 Gbit/s 5.40 bit/s/Hz 5.90 bit/s/Hz
FR2 120 kHz 400 MHz 2.15 Gbit/s 2.37 Gbit/s 5.38 bit/s/Hz 5.93 bit/s/Hz
Comparison with LTE
All bands 15 kHz 20 MHz 100 Mbit/s 100 Mbit/s 5.00 bit/s/Hz 5.00 bit/s/Hz
Comparison with 3G
All bands - 5 MHz 21.1 Mbit/s 17.2 Mbit/s 4.22 bit/s/Hz 3.44 bit/s/Hz
HSDPA UE categories – 3GPP TS 25.306 LTE UE categories – 3GPP TS 36.306 5G NR data rate calculation
LTE UE downlink categories
UE categories NB-IoT UE categories LTE-M
Maximum 5G NR data rate per layer
LTE UE uplink categories
HSUPA UE categories – 3GPP TS 25.306
3G data rates and UE categories 4G data rates and UE categories 5G data rates
Example for FR1, single layer, 15 kHz SCS in DL with 256QAM:
Maximum 5G NR data rate depends on circumstances and higher layer settings:
Glossary
CC=component carrier (carrier aggregation); DL=downlink, E-DCH=enhanced dedicated channel;
FR1=sub-6 GHz frequency range from 0.45 GHz to 6 GHz; FR2=mmWave frequency range from 24.25GHz to 52.8GHz;
HS-DSCH=high speed downlink shared channel; RB=resource block; SCS=subcarrier spacing;
TTI=transmission time interval; UL=uplink
J Number of aggregated component carriers per band or band combination; max. 16 component carriers for carrier aggregation
R
max
948/1024, max. code rate possible
v Number of layers, max. 8 layers in Rel. 15
Q Bits per modulation symbol; dependent on modulation scheme. Rel. 15: 1 for BPSK, 2 for QPSK, 4 for 16QAM, 6 for 64QAM
and 8 for 256QAM (max. modulation scheme in Rel. 15)
ƒ Scaling factor (1, 0.8, 0.75 or 0.4), signaled via higher layers
N
RB
Max. number of resource blocks per bandwidth part
T
s
Average symbol duration, taking into account the longer CP duration of the first OFDMA symbol in one slot and the possible
extended cyclic prefix instead of the normal CP length
µ Subcarrier spacing:
❙ FR1: 0 for 15 kHz SCS, 1 for 30 kHz SCS, 2 for 60 kHz SCS
❙ FR2: 2 for 60 kHz SCS, 3 for 120 kHz SCS
OH Overhead due to signaling information:
❙ downlink: [0.14] for FR1, [0.18] for FR2
❙ uplink: [0.08] for FR1, [0.10] for FR2
Note: maximum data rate can be limited by UE capability
=
10
-3
14 × 2
µ
s
T
µ
R&S®FSW Signal and spectrum analyzer R&S®SMW200A Vector signal generator R&S®CMW Wideband
radio communications tester
R&S®TSME6 Ultracompact drive test scannerR&S®TS8980 RF conformance test system solution
Solutions from Rohde & Schwarz – your partner for wireless communications testing
3GPP_categories_and_data_rates_up_to_Rel_15_po_en_unfolded_5216-2976-82_v0101.indd 1 28.03.2019 19:37:40
资源评论
