|
5G FR(Frequency Range) / Operating Bandwidth in a Nutshell
- Supported bands
- FR1-FDD : n1,n2,n3,n5,n7,n8,n12,n13,n14,n18,n20,n24,n25,n26,n28,n30,n65,n66,n70,n71,n74,n85 ,n91,n92,n93,n94
- FR1-TDD : n34,n38,n39,n40,n41,n46,n47,n48,n50,n51,n53,n77,n78,n79,n90,n96,n101,n102
- FR1-SDL : n29,n67,n75,n76
- FR1-SUL : n80,n81,n82,n83,n84,n86,n89,n95,n97,n98,n99
- FR2-TDD : n257,n258,n259,n260,n261,n262,n263
- Not all bands support all the possible bandwidth. Check the details for which band support which bandwidth
- Not all bands support all the possible subcarrier spacing. Check the details for which band support which subcarrier spacing is supported.
- FR1 support subcarrier spacing 15,30,60 Khz. 15 and 30 Khz are most commonly used.
- FR2 support subcarrier spacing 120,240,960 Khz. 120 Khz is most commonly used.
- GSCN is the frequency to indicate the position of SSB in frequency domain
- There are roughly 3 different SSB patterns for FR1 - Case A,B,C. Each frequency band applies only one of the cases.
|
5G FR(Frequency Range) / Operating Bandwidth in Detail
In NR, there are roughly two large frequency range specified in 3GPP. One is what we usually call (sub 6 Ghz) and the other is what we usually call millimeter wave. Depending on the ranges, the maximum bandwidth and subcarrier spacing varies. In sub 6 Ghz, the maximum bandwidth is 100 Mhz and in millimeter wave range the maximum bandwidth is 400 Mhz. Some subcarrierspacing
(15, 30 Khz) can be used only in Sub 6 Ghz and some subcarrier spacing (120 Khz) can be used in millimeter wave range only, and some subcarrier spacing (60 Khz) can be used both in sub 6 Ghz and millimeter wave range.
Followings are the list of topics to be covered here. Not so much explanations in this page. they are mostly bunch of tables, but you would refer to these tables very often once you start developing (especially testing) NR devices. I just wanted to put togather those tables in single page, so that you can easily find the information. Most of the tables shown in this page are from
38.101-1
and 38.101-2.
< Based on 38.101-1 Table 5.2-1, Table 5.4.2.3-1 and 38.104 - Table 5.4.3.3-1>
|
NR Operating Band
|
Uplink (UL) operating
band
|
Downlink (DL)
operating band
|
Duplex
Mode
|
|
BS
receive
|
BS transmit
|
|
UE
transmit
|
UE receive
|
|
FUL_low
FUL_high
|
total BW
|
FDL_low FDL_high
|
total BW
|
|
n1
|
Frquency
|
1920 MHz-1980 MHz
|
60
|
2110 MHz-2170 MHz
|
60
|
FDD
|
|
ARFCN
|
384000 <20> 396000
|
|
422000 <20> 434000
|
|
|
GSCN
|
|
|
5279 <1> 5419
|
|
|
n2
|
Frquency
|
1850 MHz-1910 MHz
|
60
|
1930 MHz-1990 MHz
|
60
|
FDD
|
|
ARFCN
|
370000 <20> 382000
|
|
386000 <20> 398000
|
|
|
GSCN
|
|
|
4829 <1> 4969
|
|
|
n3
|
Frquency
|
1710 Mhz -1785 MHz
|
75
|
1805 MHz-1880 MHz
|
75
|
FDD
|
|
ARFCN
|
342000 <20> 357000
|
|
361000 <20> 376000
|
|
|
GSCN
|
|
|
4517 <1> 4693
|
|
|
n5
|
Frquency
|
824 -849 MHz
|
25
|
869 MHz-894MHz
|
25
|
FDD
|
|
ARFCN
|
164800 <20> 169800
|
|
173800 <20> 178800
|
|
|
GSCN
|
15 Khz
|
|
|
2177 <1> 2230
|
|
|
30 khz
|
|
|
2183 <1> 2224
|
|
|
n7
|
Frquency
|
2500 MHz-2570 MHz
|
70
|
2620 MHz-2690 MHz
|
70
|
FDD
|
|
ARFCN
|
500000 <20> 514000
|
|
524000 <20> 538000
|
|
|
GSCN
|
|
|
6554 <1> 6718
|
|
|
n8
|
Frquency
|
880 MHz-915 MHz
|
35
|
925 MHz-960 MHz
|
35
|
FDD
|
|
ARFCN
|
176000 <20> 78300
|
|
185000 <20> 192000
|
|
|
GSCN
|
|
|
2318 <1> 2395
|
|
| n12 |
Frquency
|
699 Mhz-716 Mhz
|
17
|
729 Mhz-746 Mhz
|
17
|
FDD |
|
ARFCN
|
139800 <20> 143200
|
|
145800 <20> 149200
|
|
|
GSCN
|
|
|
1828 - <1> - 1858
|
|
|
n20
|
Frquency
|
832 MHz-862 MHz
|
30
|
791 MHz-821 MHz
|
30
|
FDD
|
|
ARFCN
|
166400 <20> 172400
|
|
158200 <20> 164200
|
|
|
GSCN
|
|
|
1982 <1> 2047
|
|
|
n25
|
Frquency
|
1850 Mhz-1915 Mhz
|
65
|
1930 Mhz-1995 Mhz
|
65
|
FDD
|
|
ARFCN
|
370000 <20> 383000
|
|
386000 <20> 399000
|
|
|
GSCN
|
|
|
4829 <1> 4981
|
|
|
n28
|
Frquency
|
703 MHz-748 MHz
|
45
|
758 MHz-803 MHz
|
45
|
FDD
|
|
ARFCN
|
140600 <20> 149600
|
|
151600 <20> 160600
|
|
|
GSCN
|
|
|
1901 <1> 2002
|
|
|
n34
|
Frquency
|
2010 Mhz-2025 Mhz
|
15
|
2010 Mhz-2025 Mhz
|
15
|
TDD
|
|
ARFCN
|
402000 <20> 405000
|
|
402000 <20> 405000
|
|
|
GSCN
|
|
|
5030 <1> 5056
|
|
|
n38
|
Frquency
|
2570 MHz-2620 MHz
|
50
|
2570 MHz-2620 MHz
|
50
|
TDD
|
|
ARFCN
|
514002 <3> 523998
|
|
514002 <3> 523998
|
|
|
GSCN
|
|
|
6431 <1> 6544
|
|
|
n39
|
Frquency
|
1880 Mhz - 1920 Mhz
|
40
|
1880 Mhz- 1920 Mhz
|
40
|
TDD
|
|
ARFCN
|
376000 <20> 384000
|
|
376000 <20> 384000
|
|
|
GSCN
|
|
|
4706 <1> 4795
|
|
|
n40
|
Frquency
|
2300 Mhz - 2400 Mhz
|
100
|
2300 Mhz - 2400 Mhz
|
100
|
TDD
|
|
ARFCN
|
460000 <20> 480000
|
|
460000 <20> 480000
|
|
|
GSCN
|
|
|
5756 <1> 5995
|
|
|
n41
|
Frquency
|
2496 MHz-2690 MHz
|
194
|
2496 MHz-2690 MHz
|
194
|
TDD
|
|
ARFCN
|
15 Khz
|
499200 <3> 537999
|
|
499200 <3> 537999
|
|
|
30 khz
|
499200 <6> 537999
|
|
499200 <6> 537999
|
|
|
GSCN
|
15 Khz
|
|
|
6246 <3> 6717
|
|
|
30 khz
|
|
|
6252 <3> 6714
|
|
|
n50
|
Frquency
|
1432 MHz-1517 MHz
|
85
|
1432 MHz-1517 MHz
|
85
|
TDD
|
|
ARFCN
|
286400 <20> 303400
|
|
286400 <20> 303400
|
|
|
GSCN
|
|
|
3584 <1> 3787
|
|
|
n51
|
Frquency
|
1427 MHz-1432 MHz
|
5
|
1427 MHz-1432 MHz
|
5
|
TDD
|
|
ARFCN
|
285400 <20> 286400
|
|
285400 <20> 286400
|
|
|
GSCN
|
|
|
3572 <1> 3574
|
|
|
n66
|
Frquency
|
1710 MHz-1780 MHz
|
70
|
2110 MHz-2200 MHz
|
90
|
FDD
|
|
ARFCN
|
342000 <20> 356000
|
|
422000 <20> 440000
|
|
|
GSCN
|
15 Khz
|
|
|
5279 <1> 5494
|
|
|
30 khz
|
|
|
5285 <1> 5488
|
|
|
n70
|
Frquency
|
1695 MHz-1710 MHz
|
15
|
1995 MHz-2020 MHz
|
25
|
FDD
|
|
ARFCN
|
339000 <20> 342000
|
|
399000 <20> 404000
|
|
|
GSCN
|
|
|
4993 <1> 5044
|
|
|
n71
|
Frquency
|
663 MHz-698 MHz
|
35
|
617 MHz-652 MHz
|
35
|
FDD
|
|
ARFCN
|
132600 <20> 139600
|
|
123400 <20> 130400
|
|
|
GSCN
|
|
|
1547 <1> 1624
|
|
|
n74
|
Frquency
|
1427 MHz-1470 MHz
|
43
|
1475 MHz-1518 MHz
|
43
|
FDD
|
|
ARFCN
|
285400 <20> 294000
|
|
295000 <20> 303600
|
|
|
GSCN
|
|
|
[3692 <1> 3790]
|
|
|
n75
|
Frquency
|
N/A
|
|
1432 Mhz -1517 MHz
|
85
|
SDL
|
|
ARFCN
|
N/A
|
|
286400 <20> 303400
|
|
|
GSCN
|
|
|
3584 <1> 3787
|
|
|
n76
|
Frquency
|
N/A
|
|
1427 Mhz -1432 MHz
|
5
|
SDL
|
|
ARFCN
|
N/A
|
|
285400 <20> 286400
|
|
|
GSCN
|
|
|
3572 <1> 3574
|
|
|
n77
|
Frquency
|
3300 MHz- 4200 MHz
|
900
|
3300 MHz- 4200 MHz
|
900
|
TDD
|
|
ARFCN
|
620000 <1> 680000
|
|
620000 <1> 680000
|
|
|
GSCN
|
|
|
7711 <1> 8329
|
|
|
n78
|
Frquency
|
3300 MHz-3800 MHz
|
500
|
3300 MHz - 3800 MHz
|
500
|
TDD
|
|
ARFCN
|
620000 <1> 653333
|
|
620000 <1> 653333
|
|
|
GSCN
|
|
|
7711 <1> 8051
|
|
|
n79
|
Frquency
|
4400 MHz-5000 MHz
|
600
|
4400 MHz - 5000 MHz
|
600
|
TDD
|
|
ARFCN
|
693333 <1> 733333
|
|
693333 <1> 733333
|
|
|
GSCN
|
|
|
8480 <16> 8880
|
|
|
n80
|
Frquency
|
1710 MHz-1785 MHz
|
75
|
N/A
|
|
SUL
|
|
ARFCN
|
342000 <20> 357000
|
|
|
|
|
GSCN
|
|
|
|
|
|
n81
|
Frquency
|
880 MHz-915 MHz
|
35
|
N/A
|
|
SUL
|
|
ARFCN
|
176000 <20> 183000
|
|
|
|
|
GSCN
|
|
|
|
|
|
n82
|
Frquency
|
832 MHz-862 MHz
|
30
|
N/A
|
|
SUL
|
|
ARFCN
|
166400 <20>
172400
|
|
|
|
|
GSCN
|
|
|
|
|
|
n83
|
Frquency
|
703 MHz-748 MHz
|
45
|
N/A
|
|
SUL
|
|
ARFCN
|
140600 <20> 149600
|
|
|
|
|
GSCN
|
|
|
|
|
|
n84
|
Frquency
|
1920 MHz-1980 MHz
|
60
|
N/A
|
|
SUL
|
|
ARFCN
|
384000 <20> 396000
|
|
|
|
|
GSCN
|
|
|
|
|
|
n86
|
Frquency
|
1710 MHz-1780 MHz
|
70
|
|
|
SUL
|
|
ARFCN
|
342000 <20> 356000
|
|
|
|
|
GSCN
|
|
|
|
|
< Based on 38.101-2 v17.6 Table 5.2-1, Table 5.4.2.2-1 and 38.104 - Table 5.4.3.1-1>
|
NR Operating Band
|
Uplink (UL) operating
band
|
Downlink (DL)
operating band
|
Duplex
Mode
|
|
BS
receive
|
BS transmit
|
|
UE
transmit
|
UE receive
|
|
FUL_low
FUL_high
|
total BW
|
FDL_low FDL_high
|
total BW
|
|
n257
|
Frequency
|
26500 MHz29500 MHz
|
3,000
|
26500 MHz29500 MHz
|
3,000
|
TDD
|
|
ARFCN
|
2054167
<1> 2104166
|
|
2054167
<1> 2104166
|
|
|
GSCN
|
120 Khz
|
[24306
<1> 24476]
|
|
[24306
<1> 24476]
|
|
|
240 Khz
|
[24308
<2> 24474]
|
|
[24308
<2> 24474]
|
|
|
n258
|
Frequency
|
24250 MHz27500 MHz
|
3,260
|
24250 MHz27500 MHz
|
3,260
|
TDD
|
|
ARFCN
|
2016667
<1> 2070833
|
|
2016667
<1> 2070833
|
|
|
GSCN
|
120 Khz
|
[24175
<1> 24361]
|
|
[24175
<1> 24361]
|
|
|
240 Khz
|
[24176
<2> 24360]
|
|
[24176
<2> 24360]
|
|
|
n260
|
Frequency
|
37000 MHz40000 MHz
|
3,000
|
37000 MHz40000 MHz
|
3,000
|
TDD
|
|
ARFCN
|
2229167
<1> 2279166
|
|
2229167
<1> 2279166
|
|
|
GSCN
|
120 Khz
|
[24913
<1> 25084]
|
|
[24913
<1> 25084]
|
|
|
240 Khz
|
[24916
<2> 25080]
|
|
[24916
<2> 25080]
|
|
|
n261
|
Frequency
|
27500 MHz 28350 MH
|
850
|
27500 MHz 28350 MH
|
850
|
TDD
|
|
ARFCN
|
2070833 <2> 2084999
|
|
2070833 <2> 2084999
|
|
|
GSCN
|
120 Khz
|
22446 <1> 22492
|
|
22446 <1> 22492
|
|
|
240 Khz
|
22446 <2> 22490
|
|
22446 <2> 22490
|
|
|
n262
|
Frequency
|
47200 MHz 48200 MHz
|
1,000
|
47200 MHz 48200 MHz
|
1,000
|
TDD
|
|
ARFCN (120Khz)
|
2399167 <2> 2415831
|
|
2399167 <2> 2415831
|
|
|
GSCN
|
120 Khz
|
22446 <1> 22492
|
|
22446 <1> 22492
|
|
|
240 Khz
|
22446 <2> 22490
|
|
22446 <2> 22490
|
|
|
n263
|
Frequency
|
57000 MHz 71000 MHz
|
14,000
|
57000 MHz 71000 MHz
|
14,000
|
TDD
|
|
ARFCN
|
Table 5.4.2.3-2
|
|
Table 5.4.2.3-2
|
|
|
GSCN
|
120 Khz
|
Table 5.4.3.3-2
|
|
Table 5.4.3.3-2
|
|
|
240 Khz
|
Table 5.4.3.3-2
|
|
Table 5.4.3.3-2
|
|
|
960 Khz
|
24162 <6> 24954
|
|
24162 <6> 24954
|
|
< 38.101-2 : Table 5.4.2.3-2: Applicable NR-ARFCN for operation in band n263 >
|
Channel Bandwidth
|
Applicable NR-ARFCN
|
|
100 MHz
|
2564083 + 1680 * N, N = 0:137
|
|
400 MHz
|
2566603 + 6720 * N, N = 0:33
|
|
800 MHz
|
2569963 + 6720 * N, N = 0:32
|
|
1600 MHz
|
2576683 + 6720 * N, N =0:30
|
|
2000 MHz
|
2580043 + 6720 * N, N=0:29,
2585083, 2655643, 2692603, 2764843
|
< 38.101-2 : Table 5.4.3.3-2: Allowed GSCN for operation in band n263 for 120 kHz and 480 kHz >
|
SS Block SCS
|
Range of GSCN
|
|
120 kHz
|
24156 + 6 * N 3 * floor((N+5)/18), N=0:137
|
|
480 kHz
|
24162 + 24 * N 12 * floor((N+4)/18), N=0:33
|
As mentioned above, two types of frequency range is defined in 3GPP. Sub 6 Ghz range is called FR1 and millimiter wave range is called FR2. The exact frequency range for FR1(sub 6 Ghz) and FR2 (millimeter wave) are defined as below.
< 38.101-1 Table 5.1-1: Definition of frequency ranges >
< Based on 38.101-1 v17.5 - Table 5.2-1: NR operating bands in FR1 >
< based on 38.104 v17.6 -Table 5.2-2: NR operating bands in FR2 >
< 38.101-5 v17.2 - Table 5.2.2-1: NTN satellite bands in FR1 >
< 38.101-1 Figure 5.3.3-1 Definition of channel bandwidth and transmission bandwidth configuration for one NR channel >
This illustration would look obvious saying 'Channel BW = Maximum transmission bandwidth + guardbands on both side', but when you look at the tables below it may not look clear since the maximum transmission bandwidth is specified in the unit of RB and the guardband band is specified in the unit of khz.
To make things clear on this, my Japanese friend Tanaka Junya came up with a simple equation and example as follows.
Channel Bandwidth(CBW) is about [ N_RB x NumOfSubcarrier x SCS + GuardBand x 2 ]
,where N_RB = Maximum Transmission Bandwidth in 38.101-1 Table 5.3.2-1,38.101-2 Table 5.3.2-1
NumberOfSubcarrier = 12 (constant)
SCS = Subcarrier Spacing = the number in the column labed as (A)
in
38.101-1 Table 5.3.2-1,38.101-2 Table 5.3.2-1
GuardBand = the number in the section (C) in 38.101-1 Table 5.3.3-1,38.101-2 Table 5.3.3-1
Example >
In case of CBW = 5Mhz, SCS = 30 Khz, meaning the second row in 38.101-1 Table 5.3.2-1
[ N_RB x NumOfSubcarrier x SCS ] = 11 x 12 x 30 = 3960 [kHz] ----- (a)
[ GuardBand x 2 ] = 505 x 2 = 1010 --------------------------------(b)
(a) + (b) = 3960 + 1010 = 4970 kHz = 4.970 Mhz which is close to 5 Mhz CBW
NOTE : Guardband is defined as 'Minimum' value in the table, so (a) + (b) may not be exactly same as CBW, but close enough to the CBW
< 38.101-1 v17.6 : Table 5.3.2-1: Maximum transmission bandwidth configuration NRB : FR1 >
< 38.101-2 v17.6 - Table 5.3.2-1: Maximum transmission bandwidth configuration NRB : FR2 >
< 38.101-1 Table 5.3.3-1: Minimum Guardband for each UE channel bandwidth and SCS (kHz) : FR1 >
< 38.101-2 v17.6 - Table 5.3.3-1: Minimum guardband for each UE channel bandwidth and SCS (kHz) : FR2 >
NOTE : This is for PDCCH/PDSCH/PUSCH. For SSB, refer to 38.104 - Table 5.4.3.3-1
< 38.101-1 v17.5 - Table 5.3.5-1 Channel Bandwidths for Each NR band : FR1 >
< 38.101-2 v17.6 - Table 5.3.5-1 Channel bandwidths for each NR band : FR2 >
Following tables shows the range and possible ARFCN values for each FR and band. Be careful when you sepcify ARFCN values for a specific bands because they are different not only in terms of ARFCN range, but also in terms of step size. It means that not all of ARFCN value within the range can be used for the band.
< 38.104 v17.6 Table 5.4.2.1-1: NR-ARFCN parameters for the global frequency raster >
|
Frequency range
|
ΔFGlobal
|
FREF-Offs
[MHz]
|
NREF-Offs
|
Range of NREF
|
|
0 - 3000 MHz
|
5 kHz
|
0 MHz
|
0
|
0 - 599999
|
|
3000 - 24250 MHz
|
15 kHz
|
3000 MHz
|
600000
|
600000 - 2016666
|
|
24250 - 100000 MHz
|
60 kHz
|
24250 MHz
|
2016667
|
2016667 - 3279167
|
< 38.104 v17.6 Table 5.4.2.3-1: Applicable NR-ARFCN per operating band in FR1 >
< 38.104 v17.6 Table 5.4.2.3-2: Applicable NR-ARFCN per operating band in FR2 >
< 38.104 v17.6 Table 5.4.2.3-3: Applicable NR-ARFCN for operation in band n263 >
When I first saw the frequency specification called GSCN(Global Synchronization Raster Channel). I asked myself 'why we need this kind of additional frequency specification like this when we already have the existing frequency spec(raster) called ARFCN ?'.
I still don't know of the offical answers in 3GPP TS or TDocs (I failed to find the answers in the specification). So I just came up with my personal guess as follows :
When NR is activated in NSA, UE does not need to do blind search for SSB since the frequency, subcarrier spacing etc are all configured by LTE RRC Connection Reconfiguration message. But in SA, UE need to blindly detect SSB since UE need to detect this before it gets any RRC (MIB, SIB). If UE needs to search SSB based on ARFCN raster, it would take too long time since
ARFCN raster is very narrow. So it would be good to define a SSB searching frequency in wider steps. This is the usage/purpose of GSCN.
As you see in 38.104 Table 5.4.2.1-1, ARFCN step is 5Khz or 15kHz or 60Khz depending on frequency range. If UE has to scan the spectrum in this granularity for cell search, it will take very long time to find a
cell. In case of GSCN, as you see in the following table, the granularity is 50 or 150 or 250 Khz under 3Ghz and it has the granularity of 1.44 Mhz in above 3 Ghz frequency range and below 24.25Ghz, and the granuilirity jumps to 17.28 Mhz if the frequency goes over 24.25 Ghz. .
< 38.104 v17.6.0 - Table 5.4.3.1-1: GSCN parameters for the global frequency raster >
|
Frequency range
|
SS block frequency position SSREF
|
GSCN
|
Range of GSCN
|
|
0 - 3000 MHz
|
N * 1200kHz + M * 50 kHz
N=1:2499, M={1,3,5} (Default M=3)
|
3N + (M-3)/2
|
2 - 7498
|
|
3000 - 24250 MHz
|
3000 MHz + N * 1.44 MHz
N= 0:14756
|
7499 + N
|
7499 - 22255
|
|
24250 - 100000 Mhz
|
24250.08 MHz + N * 17.28 MHz,
N = 0:4383
|
22256 + N
|
22256 - 26639
|
< 38.104 v17.6.0 - Table 5.4.3.3-1: Applicable SS raster entries per operating band (FR1) >
|
NR Operating Band
|
SS
Block SCS
|
SS Block pattern1
|
Range
of GSCN
(First <Step size> Last)
|
|
n1
|
15 kHz
|
Case A
|
5279 <1> 5419
|
|
n2
|
15 kHz
|
Case A
|
4829 <1> 4969
|
|
n3
|
15 kHz
|
Case A
|
4517 <1> 4693
|
|
n5
|
15 kHz
|
Case A
|
2177 <1> 2230
|
|
30 kHz
|
Case B
|
2183 <1> 2224
|
|
n7
|
15 kHz
|
Case A
|
6554 <1> 6718
|
|
n8
|
15 kHz
|
Case A
|
2318 <1> 2395
|
|
n12
|
15 kHz
|
Case A
|
1828 <1> 1858
|
|
n13
|
15 kHz
|
Case A
|
1828 <1> 1858
|
|
n14
|
15 kHz
|
Case A
|
1828 <1> 1858
|
|
n18
|
15 kHz
|
Case A
|
2156 <1> 2182
|
|
n20
|
15 kHz
|
Case A
|
1982 <1> 2047
|
|
n24
|
15 kHz
|
Case A
|
3818 <1> 3892
|
|
30 kHz
|
Case B
|
3824 <1> 3886
|
|
n25
|
15 kHz
|
Case A
|
4829 <1> 4981
|
|
n26
|
15 kHz
|
Case A
|
2153 <1> 2230
|
|
n28
|
15 kHz
|
Case A
|
1901 <1> 2002
|
|
n29
|
15 kHz
|
Case A
|
1798 <1> 1813
|
|
n30
|
15 kHz
|
Case A
|
5879 <1> 5893
|
|
n34
|
15 kHz
|
Case A
|
NOTE 3
|
|
30 kHz
|
Case C
|
5036 <1> 5050
|
|
n38
|
15 kHz
|
Case A
|
NOTE 2
|
|
30 kHz
|
Case C
|
6437 <1> 6538
|
|
n39
|
15 kHz
|
Case A
|
NOTE 4
|
|
30 kHz
|
Case C
|
4712 <1> 4789
|
|
n40
|
15 kHz
|
Case A
|
5756 <1> 5995
|
|
n41
|
15 kHz
|
Case A
|
6246 <3> 6717
|
|
30 kHz
|
Case C
|
6252 <3> 6714
|
|
n46
|
30 kHz
|
Case C
|
8993 <1> 9530
|
|
n48
|
30 kHz
|
Case C
|
7884 <1> 7982
|
|
n50
|
15 kHz
|
Case A
|
3584 <1> 3787
|
|
n51
|
15 kHz
|
Case A
|
3572 <1> 3574
|
|
n53
|
15 kHz
|
Case A
|
6215 <1> 6232
|
|
n65
|
15 kHz
|
Case A
|
5279 <1> 5494
|
|
n66
|
15 kHz
|
Case A
|
5279 <1> 5494
|
|
30 kHz
|
Case B
|
5285 <1> 5488
|
|
n67
|
15 kHz
|
Case A
|
1850 <1> 1888
|
|
n70
|
15 kHz
|
Case A
|
4993 <1> 5044
|
|
n71
|
15 kHz
|
Case A
|
1547 <1> 1624
|
|
n74
|
15 kHz
|
Case A
|
3692 <1> 3790
|
|
n75
|
15 kHz
|
Case A
|
3584 <1> 3787
|
|
n76
|
15 kHz
|
Case A
|
3572 <1> 3574
|
|
n77
|
30 kHz
|
Case C
|
7711 <1> 8329
|
|
n78
|
30 kHz
|
Case C
|
7711 <1> 8051
|
|
n79
|
30 kHz
|
Case C
|
8480 <16> 8880
|
|
n85
|
30 kHz
|
Case A
|
1826 <1> 1858
|
|
n90
|
15 kHz
|
Case A
|
6246 <1> 6717
|
|
30 kHz
|
Case C
|
6252 <1> 6714
|
|
n91
|
15 kHz
|
Case A
|
3572 <1> 3574
|
|
n92
|
15 kHz
|
Case A
|
3584 <1> 3587
|
|
n93
|
15 kHz
|
Case A
|
3572 <1> 3574
|
|
n94
|
15 kHz
|
Case A
|
3584 <1> 3587
|
|
n96
|
30 kHz
|
Case C
|
9531 <1> 10363
|
|
n100
|
15 kHz
|
Case A
|
2303 <1> 2307
|
|
n101
|
15 kHz
|
Case A
|
4754 <1> 4768
|
|
30 kHz
|
Case C
|
4760 <1> 4764
|
|
n102
|
30 kHz
|
Case C
|
9531 <1> 9877
|
|
n104
|
30 kHz
|
Case C
|
9882 <7> 10358
|
|
NOTE 1: SS Block pattern is defined in clause 4.1 in TS 38.213 [10].
NOTE 2: The applicable SS raster entries are
GSCN = {6432, 6443, 6457, 6468, 6479, 6493, 6507, 6518,6532, 6543}
NOTE 3: The applicable SS raster entries are
GSCN = {5032, 5043, 5054}
NOTE 4: The applicable SS raster entries are
GSCN = {4707, 4715, 4718, 4729, 4732, 4743, 4747, 4754,4761, 4768, 4772,
4782,4786, 4793}
NOTE 5: The following GSCN are allowed for operation in band n46:
GSCN = {8996, 9010, 9024, 9038, 9051, 9065, 9079, 9093, 9107, 9121, 9218,
9232,9246,9260, 9274, 9288, 9301, 9315, 9329, 9343, 9357, 9371, 9385,
9402, 9416, 9430, 9444, 9458,9472, 9485, 9499, 9513}.
NOTE 6: The following GSCN are allowed for operation in band n96:
GSCN = {9548, 9562, 9576, 9590, 9603, 9617, 9631, 9645, 9659, 9673, 9687,
9701,9714,9728, 9742, 9756, 9770, 9784, 9798, 9812, 9826, 9840, 9853,
9867,9881, 9895, 9909, 9923,9937, 9951, 9964, 9978, 9992, 10006,
10020, 10034, 10048, 10062, 10076, 10090, 10103,10117, 10131, 10145,
10159, 10173, 10187, 10201, 10214, 10228, 10242, 10256, 10270,10284,
10298, 10312, 10325, 10339, 10353}
NOTE 7: The SS raster entries apply for channel bandwidths larger than or equal to 40 MHz.
NOTE 8: The SS raster entries apply for channel bandwidths smaller than 40 MHz.
NOTE 9: The following GSCN are allowed for operation in band n102:
GSCN = {9535, 9548, 9562, 9576, 9590, 9603, 9617, 9631, 9645, 9659, 9673,
9687, 9701, 9714, 9728, 9742, 9756, 9770, 9784, 9798, 9812, 9826,
9840, 9853, 9867}
NOTE 10: The SS raster entries apply for channel bandwidths larger than or equal to 10 MHz.
NOTE 11: The SS raster entries apply for channel bandwidth equal to 5 MHz.
|
< 38.104 v17.6.0 - Table 5.4.3.3-2: Applicable SS raster entries per operating band (FR2) >
|
NR Operating Band
|
SS
Block SCS
|
SS Block pattern1
|
Range
of GSCN
(First <Step size> Last)
|
|
n257
|
120 kHz
|
Case D
|
22388 <1> 22558
|
|
240 kHz
|
Case E
|
22390 <2> 22556
|
|
n258
|
120 kHz
|
Case D
|
22257 <1> 22443
|
|
240 kHz
|
Case E
|
22258 <2> 22442
|
|
n260
|
120 kHz
|
Case D
|
22995 <1> 23166
|
|
240 kHz
|
Case E
|
22996 <2> 23164
|
|
n261
|
120 kHz
|
Case D
|
22446 <1> 22492
|
|
240 kHz
|
Case E
|
22446 <2> 22490
|
|
n262
|
120 kHz
|
Case D
|
23586 <1> 23641
|
|
240 kHz
|
Case E
|
23588 <2> 23640
|
|
n263
|
120 kHz
|
Case D
|
Table 5.4.3.3-2
|
|
480 kHz
|
Case F
|
Table 5.4.3.3-2
|
|
960 kHz
|
Case G
|
24162 <6> 24954
|
< 38.101-2 : Table 5.4.3.3-2: Allowed GSCN for operation in band n263 for 120 kHz and 480 kHz >
|
SS Block SCS
|
Range of GSCN
|
|
120 kHz
|
24156 + 6 * N 3 * floor((N+5)/18), N=0:137
|
|
480 kHz
|
24162 + 24 * N 12 * floor((N+4)/18), N=0:33
|
Reference
[1]
|
|