FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY

Nokia Solutions and Networks, OY AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US

Page 1 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 2 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 3 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 4 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 5 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 6 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 7 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 8 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 9 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 10 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 11 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 12 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
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Page 18 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 19 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 20 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 21 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 22 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 23 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 24 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 25 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 26 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
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Page 28 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Page 29 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
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Page 42 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
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Page 49 of FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY

Report No.: 1707TW0110-U2
802.11n-HT40 26dB Bandwidth & 99% Bandwidth - Ant 2 / Ant 1 + 2
Channel38 (5190MHz)
Channel46 (5230MHz)
Channel151 (5755MHz)
Channel159 (5795MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 41 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT20 26dB Bandwidth & 99% Bandwidth - Ant 2 / Ant 1 + 2
Channel36 (5180MHz)
Channel 44 (5220MHz)
Channel48 (5240MHz)
Channel149 (5745MHz)
Channel157 (5785MHz)
Channel165 (5825MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 42 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT40 26dB Bandwidth & 99% Bandwidth - Ant 2 / Ant 1 + 2
Channel38 (5190MHz)
Channel46 (5230MHz)
Channel151 (5755MHz)
Channel159 (5795MHz)
802.11ac-VHT80 26dB Bandwidth & 99% Bandwidth - Ant 2 / Ant 1 + 2
Channel42 (5210MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel155 (5775MHz)
Page Number: 43 of 1055
Report No.: 1707TW0110-U2
7.3. 6dB Bandwidth Measurement
7.3.1.Test Limit
The minimum 6dBbandwidth shall be at least 500 kHz.
7.3.2.Test Procedure used
KDB 789033 D02v01r04 - Section C.2
7.3.3.Test Setting
1. Set center frequency to the nominal EUT channel center frequency.
2. RBW = 100 kHz.
3. VBW≧ 3 × RBW.
4. Detector = Peak.
5. Trace mode = max hold.
6. Sweep = auto couple.
7. Allow the trace to stabilize.
8. Measure the maximum width of the emission that is constrained by the frequencies associated
with the two outermost amplitude points (upper and lower frequencies) that are attenuated by 6
dB relative to the maximum level measured in the fundamental emission.
7.3.4.Test Setup
FCC ID: 2AD8UFZCWO2CA1
Page Number: 44 of 1055
Report No.: 1707TW0110-U2
7.3.5.Test Result
Product
AC220 Wi-Fi AP OD external
Temperature
24°C
antenna US
Test Engineer
Johnson Liao
Relative Humidity
59%
Test Site
SR2
Test Date
2017/09/13
Test Mode
Data Rate/
MCS
Channel No.
Frequency
(MHz)
6dB Bandwidth
(MHz)
Limit
(MHz)
Result
802.11a
6Mbps
149
5745
16.37
≥ 0.5
Pass
802.11a
6Mbps
157
5785
16.35
≥ 0.5
Pass
802.11a
6Mbps
165
5825
16.37
≥ 0.5
Pass
802.11n-HT20
MCS0
149
5745
17.57
≥ 0.5
Pass
802.11n-HT20
MCS0
157
5785
17.63
≥ 0.5
Pass
802.11n-HT20
MCS0
165
5825
17.63
≥ 0.5
Pass
802.11n-HT40
MCS0
151
5755
35.74
≥ 0.5
Pass
802.11n-HT40
MCS0
159
5795
35.72
≥ 0.5
Pass
802.11ac-VHT20
MCS0
149
5745
17.55
≥ 0.5
Pass
802.11ac-VHT20
MCS0
157
5785
17.59
≥ 0.5
Pass
802.11ac-VHT20
MCS0
165
5825
17.60
≥ 0.5
Pass
802.11ac-VHT40
MCS0
151
5755
35.78
≥ 0.5
Pass
802.11ac-VHT40
MCS0
159
5795
35.27
≥ 0.5
Pass
802.11ac-VHT80
MCS0
155
5775
75.50
≥ 0.5
Pass
Ant 1
FCC ID: 2AD8UFZCWO2CA1
Page Number: 45 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data Rate/
MCS
Channel No.
Frequency
(MHz)
6dB Bandwidth
(MHz)
Limit
(MHz)
Result
802.11a
6Mbps
149
5745
16.36
≥ 0.5
Pass
802.11a
6Mbps
157
5785
16.36
≥ 0.5
Pass
802.11a
6Mbps
165
5825
16.35
≥ 0.5
Pass
802.11n-HT20
MCS0
149
5745
17.63
≥ 0.5
Pass
802.11n-HT20
MCS0
157
5785
17.62
≥ 0.5
Pass
802.11n-HT20
MCS0
165
5825
17.61
≥ 0.5
Pass
802.11n-HT40
MCS0
151
5755
35.32
≥ 0.5
Pass
802.11n-HT40
MCS0
159
5795
35.51
≥ 0.5
Pass
802.11ac-VHT20
MCS0
149
5745
17.56
≥ 0.5
Pass
802.11ac-VHT20
MCS0
157
5785
17.60
≥ 0.5
Pass
802.11ac-VHT20
MCS0
165
5825
17.59
≥ 0.5
Pass
802.11ac-VHT40
MCS0
151
5755
35.43
≥ 0.5
Pass
802.11ac-VHT40
MCS0
159
5795
35.10
≥ 0.5
Pass
802.11ac-VHT80
MCS0
155
5775
75.35
≥ 0.5
Pass
Ant 2
FCC ID: 2AD8UFZCWO2CA1
Page Number: 46 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data Rate/
MCS
Channel No. Frequency
(MHz)
6dB Bandwidth
(MHz)
Limit
(MHz)
Result
Ant 2 / Ant 1 + 2
802.11a
6Mbps
149
5745
16.43
≥ 0.5
Pass
802.11a
6Mbps
157
5785
16.37
≥ 0.5
Pass
802.11a
6Mbps
165
5825
16.35
≥ 0.5
Pass
802.11n-HT20
MCS0
149
5745
17.59
≥ 0.5
Pass
802.11n-HT20
MCS0
157
5785
17.61
≥ 0.5
Pass
802.11n-HT20
MCS0
165
5825
17.69
≥ 0.5
Pass
802.11n-HT40
MCS0
151
5755
35.69
≥ 0.5
Pass
802.11n-HT40
MCS0
159
5795
35.41
≥ 0.5
Pass
802.11ac-VHT20
MCS0
149
5745
17.63
≥ 0.5
Pass
802.11ac-VHT20
MCS0
157
5785
17.66
≥ 0.5
Pass
802.11ac-VHT20
MCS0
165
5825
17.65
≥ 0.5
Pass
802.11ac-VHT40
MCS0
151
5755
35.17
≥ 0.5
Pass
802.11ac-VHT40
MCS0
159
5795
35.38
≥ 0.5
Pass
802.11ac-VHT80
MCS0
155
5775
76.36
≥ 0.5
Pass
FCC ID: 2AD8UFZCWO2CA1
Page Number: 47 of 1055
Report No.: 1707TW0110-U2
802.11a 6dB Bandwidth - Ant 1
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 48 of 1055
Report No.: 1707TW0110-U2
802.11n-HT20 6dB Bandwidth - Ant 1
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
802.11n-HT40 6dB Bandwidth - Ant 1
Channel 151 (5755MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel 159 (5795MHz)
Page Number: 49 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT20 6dB Bandwidth - Ant 1
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
802.11ac-VHT40 6dB Bandwidth - Ant 1
Channel 151 (5755MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel 159 (5795MHz)
Page Number: 50 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT80 6dB Bandwidth - Ant 1
Channel 155 (5775MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 51 of 1055
Report No.: 1707TW0110-U2
802.11a 6dB Bandwidth - Ant 2
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 52 of 1055
Report No.: 1707TW0110-U2
802.11n-HT20 6dB Bandwidth - Ant 2
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
802.11n-HT40 6dB Bandwidth - Ant 2
Channel 151 (5755MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel 159 (5795MHz)
Page Number: 53 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT20 6dB Bandwidth - Ant 2
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
802.11ac-VHT40 6dB Bandwidth - Ant 2
Channel 151 (5755MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel 159 (5795MHz)
Page Number: 54 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT80 6dB Bandwidth - Ant 2
Channel 155 (5775MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 55 of 1055
Report No.: 1707TW0110-U2
802.11a 6dB Bandwidth - Ant 2 / Ant 1 +2
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 56 of 1055
Report No.: 1707TW0110-U2
802.11n-HT20 6dB Bandwidth - Ant 2 / Ant 1 + 2
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
802.11n-HT40 6dB Bandwidth - Ant 2 / Ant 1 + 2
Channel 151 (5755MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel 159 (5795MHz)
Page Number: 57 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT20 6dB Bandwidth - Ant 2 / Ant 1 + 2
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
802.11ac-VHT40 6dB Bandwidth - Ant 2 / Ant 1 + 2
Channel 151 (5755MHz)
FCC ID: 2AD8UFZCWO2CA1
Channel 159 (5795MHz)
Page Number: 58 of 1055
Report No.: 1707TW0110-U2
802.11ac-VHT80 6dB Bandwidth - Ant 2 / Ant 1 + 2
Channel 155 (5775MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 59 of 1055
Report No.: 1707TW0110-U2
7.4. Output Power Measurement
7.4.1.Test Limit
For an outdoor access point operating in the band 5.15-5.25 GHz, the maximum conductedoutput
power over the frequency band of operation shall not exceed 1 W provided the maximumantenna
gain does not exceed 6 dBi. The maximum e.i.r.p. at any elevation angle above 30 degrees as
measured from the horizon must not exceed 125 mW (21 dBm).
For the band 5.725-5.85 GHz, the maximum conducted output power over the frequency band of
operation shall not exceed 1 W (30dBm).
If transmitting antennas of directional gain greater than 6dBi are used, the maximumconducted
output power shall be reduced by the amount in dB that the directional gain of theantenna exceeds
6dBi.
Output Power Measurement limiti of AC220 Wi-Fi AP OD directional antenna US
Frequency Band
Per Chain Max Antenna
Directional Gain
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
(dBi)
(dBm)
(dBm)
5150 ~ 5250
5150 ~ 5250
30°elevation angle
5725 ~ 5850
Beam-
Ant 1
Ant 2
CDD
11.00
11.00
11.00
14.01
3.00
3.00
3.00
6.01
10.00
10.00
10.00
13.01
Forming
Beam-
Ant 1
Ant 2
CDD
25.00
25.00
25.00
21.99
21.00
21.00
21.00
21.00
(e.i.r.p)
(e.i.r.p)
(e.i.r.p)
(e.i.r.p)
26.00
26.00
26.00
22.99
Forming
Output Power Measurement limiti of AC220 Wi-Fi AP OD external antenna US
Frequency Band
Per Chain Max Antenna
Directional Gain
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
(dBi)
(dBm)
(dBm)
5150 ~ 5250
5150 ~ 5250
30°elevation angle
5725 ~ 5850
Beam-
Ant 1
Ant 2
CDD
5.00
5.00
5.00
8.01
2.27
2.27
2.27
5.28
5.00
5.00
5.00
8.01
FCC ID: 2AD8UFZCWO2CA1
Forming
Beam-
Ant 1
Ant 2
CDD
30.00
30.00
30.00
27.99
21.00
21.00
21.00
21.00
(e.i.r.p)
(e.i.r.p)
(e.i.r.p)
(e.i.r.p)
30.00
30.00
30.00
27.99
Forming
Page Number: 60 of 1055
Report No.: 1707TW0110-U2
Output Power Measurement limiti of AC220 Wi-Fi AP OD small omni antenna US
Frequency Band
Per Chain Max Antenna
Directional Gain
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
(dBi)
(dBm)
(dBm)
5150 ~ 5250
5150 ~ 5250
30°elevation angle
5725 ~ 5850
Beam-
Ant 1
Ant 2
CDD
6.50
6.50
6.50
9.51
-1.25
-1.25
-1.25
1.76
6.50
6.50
6.50
9.51
Forming
Beam-
Ant 1
Ant 2
CDD
29.50
29.50
29.50
26.49
21.00
21.00
21.00
21.00
(e.i.r.p)
(e.i.r.p)
(e.i.r.p)
(e.i.r.p)
29.50
29.50
29.50
26.49
Forming
7.4.2.Test Procedure Used
KDB 789033D02v01r04- Section E)3)b) Method PM-G
7.4.3.Test Setting
Average power measurements were perform only when the EUT was transmitting at its maximum
power control level using a broadband power meter with a pulse sensor. The power meter
implemented triggering and gating capabilities which were set up such that power measurements
were recorded only during the ON time of the transmitter. The trace was averaged over 100 traces to
obtain the final measured average power.
7.4.4.Test Setup
FCC ID: 2AD8UFZCWO2CA1
Page Number: 61 of 1055
Report No.: 1707TW0110-U2
7.4.5.Test Result
Power output test was verified over all data rates of each mode shown as below table, and then
choose the maximum power output (yellow marker) for final test of each channel.
For AC220 Wi-Fi AP OD directional antenna US Ant 1 port:
Test Mode
802.11a
802.11n
802.11n
802.11ac
802.11ac
802.11ac
Bandwidth
20
20
40
20
40
80
FCC ID: 2AD8UFZCWO2CA1
Channel
36
36
38
36
38
42
Frequency
Data Rate/
Average Power
(MHz)
MCS
(dBm)
6Mbps
16.74
24Mbps
16.56
54Mbps
16.23
MCS0
16.78
MCS3
16.34
MCS7
16.02
MCS0
16.79
MCS3
16.45
MCS7
16.34
MCS0
16.75
MCS4
16.45
MCS8
16.21
MCS0
16.78
MCS4
16.55
MCS9
16.23
MCS0
16.54
MCS4
16.34
MCS9
16.01
5180
5180
5190
5180
5190
5210
Page Number: 62 of 1055
Report No.: 1707TW0110-U2
Product
AC220 Wi-Fi AP OD directional antenna US
Temperature
25°C
Test Engineer
Johnson Liao
Relative Humidity
49%
Test Site
SR2
Test Date
2017/08/20
Test Mode
Data
Channel
Freq.
Rate/
No.
(MHz)
Average Power Average Power
(dBm)
Limit (dBm)
MCS
Max EIRP
EIRP Limit
Result
of 30°Elevation of 30°Elevation
Angle (dBm)
Angle (dBm)
Ant 1
11a
6Mbps
36
5180
17.60
≤ 25.00
20.60
≤ 21.00
Pass
11a
6Mbps
44
5220
17.47
≤ 25.00
20.47
≤ 21.00
Pass
11a
6Mbps
48
5240
17.66
≤ 25.00
20.66
≤ 21.00
Pass
11a
6Mbps
149
5745
21.08
≤ 26.00
--
--
Pass
11a
6Mbps
157
5785
21.26
≤ 26.00
--
--
Pass
11a
6Mbps
165
5825
21.36
≤ 26.00
--
--
Pass
11n-HT20
MCS0
36
5180
17.69
≤ 25.00
20.69
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
17.53
≤ 25.00
20.53
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
17.73
≤ 25.00
20.73
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.17
≤ 26.00
--
--
Pass
11n-HT20
MCS0
157
5785
21.23
≤ 26.00
--
--
Pass
11n-HT20
MCS0
165
5825
21.36
≤ 26.00
--
--
Pass
11n-HT40
MCS0
38
5190
17.82
≤ 25.00
20.82
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
17.71
≤ 25.00
20.71
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.38
≤ 26.00
--
--
Pass
11n-HT40
MCS0
159
5795
21.54
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
36
5180
17.73
≤ 25.00
20.73
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
17.58
≤ 25.00
20.58
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
17.73
≤ 25.00
20.73
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.20
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.33
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.42
≤ 26.00
--
--
Pass
11ac-VHT40
MCS0
38
5190
17.78
≤ 25.00
20.78
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
17.71
≤ 25.00
20.71
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.43
≤ 26.00
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.57
≤ 26.00
--
--
Pass
11ac-VHT80
MCS0
42
5210
17.56
≤ 25.00
20.56
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.09
≤ 26.00
--
--
Pass
Note: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + 30°Elevation Angle Gain (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 63 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Rate/
No.
(MHz)
Average Power Average Power
(dBm)
Limit (dBm)
MCS
Max EIRP
EIRP Limit
Result
of 30°Elevation of 30°Elevation
Angle (dBm)
Angle (dBm)
Ant 2
11a
6Mbps
36
5180
17.76
≤ 25.00
20.76
≤ 21.00
Pass
11a
6Mbps
44
5220
17.48
≤ 25.00
20.48
≤ 21.00
Pass
11a
6Mbps
48
5240
17.60
≤ 25.00
20.60
≤ 21.00
Pass
11a
6Mbps
149
5745
21.45
≤ 26.00
--
--
Pass
11a
6Mbps
157
5785
21.95
≤ 26.00
--
--
Pass
11a
6Mbps
165
5825
22.12
≤ 26.00
--
--
Pass
11n-HT20
MCS0
36
5180
17.40
≤ 25.00
20.40
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
17.58
≤ 25.00
20.58
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
17.70
≤ 25.00
20.70
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.67
≤ 26.00
--
--
Pass
11n-HT20
MCS0
157
5785
21.58
≤ 26.00
--
--
Pass
11n-HT20
MCS0
165
5825
22.11
≤ 26.00
--
--
Pass
11n-HT40
MCS0
38
5190
17.43
≤ 25.00
20.43
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
17.73
≤ 25.00
20.73
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.92
≤ 26.00
--
--
Pass
11n-HT40
MCS0
159
5795
22.15
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
36
5180
17.40
≤ 25.00
20.40
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
17.58
≤ 25.00
20.58
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
17.69
≤ 25.00
20.69
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.67
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
157
5785
22.02
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
165
5825
22.24
≤ 26.00
--
--
Pass
11ac-VHT40
MCS0
38
5190
17.42
≤ 25.00
20.42
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
17.70
≤ 25.00
20.70
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.89
≤ 26.00
--
--
Pass
11ac-VHT40
MCS0
159
5795
22.23
≤ 26.00
--
--
Pass
11ac-VHT80
MCS0
42
5210
17.61
≤ 25.00
20.61
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.74
≤ 26.00
--
--
Pass
Note: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + 30°Elevation Angle Gain (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 64 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant1
Ant2
Total
Rate/
No.
(MHz)
Average
Average
Average
Power
Power
Power
Power
Limit
(dBm)
(dBm)
(dBm)
(dBm)
MCS
Average Max EIRP EIRP Limit Result
of 30°
of 30°
Elevation Elevation
Angle
Angle
(dBm)
(dBm)
Ant 1 + 2 (CDD Mode)
11a
6Mbps
36
5180
14.75
14.77
17.77
≤ 25.00
20.77
≤ 21.00
Pass
11a
6Mbps
44
5220
14.56
14.42
17.50
≤ 25.00
20.50
≤ 21.00
Pass
11a
6Mbps
48
5240
14.63
14.52
17.59
≤ 25.00
20.59
≤ 21.00
Pass
11a
6Mbps
149
5745
20.51
20.96
23.75
≤ 26.00
--
--
Pass
11a
6Mbps
157
5785
20.19
20.97
23.61
≤ 26.00
--
--
Pass
11a
6Mbps
165
5825
19.87
20.76
23.35
≤ 26.00
--
--
Pass
11n-HT20
MCS0
36
5180
14.29
14.42
17.37
≤ 25.00
20.37
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
14.66
14.66
17.67
≤ 25.00
20.67
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
14.73
14.66
17.71
≤ 25.00
20.71
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
20.40
21.01
23.73
≤ 26.00
--
--
Pass
11n-HT20
MCS0
157
5785
20.13
20.72
23.45
≤ 26.00
--
--
Pass
11n-HT20
MCS0
165
5825
19.87
20.78
23.36
≤ 26.00
--
--
Pass
11n-HT40
MCS0
38
5190
14.29
14.52
17.42
≤ 25.00
20.42
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
14.76
14.78
17.78
≤ 25.00
20.78
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
20.12
20.72
23.44
≤ 26.00
--
--
Pass
11n-HT40
MCS0
159
5795
19.84
20.68
23.29
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
36
5180
14.26
14.58
17.43
≤ 25.00
20.43
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
14.64
14.77
17.72
≤ 25.00
20.72
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
14.71
14.71
17.72
≤ 25.00
20.72
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
20.48
20.94
23.73
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
157
5785
20.02
21.03
23.56
≤ 26.00
--
--
Pass
11ac-VHT20
MCS0
165
5825
19.82
20.79
23.34
≤ 26.00
--
--
Pass
11ac-VHT40
MCS0
38
5190
14.28
14.55
17.43
≤ 25.00
20.43
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
14.75
14.78
17.78
≤ 25.00
20.78
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
20.08
20.74
23.43
≤ 26.00
--
--
Pass
11ac-VHT40
MCS0
159
5795
19.89
20.67
23.31
≤ 26.00
--
--
Pass
11ac-VHT80
MCS0
42
5210
14.63
14.83
17.74
≤ 25.00
20.74
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
20.26
21.04
23.68
≤ 26.00
--
--
Pass
(Ant 1 Average Power /10)
Note 1: The Total Average Power (dBm) = 10*log{10
(Ant 2 Average Power /10)
+10
}.
Note 2: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + Directional Antenna Gain of 30°
Elevation Angle (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 65 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant1
Ant2
Total
Rate/
No.
(MHz)
Average
Average
Average
Power
Power
Power
Power
Limit
(dBm)
(dBm)
(dBm)
(dBm)
MCS
Average Max EIRP EIRP Limit Result
of 30°
of 30°
Elevation Elevation
Angle
Angle
(dBm)
(dBm)
Ant 1 + 2 (Beam-Forming Mode)
11n-HT20
MCS0
36
5180
11.62
11.75
14.70
≤ 21.99
20.71
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
11.68
11.91
14.81
≤ 21.99
20.82
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
11.52
11.71
14.63
≤ 21.99
20.64
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
19.73
19.62
22.69
≤ 22.99
--
--
Pass
11n-HT20
MCS0
157
5785
19.92
19.70
22.82
≤ 22.99
--
--
Pass
11n-HT20
MCS0
165
5825
19.51
19.07
22.31
≤ 22.99
--
--
Pass
11n-HT40
MCS0
38
5190
11.65
11.72
14.70
≤ 21.99
20.71
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
11.20
11.68
14.46
≤ 21.99
20.47
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
19.43
19.28
22.37
≤ 22.99
--
--
Pass
11n-HT40
MCS0
159
5795
19.51
19.36
22.45
≤ 22.99
--
--
Pass
11ac-VHT20
MCS0
36
5180
11.42
11.84
14.65
≤ 21.99
20.66
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
11.09
11.69
14.41
≤ 21.99
20.42
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
11.12
11.84
14.51
≤ 21.99
20.52
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
19.41
19.32
22.38
≤ 22.99
--
--
Pass
11ac-VHT20
MCS0
157
5785
19.49
19.27
22.39
≤ 22.99
--
--
Pass
11ac-VHT20
MCS0
165
5825
19.55
19.29
22.43
≤ 22.99
--
--
Pass
11ac-VHT40
MCS0
38
5190
11.32
12.05
14.71
≤ 21.99
20.72
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
11.02
11.82
14.45
≤ 21.99
20.46
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
19.50
19.35
22.44
≤ 22.99
--
--
Pass
11ac-VHT40
MCS0
159
5795
19.51
19.32
22.43
≤ 22.99
--
--
Pass
11ac-VHT80
MCS0
42
5210
11.26
11.94
14.62
≤ 21.99
20.63
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
19.55
19.36
22.47
≤ 22.99
--
--
Pass
(Ant 1 Average Power /10)
Note 1: The Total Average Power (dBm) = 10*log{10
(Ant 2 Average Power /10)
+10
}.
Note 2: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + Directional Antenna Gain of 30°
Elevation Angle (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 66 of 1055
Report No.: 1707TW0110-U2
Product
AC220 Wi-Fi AP OD external antenna US
Temperature
25°C
Test Engineer
Johnson Liao
Relative Humidity
52%
Test Site
SR2
Test Date
2017/08/10
Test Mode
Data
Channel
Freq.
Rate/
No.
(MHz)
Average Power Average Power
(dBm)
Limit (dBm)
MCS
Max EIRP
EIRP Limit
Result
of 30°Elevation of 30°Elevation
Angle (dBm)
Angle (dBm)
Ant 1
11a
6Mbps
36
5180
18.13
≤ 30.00
20.40
≤ 21.00
Pass
11a
6Mbps
44
5220
18.34
≤ 30.00
20.61
≤ 21.00
Pass
11a
6Mbps
48
5240
18.14
≤ 30.00
20.41
≤ 21.00
Pass
11a
6Mbps
149
5745
21.30
≤ 30.00
--
--
Pass
11a
6Mbps
157
5785
21.42
≤ 30.00
--
--
Pass
11a
6Mbps
165
5825
21.47
≤ 30.00
--
--
Pass
11n-HT20
MCS0
36
5180
18.42
≤ 30.00
20.69
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
18.21
≤ 30.00
20.48
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
18.43
≤ 30.00
20.70
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.30
≤ 30.00
--
--
Pass
11n-HT20
MCS0
157
5785
21.46
≤ 30.00
--
--
Pass
11n-HT20
MCS0
165
5825
21.53
≤ 30.00
--
--
Pass
11n-HT40
MCS0
38
5190
18.40
≤ 30.00
20.67
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
18.36
≤ 30.00
20.63
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.54
≤ 30.00
--
--
Pass
11n-HT40
MCS0
159
5795
21.69
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
36
5180
18.45
≤ 30.00
20.72
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
18.33
≤ 30.00
20.60
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
18.54
≤ 30.00
20.81
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.34
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.47
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.55
≤ 30.00
--
--
Pass
11ac-VHT40
MCS0
38
5190
18.48
≤ 30.00
20.75
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
18.45
≤ 30.00
20.72
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.57
≤ 30.00
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.67
≤ 30.00
--
--
Pass
11ac-VHT80
MCS0
42
5210
18.26
≤ 30.00
20.53
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.21
≤ 30.00
--
--
Pass
Note: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + 30°Elevation Angle Gain (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 67 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Rate/
No.
(MHz)
Average Power Average Power
(dBm)
Limit (dBm)
MCS
Max EIRP
EIRP Limit
Result
of 30°Elevation of 30°Elevation
Angle (dBm)
Angle (dBm)
Ant 2
11a
6Mbps
36
5180
18.23
≤ 30.00
20.50
≤ 21.00
Pass
11a
6Mbps
44
5220
18.33
≤ 30.00
20.60
≤ 21.00
Pass
11a
6Mbps
48
5240
18.46
≤ 30.00
20.73
≤ 21.00
Pass
11a
6Mbps
149
5745
21.61
≤ 30.00
--
--
Pass
11a
6Mbps
157
5785
22.11
≤ 30.00
--
--
Pass
11a
6Mbps
165
5825
22.26
≤ 30.00
--
--
Pass
11n-HT20
MCS0
36
5180
18.31
≤ 30.00
20.58
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
18.40
≤ 30.00
20.67
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
18.51
≤ 30.00
20.78
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.66
≤ 30.00
--
--
Pass
11n-HT20
MCS0
157
5785
22.13
≤ 30.00
--
--
Pass
11n-HT20
MCS0
165
5825
22.30
≤ 30.00
--
--
Pass
11n-HT40
MCS0
38
5190
18.35
≤ 30.00
20.62
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
18.54
≤ 30.00
20.81
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
22.03
≤ 30.00
--
--
Pass
11n-HT40
MCS0
159
5795
22.45
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
36
5180
18.34
≤ 30.00
20.61
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
18.43
≤ 30.00
20.70
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
18.54
≤ 30.00
20.81
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.70
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
157
5785
22.16
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
165
5825
22.31
≤ 30.00
--
--
Pass
11ac-VHT40
MCS0
38
5190
18.34
≤ 30.00
20.61
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
18.53
≤ 30.00
20.80
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
22.03
≤ 30.00
--
--
Pass
11ac-VHT40
MCS0
159
5795
22.47
≤ 30.00
--
--
Pass
11ac-VHT80
MCS0
42
5210
18.09
≤ 30.00
20.36
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.90
≤ 30.00
--
--
Pass
Note: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + 30°Elevation Angle Gain (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 68 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant1
Ant2
Total
Rate/
No.
(MHz)
Average
Average
Average
Power
Power
Power
Power
Limit
(dBm)
(dBm)
(dBm)
(dBm)
MCS
Average Max EIRP EIRP Limit Result
of 30°
of 30°
Elevation Elevation
Angle
Angle
(dBm)
(dBm)
Ant 1 + 2 (CDD Mode)
11a
6Mbps
36
5180
15.01
15.37
18.20
≤ 30.00
20.47
≤ 21.00
Pass
11a
6Mbps
44
5220
15.29
15.56
18.44
≤ 30.00
20.71
≤ 21.00
Pass
11a
6Mbps
48
5240
15.17
15.20
18.20
≤ 30.00
20.47
≤ 21.00
Pass
11a
6Mbps
149
5745
21.64
22.03
24.85
≤ 30.00
--
--
Pass
11a
6Mbps
157
5785
21.73
22.49
25.14
≤ 30.00
--
--
Pass
11a
6Mbps
165
5825
21.84
22.66
25.28
≤ 30.00
--
--
Pass
11n-HT20
MCS0
36
5180
15.44
15.52
18.49
≤ 30.00
20.76
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
14.91
15.47
18.21
≤ 30.00
20.48
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
15.11
15.42
18.28
≤ 30.00
20.55
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.61
22.08
24.86
≤ 30.00
--
--
Pass
11n-HT20
MCS0
157
5785
21.79
22.55
25.20
≤ 30.00
--
--
Pass
11n-HT20
MCS0
165
5825
21.86
22.74
25.33
≤ 30.00
--
--
Pass
11n-HT40
MCS0
38
5190
15.24
15.50
18.38
≤ 30.00
20.65
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
15.33
15.48
18.42
≤ 30.00
20.69
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.85
22.41
25.15
≤ 30.00
--
--
Pass
11n-HT40
MCS0
159
5795
21.95
22.85
25.43
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
36
5180
15.11
15.20
18.17
≤ 30.00
20.44
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
15.04
15.18
18.12
≤ 30.00
20.39
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
15.03
15.10
18.08
≤ 30.00
20.35
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.62
22.07
24.86
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.74
22.57
25.19
≤ 30.00
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.83
22.75
25.32
≤ 30.00
--
--
Pass
11ac-VHT40
MCS0
38
5190
15.15
15.46
18.32
≤ 30.00
20.59
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
15.25
15.24
18.26
≤ 30.00
20.53
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.77
22.39
25.10
≤ 30.00
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.96
22.84
25.43
≤ 30.00
--
--
Pass
11ac-VHT80
MCS0
42
5210
14.95
15.40
18.19
≤ 30.00
20.46
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.43
22.25
24.87
≤ 30.00
--
--
Pass
(Ant 1 Average Power /10)
Note 1: The Total Average Power (dBm) = 10*log{10
(Ant 2 Average Power /10)
+10
}.
Note 2: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + Directional Antenna Gain of 30°
Elevation Angle (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 69 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant1
Ant2
Total
Rate/
No.
(MHz)
Average
Average
Average
Power
Power
Power
Power
Limit
(dBm)
(dBm)
(dBm)
(dBm)
MCS
Average Max EIRP EIRP Limit Result
of 30°
of 30°
Elevation Elevation
Angle
Angle
(dBm)
(dBm)
Ant 1 + 2 (Beam-Forming Mode)
11n-HT20
MCS0
36
5180
12.05
12.26
15.17
≤ 27.99
20.45
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
12.30
12.48
15.40
≤ 27.99
20.68
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
12.09
12.10
15.11
≤ 27.99
20.39
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.61
22.08
24.86
≤ 27.99
--
--
Pass
11n-HT20
MCS0
157
5785
21.79
22.55
25.20
≤ 27.99
--
--
Pass
11n-HT20
MCS0
165
5825
21.86
22.74
25.33
≤ 27.99
--
--
Pass
11n-HT40
MCS0
38
5190
12.16
11.99
15.09
≤ 27.99
20.37
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
12.07
12.53
15.32
≤ 27.99
20.60
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.85
22.41
25.15
≤ 27.99
--
--
Pass
11n-HT40
MCS0
159
5795
21.95
22.85
25.43
≤ 27.99
--
--
Pass
11ac-VHT20
MCS0
36
5180
12.23
12.61
15.43
≤ 27.99
20.71
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
12.17
12.37
15.28
≤ 27.99
20.56
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
12.28
12.51
15.41
≤ 27.99
20.69
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.62
22.07
24.86
≤ 27.99
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.74
22.57
25.19
≤ 27.99
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.83
22.75
25.32
≤ 27.99
--
--
Pass
11ac-VHT40
MCS0
38
5190
12.10
12.47
15.30
≤ 27.99
20.58
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
12.01
12.45
15.25
≤ 27.99
20.53
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.77
22.39
25.10
≤ 27.99
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.96
22.84
25.43
≤ 27.99
--
--
Pass
11ac-VHT80
MCS0
42
5210
12.02
12.33
15.19
≤ 27.99
20.47
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.43
22.25
24.87
≤ 27.99
--
--
Pass
(Ant 1 Average Power /10)
Note 1: The Total Average Power (dBm) = 10*log{10
(Ant 2 Average Power /10)
+10
}.
Note 2: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + Directional Antenna Gain of 30°
Elevation Angle (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 70 of 1055
Report No.: 1707TW0110-U2
Product
AC220 Wi-Fi AP OD small omni antenna US
Temperature
25°C
Test Engineer
Johnson Liao
Relative Humidity
50%
Test Site
SR2
Test Date
2017/08/21
Test Mode
Data
Channel
Freq.
Rate/
No.
(MHz)
Average Power Average Power
(dBm)
Limit (dBm)
MCS
Max EIRP
EIRP Limit
Result
of 30°Elevation of 30°Elevation
Angle (dBm)
Angle (dBm)
Ant 1
11a
6Mbps
36
5180
21.66
≤ 29.50
20.41
≤ 21.00
Pass
11a
6Mbps
44
5220
21.78
≤ 29.50
20.53
≤ 21.00
Pass
11a
6Mbps
48
5240
21.83
≤ 29.50
20.58
≤ 21.00
Pass
11a
6Mbps
149
5745
21.33
≤ 29.50
--
--
Pass
11a
6Mbps
157
5785
21.49
≤ 29.50
--
--
Pass
11a
6Mbps
165
5825
21.53
≤ 29.50
--
--
Pass
11n-HT20
MCS0
36
5180
21.81
≤ 29.50
20.56
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
21.93
≤ 29.50
20.68
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
21.97
≤ 29.50
20.72
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.38
≤ 29.50
--
--
Pass
11n-HT20
MCS0
157
5785
21.52
≤ 29.50
--
--
Pass
11n-HT20
MCS0
165
5825
21.59
≤ 29.50
--
--
Pass
11n-HT40
MCS0
38
5190
19.93
≤ 29.50
18.68
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
22.05
≤ 29.50
20.80
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.59
≤ 29.50
--
--
Pass
11n-HT40
MCS0
159
5795
21.74
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
36
5180
21.80
≤ 29.50
20.55
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
21.91
≤ 29.50
20.66
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
21.97
≤ 29.50
20.72
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.40
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.52
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.59
≤ 29.50
--
--
Pass
11ac-VHT40
MCS0
38
5190
19.95
≤ 29.50
18.70
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
22.06
≤ 29.50
20.81
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.53
≤ 29.50
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.73
≤ 29.50
--
--
Pass
11ac-VHT80
MCS0
42
5210
19.22
≤ 29.50
17.97
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.26
≤ 29.50
--
--
Pass
Note: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + 30°Elevation Angle Gain (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 71 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Rate/
No.
(MHz)
Average Power Average Power
(dBm)
Limit (dBm)
MCS
Max EIRP
EIRP Limit
Result
of 30°Elevation of 30°Elevation
Angle (dBm)
Angle (dBm)
Ant 2
11a
6Mbps
36
5180
21.57
≤ 29.50
20.32
≤ 21.00
Pass
11a
6Mbps
44
5220
21.75
≤ 29.50
20.50
≤ 21.00
Pass
11a
6Mbps
48
5240
21.90
≤ 29.50
20.65
≤ 21.00
Pass
11a
6Mbps
149
5745
21.58
≤ 29.50
--
--
Pass
11a
6Mbps
157
5785
22.10
≤ 29.50
--
--
Pass
11a
6Mbps
165
5825
22.28
≤ 29.50
--
--
Pass
11n-HT20
MCS0
36
5180
21.71
≤ 29.50
20.46
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
21.89
≤ 29.50
20.64
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
22.03
≤ 29.50
20.78
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.69
≤ 29.50
--
--
Pass
11n-HT20
MCS0
157
5785
22.14
≤ 29.50
--
--
Pass
11n-HT20
MCS0
165
5825
22.29
≤ 29.50
--
--
Pass
11n-HT40
MCS0
38
5190
20.45
≤ 29.50
19.20
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
22.11
≤ 29.50
20.86
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
22.02
≤ 29.50
--
--
Pass
11n-HT40
MCS0
159
5795
22.43
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
36
5180
21.71
≤ 29.50
20.46
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
21.88
≤ 29.50
20.63
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
22.03
≤ 29.50
20.78
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.65
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
157
5785
22.13
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
165
5825
22.28
≤ 29.50
--
--
Pass
11ac-VHT40
MCS0
38
5190
20.44
≤ 29.50
19.19
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
22.02
≤ 29.50
20.77
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
22.03
≤ 29.50
--
--
Pass
11ac-VHT40
MCS0
159
5795
22.43
≤ 29.50
--
--
Pass
11ac-VHT80
MCS0
42
5210
20.27
≤ 29.50
19.02
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.86
≤ 29.50
--
--
Pass
Note: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + 30°Elevation Angle Gain (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 72 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant1
Ant2
Total
Rate/
No.
(MHz)
Average
Average
Average
Power
Power
Power
Power
Limit
(dBm)
(dBm)
(dBm)
(dBm)
MCS
Average Max EIRP EIRP Limit Result
of 30°
of 30°
Elevation Elevation
Angle
Angle
(dBm)
(dBm)
Ant 1 + 2 (CDD Mode)
11a
6Mbps
36
5180
18.75
18.88
21.83
≤ 29.50
20.58
≤ 21.00
Pass
11a
6Mbps
44
5220
18.63
19.04
21.85
≤ 29.50
20.60
≤ 21.00
Pass
11a
6Mbps
48
5240
18.44
19.13
21.81
≤ 29.50
20.56
≤ 21.00
Pass
11a
6Mbps
149
5745
21.64
22.01
24.84
≤ 29.50
--
--
Pass
11a
6Mbps
157
5785
21.74
22.45
25.12
≤ 29.50
--
--
Pass
11a
6Mbps
165
5825
21.83
22.65
25.27
≤ 29.50
--
--
Pass
11n-HT20
MCS0
36
5180
18.40
18.90
21.67
≤ 29.50
20.42
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
18.58
19.27
21.95
≤ 29.50
20.70
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
18.65
19.33
22.01
≤ 29.50
20.76
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.60
22.01
24.82
≤ 29.50
--
--
Pass
11n-HT20
MCS0
157
5785
21.83
22.44
25.16
≤ 29.50
--
--
Pass
11n-HT20
MCS0
165
5825
21.88
22.62
25.28
≤ 29.50
--
--
Pass
11n-HT40
MCS0
38
5190
18.50
19.03
21.78
≤ 29.50
20.53
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
18.53
19.32
21.95
≤ 29.50
20.70
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.87
22.25
25.07
≤ 29.50
--
--
Pass
11n-HT40
MCS0
159
5795
22.01
22.69
25.37
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
36
5180
18.43
19.04
21.76
≤ 29.50
20.51
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
18.59
19.24
21.94
≤ 29.50
20.69
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
18.71
19.31
22.03
≤ 29.50
20.78
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.63
21.88
24.77
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.79
22.42
25.13
≤ 29.50
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.87
22.52
25.22
≤ 29.50
--
--
Pass
11ac-VHT40
MCS0
38
5190
18.37
19.02
21.72
≤ 29.50
20.47
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
18.63
19.32
22.00
≤ 29.50
20.75
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.76
22.15
24.97
≤ 29.50
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.94
22.59
25.29
≤ 29.50
--
--
Pass
11ac-VHT80
MCS0
42
5210
17.25
17.91
20.60
≤ 29.50
19.35
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
19.96
20.36
23.17
≤ 29.50
--
--
Pass
(Ant 1 Average Power /10)
Note 1: The Total Average Power (dBm) = 10*log{10
(Ant 2 Average Power /10)
+10
}.
Note 2: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + Directional Antenna Gain of 30°
Elevation Angle (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 73 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant1
Ant2
Total
Rate/
No.
(MHz)
Average
Average
Average
Power
Power
Power
Power
Limit
(dBm)
(dBm)
(dBm)
(dBm)
MCS
Average Max EIRP EIRP Limit Result
of 30°
of 30°
Elevation Elevation
Angle
Angle
(dBm)
(dBm)
Ant 1 + 2 (Beam-Forming Mode)
11n-HT20
MCS0
36
5180
15.65
16.20
18.94
≤ 26.49
20.70
≤ 21.00
Pass
11n-HT20
MCS0
44
5220
15.35
16.04
18.72
≤ 26.49
20.48
≤ 21.00
Pass
11n-HT20
MCS0
48
5240
15.36
16.16
18.79
≤ 26.49
20.55
≤ 21.00
Pass
11n-HT20
MCS0
149
5745
21.60
22.01
24.82
≤ 26.49
--
--
Pass
11n-HT20
MCS0
157
5785
21.83
22.44
25.16
≤ 26.49
--
--
Pass
11n-HT20
MCS0
165
5825
21.88
22.62
25.28
≤ 26.49
--
--
Pass
11n-HT40
MCS0
38
5190
15.67
16.28
19.00
≤ 26.49
20.76
≤ 21.00
Pass
11n-HT40
MCS0
46
5230
15.32
16.09
18.73
≤ 26.49
20.49
≤ 21.00
Pass
11n-HT40
MCS0
151
5755
21.87
22.25
25.07
≤ 26.49
--
--
Pass
11n-HT40
MCS0
159
5795
22.01
22.69
25.37
≤ 26.49
--
--
Pass
11ac-VHT20
MCS0
36
5180
15.67
16.38
19.05
≤ 26.49
20.81
≤ 21.00
Pass
11ac-VHT20
MCS0
44
5220
15.32
16.05
18.71
≤ 26.49
20.47
≤ 21.00
Pass
11ac-VHT20
MCS0
48
5240
15.38
16.15
18.79
≤ 26.49
20.55
≤ 21.00
Pass
11ac-VHT20
MCS0
149
5745
21.63
21.88
24.77
≤ 26.49
--
--
Pass
11ac-VHT20
MCS0
157
5785
21.79
22.42
25.13
≤ 26.49
--
--
Pass
11ac-VHT20
MCS0
165
5825
21.87
22.52
25.22
≤ 26.49
--
--
Pass
11ac-VHT40
MCS0
38
5190
15.62
16.26
18.96
≤ 26.49
20.72
≤ 21.00
Pass
11ac-VHT40
MCS0
46
5230
15.32
16.06
18.72
≤ 26.49
20.48
≤ 21.00
Pass
11ac-VHT40
MCS0
151
5755
21.76
22.15
24.97
≤ 26.49
--
--
Pass
11ac-VHT40
MCS0
159
5795
21.94
22.59
25.29
≤ 26.49
--
--
Pass
11ac-VHT80
MCS0
42
5210
15.44
16.10
18.79
≤ 26.49
20.55
≤ 21.00
Pass
11ac-VHT80
MCS0
155
5775
21.45
21.98
24.73
≤ 26.49
--
--
Pass
(Ant 1 Average Power /10)
Note 1: The Total Average Power (dBm) = 10*log{10
(Ant 2 Average Power /10)
+10
}.
Note 2: Max EIRP of 30°Elevation Angle (dBm) = Total Average Power (dBm) + Directional Antenna Gain of 30°
Elevation Angle (dBi).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 74 of 1055
Report No.: 1707TW0110-U2
7.5. Transmit Power Control
7.5.1.Test Limit
The U-NII device is required to have the capability to operate at least 6 dB below the mean EIRP
value of 30 dBm.
7.5.2.Test Procedure Used
KDB 789033 D02v01- Section E)3)b) Method PM-G
7.5.3.Test Setting
Average power measurements were perform only when the EUT was transmitting at its maximum
power control level using a broadband power meter with a pulse sensor. The power meter
implemented triggering and gating capabilities which were set up such that power measurements
were recorded only during the ON time of the transmitter. The trace was averaged over 100 traces to
obtain the final measured average power.
7.5.4.Test Setup
7.5.5.Test Result
Not Applicant.
FCC ID: 2AD8UFZCWO2CA1
Page Number: 75 of 1055
Report No.: 1707TW0110-U2
7.6. Power Spectral Density Measurement
7.6.1.Test Limit
For an outdoor access point operating in the band 5.15-5.25 GHz, the maximum power spectral
density shall not exceed 17 dBm in any 1 megahertz band.
For the band 5.725-5.85 GHz, the maximum power spectral density shall not exceed 30 dBm in any
500-kHz band.
If transmitting antennas of directional gain greater than 6dBi are used, the peak power spectral
density shall be reduced by the amount in dB that the directional gain of theantenna exceeds 6dBi.
Output Power Measurement limiti of AC220 Wi-Fi AP OD directional antenna US
Frequency Band
Per Chain Max Antenna
CDD & Beam
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
Forming Directional
(dBm)
(dBm/MHz)
5150 ~ 5250
Ant 1
Ant 2
Gain (dBi)
Ant 1
Ant 2
11.00
11.00
14.01
12.00
12.00
8.99
Frequency Band
Per Chain Max Antenna
CDD & Beam
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
Forming Directional
(dBm/500kHz)
(dBm/500kHz)
5725 ~ 5850
Ant 1
Ant 2
Gain (dBi)
Ant 1
Ant 2
10.00
10.00
13.01
26.00
26.00
22.99
Output Power Measurement limiti of AC220 Wi-Fi AP OD external antenna US
Frequency Band
Per Chain Max Antenna
CDD & Beam
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
Forming Directional
(dBm)
(dBm/MHz)
5150 ~ 5250
Ant 1
Ant 2
Gain (dBi)
Ant 1
Ant 2
5.00
5.00
8.01
17.00
17.00
14.99
Frequency Band
Per Chain Max Antenna
CDD & Beam
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
Forming Directional
(dBm/500kHz)
(dBm/500kHz)
5725 ~ 5850
Ant 1
Ant 2
Gain (dBi)
Ant 1
Ant 2
5.00
5.00
8.01
30.00
30.00
FCC ID: 2AD8UFZCWO2CA1
27.99
Page Number: 76 of 1055
Report No.: 1707TW0110-U2
Output Power Measurement limiti of AC220 Wi-Fi AP OD small omni antenna US
Frequency Band
Per Chain Max Antenna
CDD & Beam
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
Forming Directional
(dBm)
(dBm/MHz)
5150 ~ 5250
Ant 1
Ant 2
Gain (dBi)
Ant 1
Ant 2
6.50
6.50
9.51
16.50
16.50
13.49
Frequency Band
Per Chain Max Antenna
CDD & Beam
Limit of SISO
Limit of MIMO
(MHz)
Gain (dBi)
Forming Directional
(dBm/500kHz)
(dBm/500kHz)
5725 ~ 5850
Ant 1
Ant 2
Gain (dBi)
Ant 1
Ant 2
6.50
6.50
9.51
29.50
29.50
26.49
7.6.2.Test Procedure Used
KDB 789033 D02v01r04-SectionF
7.6.3.Test Setting
1. Analyzer was set to the center frequency of the UNII channel under investigation
2. Span was set to encompass the entire 26dB EBW of the signal.
3. RBW = 1MHz, if measurement bandwidth of Maximum PSD is specified in 500 kHz,
RBW = 100 kHz
4. VBW = 3MHz
5. Number of sweep points ≥ 2 × (span / RBW)
6. Detector = power averaging (Average)
7. Sweep time = auto
8. Trigger = free run
9. Use the peak search function on the instrument to find the peak of the spectrum and record its
value.
10. Add 10*log(1/x), where x is the duty cycle, to the measured power in order to compute the
average power during the actual transmission times (because the measurement represents an
average over both the on and off times of the transmission). For example, add 10*log(1/0.25) = 6
dB if the duty cycle is 25 percent.
11. When the measurement bandwidth of Maximum PSD is specified in 500 kHz, add a constant
factor 10*log(500kHz/100kHz) = 6.99 dB to the measured result.
FCC ID: 2AD8UFZCWO2CA1
Page Number: 77 of 1055
Report No.: 1707TW0110-U2
7.6.4.Test Setup
FCC ID: 2AD8UFZCWO2CA1
Page Number: 78 of 1055
Report No.: 1707TW0110-U2
7.6.5.Test Result
Product
AC220 Wi-Fi AP OD directional antenna
Temperature
24°C
US
Test Engineer
Johnson Liao
Relative Humidity
59%
Test Site
SR2
Test Date
2017/08/27
Test Item
Power Spectral Density (UNII-Band 1)
Test Mode
Data
Channel
Freq.
PSD (dBm/
Duty Cycle
Final
PSD Limit
Rate/
No.
(MHz)
MHz)
(%)
PSD(dBm/
(dBm/
MHz)
MHz)
MCS
Result
Ant 1
11a
6Mbps
36
5180
6.31
95.80
6.50
≤ 12.00
Pass
11a
6Mbps
44
5220
6.22
95.80
6.41
≤ 12.00
Pass
11a
6Mbps
48
5240
6.10
95.80
6.29
≤ 12.00
Pass
11n-HT20
MCS0
36
5180
6.38
98.07
6.38
≤ 12.00
Pass
11n-HT20
MCS0
44
5220
5.80
98.07
5.80
≤ 12.00
Pass
11n-HT20
MCS0
48
5240
5.86
98.07
5.86
≤ 12.00
Pass
11n-HT40
MCS0
38
5190
3.69
96.61
3.84
≤ 12.00
Pass
11n-HT40
MCS0
46
5230
3.22
96.61
3.37
≤ 12.00
Pass
11ac-VHT20
MCS0
36
5180
6.29
98.21
6.29
≤ 12.00
Pass
11ac-VHT20
MCS0
44
5220
6.06
98.21
6.06
≤ 12.00
Pass
11ac-VHT20
MCS0
48
5240
6.10
98.21
6.10
≤ 12.00
Pass
11ac-VHT40
MCS0
38
5190
3.66
96.43
3.82
≤ 12.00
Pass
11ac-VHT40
MCS0
46
5230
3.29
96.43
3.45
≤ 12.00
Pass
11ac-VHT80
MCS0
42
5210
0.14
91.40
0.53
≤ 12.00
Pass
Note: When EUT duty cycle < 98%, the Final PSD (dBm/MHz) = PSD (dBm/MHz) + 10*log(1/Duty Cycle).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 79 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
PSD (dBm/
Duty Cycle
Final
PSD Limit
Rate/
No.
(MHz)
MHz)
(%)
PSD(dBm/
(dBm/
MHz)
MHz)
MCS
Result
Ant 2
11a
6Mbps
36
5180
6.30
95.80
6.49
≤ 12.00
Pass
11a
6Mbps
44
5220
6.23
95.80
6.42
≤ 12.00
Pass
11a
6Mbps
48
5240
6.06
95.80
6.25
≤ 12.00
Pass
11n-HT20
MCS0
36
5180
5.95
98.07
5.95
≤ 12.00
Pass
11n-HT20
MCS0
44
5220
5.77
98.07
5.77
≤ 12.00
Pass
11n-HT20
MCS0
48
5240
6.11
98.07
6.11
≤ 12.00
Pass
11n-HT40
MCS0
38
5190
3.36
96.61
3.51
≤ 12.00
Pass
11n-HT40
MCS0
46
5230
3.65
96.61
3.80
≤ 12.00
Pass
11ac-VHT20
MCS0
36
5180
6.30
98.21
6.30
≤ 12.00
Pass
11ac-VHT20
MCS0
44
5220
5.93
98.21
5.93
≤ 12.00
Pass
11ac-VHT20
MCS0
48
5240
6.19
98.21
6.19
≤ 12.00
Pass
11ac-VHT40
MCS0
38
5190
3.20
96.43
3.36
≤ 12.00
Pass
11ac-VHT40
MCS0
46
5230
3.41
96.43
3.57
≤ 12.00
Pass
11ac-VHT80
MCS0
42
5210
0.50
91.40
0.89
≤ 12.00
Pass
Note: When EUT duty cycle < 98%, the Final PSD (dBm/MHz) = PSD (dBm/MHz) + 10*log(1/Duty Cycle).
FCC ID: 2AD8UFZCWO2CA1
Page Number: 80 of 1055
Report No.: 1707TW0110-U2
Test Mode Data Rate/ Channel
MCS
No.
Freq.
Ant 1
Ant 2
Duty
(MHz)
PSD
PSD
Cycle
(dBm/
(dBm/
(%)
MHz)
MHz)
Total PSD PSD Limit Result
(dBm/ MHz)
(dBm/
MHz)
Ant 1 + 2 (CDD Mode)
11a
6Mbps
36
5180
3.79
3.50
95.80
6.84
≤ 8.99
Pass
11a
6Mbps
44
5220
3.03
3.05
95.80
6.24
≤ 8.99
Pass
11a
6Mbps
48
5240
3.40
3.19
95.80
6.49
≤ 8.99
Pass
11n-HT20
MCS0
36
5180
2.80
3.08
98.07
5.95
≤ 8.99
Pass
11n-HT20
MCS0
44
5220
3.23
3.17
98.07
6.21
≤ 8.99
Pass
11n-HT20
MCS0
48
5240
2.97
3.22
98.07
6.11
≤ 8.99
Pass
11n-HT40
MCS0
38
5190
0.13
0.62
96.61
3.54
≤ 8.99
Pass
11n-HT40
MCS0
46
5230
0.33
0.48
96.61
3.57
≤ 8.99
Pass
11ac-VHT20
MCS0
36
5180
2.80
3.18
98.21
6.00
≤ 8.99
Pass
11ac-VHT20
MCS0
44
5220
2.94
3.12
98.21
6.04
≤ 8.99
Pass
11ac-VHT20
MCS0
48
5240
3.09
3.15
98.21
6.13
≤ 8.99
Pass
11ac-VHT40
MCS0
38
5190
0.13
0.43
96.43
3.45
≤ 8.99
Pass
11ac-VHT40
MCS0
46
5230
0.33
0.71
96.43
3.69
≤ 8.99
Pass
11ac-VHT80
MCS0
42
5210
-2.92
-2.65
91.40
≤ 8.99
Pass
Note 1: When EUT duty cycle ≥ 98%, the total PSD (dBm/MHz) = 10*log{10
0.62
(Ant 1 PSD/10)
Note 2: When EUT duty cycle < 98%, the total PSD (dBm/MHz) = 10*log{10
(Ant 1 PSD/10)
(Ant 2 PSD/10)
+ 10
(Ant 2 PSD/10)
+ 10
}+
10*log(1/duty cycle)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 81 of 1055
Report No.: 1707TW0110-U2
Test Mode Data Rate/ Channel
MCS
No.
Freq.
Ant 1
Ant 2
Duty
(MHz)
PSD
PSD
Cycle
(dBm/
(dBm/
(%)
MHz)
MHz)
Total PSD PSD Limit Result
(dBm/ MHz)
(dBm/
MHz)
Ant 1 + 2 (Beam-Forming Mode)
11n-HT20
MCS0
36
5180
-0.32
0.48
98.07
3.11
≤ 8.99
Pass
11n-HT20
MCS0
44
5220
-0.35
0.20
98.07
2.94
≤ 8.99
Pass
11n-HT20
MCS0
48
5240
-0.31
0.51
98.07
3.13
≤ 8.99
Pass
11n-HT40
MCS0
38
5190
-2.84
-2.66
96.61
0.41
≤ 8.99
Pass
11n-HT40
MCS0
46
5230
-3.09
-2.20
96.61
0.54
≤ 8.99
Pass
11ac-VHT20
MCS0
36
5180
-0.23
0.11
98.21
2.95
≤ 8.99
Pass
11ac-VHT20
MCS0
44
5220
-0.28
0.32
98.21
3.04
≤ 8.99
Pass
11ac-VHT20
MCS0
48
5240
-0.18
0.56
98.21
3.22
≤ 8.99
Pass
11ac-VHT40
MCS0
38
5190
-2.98
-2.48
96.43
0.45
≤ 8.99
Pass
11ac-VHT40
MCS0
46
5230
-2.92
-2.31
96.43
0.56
≤ 8.99
Pass
11ac-VHT80
MCS0
42
5210
-5.85
-5.57
91.40
≤ 8.99
Pass
Note 1: When EUT duty cycle ≥ 98%, the total PSD (dBm/MHz) = 10*log{10
-2.31
(Ant 1 PSD/10)
Note 2: When EUT duty cycle < 98%, the total PSD (dBm/MHz) = 10*log{10
(Ant 1 PSD/10)
(Ant 2 PSD/10)
+ 10
(Ant 2 PSD/10)
+ 10
}+
10*log(1/duty cycle)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 82 of 1055
Report No.: 1707TW0110-U2
Product
AC220 Wi-Fi AP OD directional
24°C
Temperature
Antenna US
Test Engineer
Johnson Liao
Relative Humidity
59%
Test Site
SR2
Test Date
2017/08/27
Test Item
Power Spectral Density (UNII-Band 3)
Test Mode
Data
Channel
Freq.
PSD
Rate/
No.
(MHz)
(dBm/
Duty Cycle Constant Final PSD PSD Limit
(%)
Factor
100KHz)
MCS
(dBm/
(dBm/
MHz)
MHz)
Result
Ant 1
11a
6Mbps
149
5745
1.78
95.80
6.99
8.96
≤ 26.00
Pass
11a
6Mbps
157
5785
1.44
95.80
6.99
8.62
≤ 26.00
Pass
11a
6Mbps
165
5825
1.73
95.80
6.99
8.91
≤ 26.00
Pass
11n-HT20
MCS0
149
5745
1.20
98.07
6.99
8.19
≤ 26.00
Pass
11n-HT20
MCS0
157
5785
1.58
98.07
6.99
8.57
≤ 26.00
Pass
11n-HT20
MCS0
165
5825
1.64
98.07
6.99
8.63
≤ 26.00
Pass
11n-HT40
MCS0
151
5755
-1.44
96.61
6.99
5.70
≤ 26.00
Pass
11n-HT40
MCS0
159
5795
-1.20
96.61
6.99
5.94
≤ 26.00
Pass
11ac-VHT20 MCS0
149
5745
1.39
98.21
6.99
8.38
≤ 26.00
Pass
11ac-VHT20 MCS0
157
5785
1.61
98.21
6.99
8.60
≤ 26.00
Pass
11ac-VHT20 MCS0
165
5825
1.59
98.21
6.99
8.58
≤ 26.00
Pass
11ac-VHT40 MCS0
151
5755
-1.32
96.43
6.99
5.83
≤ 26.00
Pass
11ac-VHT40 MCS0
159
5795
-1.48
96.43
6.99
5.67
≤ 26.00
Pass
11ac-VHT80 MCS0
155
5775
-4.63
91.40
6.99
2.75
≤ 26.00
Pass
Note 1: When EUT duty cycle ≥ 98%, the Final PSD (dBm/MHz) = PSD (dBm/100kHz) + Constant Factor.
Note 2: When EUT duty cycle < 98%, the Final PSD (dBm/MHz) = PSD (dBm/100k Hz) + 10*log(1/Duty Cycle)
+ Constant Factor.
FCC ID: 2AD8UFZCWO2CA1
Page Number: 83 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
PSD
Rate/
No.
(MHz)
(dBm/
Duty Cycle Constant Final PSD PSD Limit
(%)
Factor
100KHz)
MCS
(dBm/
(dBm/
MHz)
MHz)
Result
Ant 2
11a
6Mbps
149
5745
1.30
95.80
6.99
8.48
≤ 26.00
Pass
11a
6Mbps
157
5785
2.15
95.80
6.99
9.33
≤ 26.00
Pass
11a
6Mbps
165
5825
2.32
95.80
6.99
9.50
≤ 26.00
Pass
11n-HT20
MCS0
149
5745
1.49
98.07
6.99
8.48
≤ 26.00
Pass
11n-HT20
MCS0
157
5785
2.33
98.07
6.99
9.32
≤ 26.00
Pass
11n-HT20
MCS0
165
5825
2.19
98.07
6.99
9.18
≤ 26.00
Pass
11n-HT40
MCS0
151
5755
-1.05
96.61
6.99
6.09
≤ 26.00
Pass
11n-HT40
MCS0
159
5795
-0.77
96.61
6.99
6.37
≤ 26.00
Pass
11ac-VHT20 MCS0
149
5745
1.46
98.21
6.99
8.45
≤ 26.00
Pass
11ac-VHT20 MCS0
157
5785
1.81
98.21
6.99
8.80
≤ 26.00
Pass
11ac-VHT20 MCS0
165
5825
2.05
98.21
6.99
9.04
≤ 26.00
Pass
11ac-VHT40 MCS0
151
5755
-1.08
96.43
6.99
6.07
≤ 26.00
Pass
11ac-VHT40 MCS0
159
5795
-0.59
96.43
6.99
6.56
≤ 26.00
Pass
11ac-VHT80 MCS0
155
5775
-4.26
91.40
6.99
3.12
≤ 26.00
Pass
Note 1: When EUT duty cycle ≥ 98%, the Final PSD (dBm/MHz) = PSD (dBm/100kHz) + Constant Factor.
Note 2: When EUT duty cycle < 98%, the Final PSD (dBm/MHz) = PSD (dBm/100k Hz) + 10*log(1/Duty Cycle)
+ Constant Factor.
FCC ID: 2AD8UFZCWO2CA1
Page Number: 84 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant 1
Ant 2
Duty
Rate/
No.
(MHz)
PSD
PSD
Cycle
(dBm/
(dBm/
(%)
MCS
Constant
Total
Limit
Factor PSD(dBm/
Result
(dBm/
500kHz)
500kHz)
100kHz) 100kHz)
Ant 1 + 2 (CDD Mode)
11a
149
5745
0.66
1.05
95.80
6.99
11.05
≤ 22.99
Pass
11a
157
5785
0.44
0.47
95.80
6.99
10.64
≤ 22.99
Pass
11a
165
5825
-0.12
0.42
95.80
6.99
10.35
≤ 22.99
Pass
11n-HT20
MCS0
149
5745
0.52
0.75
98.07
6.99
10.64
≤ 22.99
Pass
11n-HT20
MCS0
157
5785
0.22
0.77
98.07
6.99
10.50
≤ 22.99
Pass
11n-HT20
MCS0
165
5825
-0.32
0.48
98.07
6.99
10.10
≤ 22.99
Pass
11n-HT40
MCS0
151
5755
-2.61
-3.58
96.61
6.99
7.08
≤ 22.99
Pass
11n-HT40
MCS0
159
5795
-3.05
-4.11
96.61
6.99
6.60
≤ 22.99
Pass
11ac-VHT20
MCS0
149
5745
0.23
-0.50
98.21
6.99
9.88
≤ 22.99
Pass
11ac-VHT20
MCS0
157
5785
-0.19
-0.43
98.21
6.99
9.69
≤ 22.99
Pass
11ac-VHT20
MCS0
165
5825
-0.36
-1.54
98.21
6.99
9.09
≤ 22.99
Pass
11ac-VHT40
MCS0
151
5755
-2.64
-2.31
96.43
6.99
7.69
≤ 22.99
Pass
11ac-VHT40
MCS0
159
5795
-3.21
-2.47
96.43
6.99
7.33
≤ 22.99
Pass
11ac-VHT80
MCS0
155
5775
-5.90
-5.27
91.40
6.99
4.82
≤ 22.99
Pass
Note 1: When EUT duty cycle ≥ 98%, Total PSD (dBm/500kHz) = 10*log{10
(Ant 1 PSD/10)
(Ant 2 PSD/10)
+10
}+
Constant Factor.
Note 2: When EUT duty cycle < 98%, Total PSD (dBm/500kHz) = 10*log{10
(Ant 1 PSD/10)
(Ant 2 PSD/10)
+10
}+
10*log(1/duty cycle) + Constant Factor.
FCC ID: 2AD8UFZCWO2CA1
Page Number: 85 of 1055
Report No.: 1707TW0110-U2
Test Mode
Data
Channel
Freq.
Ant 1
Ant 2
Duty Constant
Rate/
No.
(MHz)
PSD
PSD
Cycle
(dBm/
(dBm/
(%)
MCS
Total
Limit
Factor PSD(dBm/
Result
(dBm/
500kHz)
500kHz)
100kHz) 100kHz)
Ant 1 + 2 (Beam-Forming Mode)
11n-HT20
MCS0
149
5745
-0.24
-0.13
98.07
6.99
9.82
≤ 22.99
Pass
11n-HT20
MCS0
157
5785
-0.05
-0.17
98.07
6.99
9.89
≤ 22.99
Pass
11n-HT20
MCS0
165
5825
-0.69
-0.97
98.07
6.99
9.17
≤ 22.99
Pass
11n-HT40
MCS0
151
5755
-3.29
-3.65
96.61
6.99
6.68
≤ 22.99
Pass
11n-HT40
MCS0
159
5795
-3.70
-3.84
96.61
6.99
6.38
≤ 22.99
Pass
11ac-VHT20
MCS0
149
5745
-0.47
-0.85
98.21
6.99
9.34
≤ 22.99
Pass
11ac-VHT20
MCS0
157
5785
-0.60
-0.89
98.21
6.99
9.26
≤ 22.99
Pass
11ac-VHT20
MCS0
165
5825
-0.98
-0.96
98.21
6.99
9.03
≤ 22.99
Pass
11ac-VHT40
MCS0
151
5755
-3.64
-4.02
96.43
6.99
6.33
≤ 22.99
Pass
11ac-VHT40
MCS0
159
5795
-3.66
-3.83
96.43
6.99
6.41
≤ 22.99
Pass
11ac-VHT80
MCS0
155
5775
-6.69
-6.60
91.40
6.99
3.75
≤ 22.99
Pass
Note 1: When EUT duty cycle ≥ 98%, Total PSD (dBm/500kHz) = 10*log{10
(Ant 1 PSD/10)
(Ant 2 PSD/10)
+10
}+
Constant Factor.
Note 2: When EUT duty cycle < 98%, Total PSD (dBm/500kHz) = 10*log{10
(Ant 1 PSD/10)
(Ant 2 PSD/10)
+10
}+
10*log(1/duty cycle) + Constant Factor.
FCC ID: 2AD8UFZCWO2CA1
Page Number: 86 of 1055
Report No.: 1707TW0110-U2
802.11a Power Spectral Density - Ant 1
Channel 36 (5180MHz)
Channel 44 (5220MHz)
Channel 48 (5240MHz)
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 87 of 1055
Report No.: 1707TW0110-U2
802.11n-HT20 Power Spectral Density - Ant 1
Channel 36 (5180MHz)
Channel 44 (5220MHz)
Channel 48 (5240MHz)
Channel 149 (5745MHz)
Channel 157 (5785MHz)
Channel 165 (5825MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 88 of 1055
Report No.: 1707TW0110-U2
802.11n-HT40 Power Spectral Density - Ant 1
Channel 38 (5190MHz)
Channel 46 (5230MHz)
Channel 151 (5755MHz)
Channel 159 (5795MHz)
FCC ID: 2AD8UFZCWO2CA1
Page Number: 89 of 1055
Download: FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Mirror Download [FCC.gov]FZCWO2CA1 AC220 Wi-Fi AP OD directional antenna US, AC220 Wi-Fi AP OD external antenna US, AC220 Wi-Fi AP OD small omni antenna US Test Report UNII _Part2_2 Nokia Solutions and Networks, OY
Document ID3637383
Application IDKRrjKrISC9U2kKDJI+SS/w==
Document DescriptionUNII Test Report_Part2_2
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize455.3kB (5691292 bits)
Date Submitted2017-11-13 00:00:00
Date Available2017-11-13 00:00:00
Creation Date2017-11-13 11:38:17
Producing SoftwareFoxit PhantomPDF - Foxit Corporation
Document Lastmod2017-11-13 11:38:20
Document TitleUNII Test Report_Part2_2
Document Author: MRT-Sunny

Source Exif Data [exif.tools]:
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.7
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Page Count                      : 49
Producer                        : Foxit PhantomPDF - Foxit Corporation
Author                          : MRT-Sunny
Create Date                     : 2017:11:13 11:38:17
Modify Date                     : 2017:11:13 11:38:20+08:00