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 1 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

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MRT Technology (Taiwan) Co., Ltd
Phone: +886-3-3288388
Web:
www.mrt-cert.com
Report No.: 1707TW0110-U5
Report Version:
V01
Issue Date:
12-02-2017
DFS MEASUREMENT REPORT
FCC PART 15 Subpart E WLAN 802.11b/g/n
FCC ID:
2AD8UFZCWO2CA1
APPLICANT:
Nokia Solutions and Networks, OY
Application Type:
Certification
Product:
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
Model No.:
WO2C-AC220
Brand Name:
NOKIA
FCC Classification:
Unlicensed National Information Infrastructure (UNII)
FCC Rule Part(s):
Part 15 Subpart E - 15.407 Section (h)(2)
KDB 905462 D02v02, KDB 905462 D04v01
Type of Device:
Master Device
Client Device (No radar detection)
Client Device with radar detection
Test Date:
Reviewed By
August 08 ~ October 22, 2017
( Sunny Sun )
Approved By
( Marlin Chen )
The test results relate only to the samples tested.
This equipment has been shown to be capable of compliance with the applicable technical standards as
indicated in the measurement report and was tested in accordance with the measurement procedures specified
in KDB 905462 D02v02. Test results reported herein relate only to the item(s) tested.
The test report shall not be reproduced except in full without the written approval of MRT Technology (Taiwan)
Co., Ltd.
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 1 of 119
Report No.: 1707TW0110-U5
Revision History
Report No.
Version
Description
Issue Date
Note
1707TW0110-U5
Rev. 01
Initial Report
12-02-2017
Valid
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 2 of 119
Report No.: 1707TW0110-U5
CONTENTS
Description
Page
Revision History............................................................................................................................. 2
§2.1033 General Information ......................................................................................................... 5
1.
2.
3.
INTRODUCTION ..................................................................................................................... 6
1.1.
Scope ........................................................................................................................... 6
1.2.
MRT Test Location ....................................................................................................... 6
PRODUCT INFORMATION ..................................................................................................... 7
2.1.
Equipment Description.................................................................................................. 7
2.2.
Description of Available Antennas ................................................................................. 8
2.3.
Description of Antenna RF Port ................................................................................... 11
2.4.
DFS Band Carrier Frequencies Operation .................................................................. 12
2.5.
Test Mode .................................................................................................................. 12
DFS DETECTION THRESHOLDS AND RADAR TEST WAVEFORMS................................. 13
3.1.
Applicability ................................................................................................................ 13
3.2.
DFS Devices Requirements........................................................................................ 14
3.3.
DFS Detection Threshold Values ................................................................................ 15
3.4.
Parameters of DFS Test Signals ................................................................................. 16
3.5.
Conducted Test Setup ................................................................................................ 19
4.
TEST EQUIPMENT CALIBRATION DATE ............................................................................ 20
5.
TEST RESULT ...................................................................................................................... 21
5.1.
Summary .................................................................................................................... 21
5.2.
Radar Waveform Calibration ....................................................................................... 22
5.2.1. Calibration Setup ........................................................................................................ 22
5.2.2. Calibration Procedure ................................................................................................. 22
5.2.3. Cablibration Result ..................................................................................................... 23
5.2.4. Channel Loading Test Result ...................................................................................... 27
5.3.
UNII Detection Bandwidth Measurement .................................................................... 28
5.3.1. Test Limit .................................................................................................................... 28
5.3.2. Test Procedure ........................................................................................................... 28
5.3.3. Test Result .................................................................................................................. 29
5.4.
Initial Channel Availability Check Time Measurement ................................................. 32
5.4.1. Test Limit .................................................................................................................... 32
5.4.2. Test Procedure ........................................................................................................... 32
5.4.3. Test Result .................................................................................................................. 33
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 3 of 119
Report No.: 1707TW0110-U5
5.5.
Radar Burst at the Beginning of the Channel Availability Check Time Measurement .. 34
5.5.1. Test Limit .................................................................................................................... 34
5.5.2. Test Procedure ........................................................................................................... 34
5.5.3. Test Result .................................................................................................................. 35
5.6.
Radar Burst at the End of the Channel Availability Check Time Measurement ........... 36
5.6.1. Test Limit .................................................................................................................... 36
5.6.2. Test Procedure ........................................................................................................... 36
5.6.3. Test Result .................................................................................................................. 37
5.7.
In-Service Monitoring for Channel Move Time, Channel Closing Transmission Time and
Non-Occupancy Period Measurement .................................................................................... 38
5.7.1. Test Limit .................................................................................................................... 38
5.7.2. Test Procedure Used .................................................................................................. 38
5.7.3. Test Result .................................................................................................................. 39
5.8.
Statistical Performance Check Measurement.............................................................. 41
5.8.1. Test Limit .................................................................................................................... 41
5.8.2. Test Procedure ........................................................................................................... 41
5.8.3. Test Result .................................................................................................................. 42
6.
CONCLUSION...................................................................................................................... 119
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
§2.1033 General Information
Applicant:
Nokia Solutions and Networks, OY
Applicant Address:
1455 W Shure Drive, Arlington Heights, IL 60004
Manufacturer:
Nokia Solutions and Networks, OY
Manufacturer Address:
1455 W Shure Drive, Arlington Heights, IL 60004
Test Site:
MRT Technology (Taiwan) Co., Ltd
Test Site Address:
No. 38, Fuxing Second Rd., Guishan Dist., Taoyuan City 333, Taiwan
(R.O.C)
MRT Registration No.:
153292
FCC Rule Part(s):
Part 15 Subpart E - 15.407 Section (h)(2)
Test Device Serial No.:
CNCKK2S0PL
Production
Pre-Production
Engineering
Test Facility / Accreditations
Measurements were performed at MRT Laboratory located in Fuxing Rd., Taoyuan, Taiwan
( R.O.C )
MRT facility is a FCC registered (Reg. No. 153292) test facility with the site description report
on file and is designated by the FCC as an Accredited Test Film.
 MRT facility is an IC registered (MRT Reg. No. 21723-1) test laboratory with the site
description on file at Industry Canada.
 MRT Lab is accredited to ISO 17025 by the American Association for Laboratory
Accreditation (TAF) under the American Association for Laboratory Accreditation Program
(TAF Cert. No. 3261) in EMC, Telecommunications and Radio testing for FCC, Industry
Taiwan, EU and TELEC Rules.
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
1.
INTRODUCTION
1.1. Scope
Measurement and determination of electromagnetic emissions (EMC) of radio frequency devices
including intentional and/or unintentional radiators for compliance with the technical rules and
regulations of the Federal Communications Commission and the Industry Canada Certification and
Engineering Bureau.
1.2. MRT Test Location
The map below shows the location of the MRT LABORATORY, its proximity to the Taoyuan City.
These measurement tests were conducted at the MRT Technology (Taiwan) Co., Ltd. Facility
located at No.38, Fuxing 2nd Rd., Guishan Dist., Taoyuan City 33377, Taiwan (R.O.C).
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
2.
PRODUCT INFORMATION
2.1. Equipment Description
AC220 Wi-Fi AP OD directional antenna US
Product Name:
AC220 Wi-Fi AP OD external antenna US
AC220 Wi-Fi AP OD small omni antenna US
Model No.:
WO2C-AC220
Brand Name:
NOKIA
Wi-Fi Specification:
802.11a/b/g/n/ac
Frequency Range
2.4GHz:
For 802.11b/g/n-HT20: 2412 ~ 2462 MHz
For 802.11n-HT40: 2422 ~ 2452 MHz
5GHz:
For 802.11a/n-HT20/ac-VHT20:5180~5320MHz, 5500~5720MHz,
5745~5825MHz
For 802.11n-HT40/ac-VHT40:5190~5310MHz, 5510~5710MHz,
5755~5795MHz
For 802.11ac-VHT80:5210MHz, 5290MHz, 5530MHz, 5610MHz, 5690MHz,
5775MHz
Type of Modulation
802.11b: DSSS, 802.11a/g/n/ac: OFDM
Modulation Type
CCK, DQPSK, DBPSK for DSSS
16QAM, 64QAM, 256QAM, QPSK, BPSK for OFDM
Power-on cycle
Requires 91.9 seconds to complete its power-on cycle
Uniform Spreading (For For the 5250-5350MHz, 5470-5725 MHz bands, the Master device provides,
DFS Frequency Band)
on aggregate, uniform loading of the spectrum across all devices by
selecting an operating channel among the available channels using a
random algorithm.
Note: The model difference as below:

when the device has been connected the Galtronics Directional antenna, the product name is
“AC220 Wi-Fi AP OD directional antenna US”;

when the device has been connected the PCTEL antenna, the product name is “AC220 Wi-Fi
AP OD external antenna US”;

when the device has been connected the Galtronics Small Omni antenna, the product name is
“AC220 Wi-Fi AP OD small omni antenna US”;
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
2.2. Description of Available Antennas
Antenna
Manufacture
Frequency Band
Antenna Type
Part Number
(MHz)
2412 ~ 2472
Galtronics
Directional Antenna
5150 ~ 5250
0207814006561U2
5725 ~ 5850
2412 ~ 2472
PCTEL, Inc.
FPMI2458-
Panel Antenna
DP2RPSMA
5150 ~ 5850
Galtronics
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
2412 ~ 2472
Small Omni Antenna
0207814006561U1
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Report No.: 1707TW0110-U5
Antenna
Frequency Band
TX
Per Chain Max Antenna
Beam Forming
CDD Directional Gain
Type
(MHz)
Paths
Gain (dBi)
Directional Gain
(dBi)
Ant 2
(dBi)
For Power
For PSD
2412 ~ 2462
9.00
9.00
12.01
9.00
12.01
5150 ~ 5250
11.00
11.00
14.01
11.00
14.01
3.00
3.00
6.01
3.00
N/A
5250 ~ 5350
11.00
11.00
14.01
11.00
14.01
5470 ~ 5725
10.50
10.50
13.51
10.50
13.51
5725 ~ 5850
10.00
10.00
13.01
10.00
13.01
2412 ~ 2462
6.00
6.00
9.01
6.00
9.01
5150 ~ 5250
5.00
5.00
8.01
5.00
8.01
2.27
2.27
5.28
2.27
N/A
5250 ~ 5350
5.00
5.00
8.01
5.00
8.01
5470 ~ 5725
5.00
5.00
8.01
5.00
8.01
5725 ~ 5850
5.00
5.00
8.01
5.00
8.01
2412 ~ 2462
5.25
5.25
8.26
5.25
8.26
5150 ~ 5250
6.50
6.50
9.51
6.50
9.51
-1.25
-1.25
1.76
-1.25
N/A
5250 ~ 5350
6.50
6.50
9.51
6.50
9.51
5470 ~ 5725
6.50
6.50
9.51
6.50
9.51
5725 ~ 5850
6.50
6.50
9.51
6.50
9.51
5150 ~ 5250 30°
Directional
Ant 1
elevation angle
Antenna
5150 ~ 5250 30°
Panel
elevation angle
Antenna
5150 ~ 5250 30°
Small Omni
elevation angle
Antenna
Note:
1.
The EUT supports Cyclic Delay Diversity (CDD) mode, and CDD signals are correlated.
For CDD transmissions, directional gain is calculated as follows, NANT = 2, NSS = 1.
1) If all antennas have the same gain, GANT, Directional gain = GANT + Array Gain, where Array Gain is as
follows.
•
For power spectral density (PSD) measurements on all devices,
Array Gain = 10 log (NANT/ NSS) dB = 3.01;
•
For power measurements on IEEE 802.11 devices,
Array Gain = 0 dB for NANT ≤ 4;
2) If antenna gains are not equal, the user may use either of the following methods to calculate directional
gain, provided that each transmit antenna is driven by only one spatial stream:
•
Directional gain may be calculated by using the formulas applicable to equal gain antennas with G ANT
set equal to the gain of the antenna having the highest gain;
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
•
 N SS  N ANT
 
    g j ,k  
 j 1 k 1
 
DirectionalGain  10  log  

N ANT




g j ,k  10Gk /20
Gk
2.
if the kth antenna is being fed by spatial stream j, or zero if it is not;
is the gain in dBi of the kth antenna.
The EUT also supports Beam Forming mode, and the Beam Forming support 802.11n, not include
802.11a/ac.
Correlated signals include, but are not limited to, signals transmitted in any of the following modes:
•
Any transmit Beam Forming mode, whether fixed or adaptive (e.g., phased array modes, closed loop
MIMO modes, Transmitter Adaptive Antenna modes, Maximum Ratio Transmission (MRT) modes, and
Statistical Eigen Beam Forming (EBF) modes).
Unequal antenna gains, with equal transmit powers. For antenna gains given by G1, G2, …, GN dBi.
•
transmit signals are correlated, then
•
Directional gain = 10*log[(10
G1/20
G2/20
+ 10
+ … + 10
GN/20 2
) /NANT] dBi [Note the “20”s in the denominator
of each exponent and the square of the sum of terms; the object is to combine the signal levels coherently.]
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Report No.: 1707TW0110-U5
2.3. Description of Antenna RF Port
Antenna RF Port
-Software Control Port
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
2.4GHz RF Port
Ant 1
Ant 2
5GHz RF Port
Ant 1
Ant 2
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Report No.: 1707TW0110-U5
2.4. DFS Band Carrier Frequencies Operation
802.11 a/n-HT20/ac-VHT20 Center Working Frequency of Each Channel
Channel
Frequency
Channel
Frequency
Channel
Frequency
52
5260 MHz
56
5280 MHz
60
5300 MHz
64
5320 MHz
100
5500 MHz
104
5520 MHz
108
5540 MHz
112
5560 MHz
116
5580 MHz
120
5600 MHz
124
5620 MHz
128
5640 MHz
132
5660 MHz
136
5680 MHz
140
5700 MHz
144
5720 MHz
--
--
--
--
802.11n-HT40/ ac-VHT40 Center Working Frequency of Each Channel
Channel
Frequency
Channel
Frequency
Channel
Frequency
54
5270 MHz
62
5310 MHz
102
5510 MHz
110
5550 MHz
118
5590 MHz
126
5630 MHz
134
5670 MHz
--
--
--
--
802.11ac-VHT80 Center Working Frequency of Each Channel
Channel
Frequency
Channel
Frequency
Channel
Frequency
58
5290 MHz
106
5530 MHz
122
5610 MHz
138
5690 MHz
--
--
--
--
Note: The device can’t operate in 5600~5650 MHz band in Canada (The frequency of blue font).
2.5. Test Mode
Test Mode
Mode 1: Communication with Notebook
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
3.
DFS DETECTION THRESHOLDS AND RADAR TEST WAVEFORMS
3.1. Applicability
The following table from FCC KDB 905462 D02 UNII DFS Compliance Procedures New Rules v02
lists the applicable requirements for the DFS testing.
Requirement
Operational Mode
Master
Client Without
Client With Radar
Radar Detection
Detection
Non-Occupancy Period
Yes
Not required
Yes
DFS Detection Threshold
Yes
Not required
Yes
Channel Availability Check Time
Yes
Not required
Not required
U-NII Detection Bandwidth
Yes
Not required
Yes
Table 3-1: Applicability of DFS Requirements Prior to Use of a Channel
Requirement
Operational Mode
Master Device or
Client Without
Client With
Radar Detection
Radar Detection
DFS Detection Threshold
Yes
Not required
Channel Closing Transmission Time
Yes
Yes
Channel Move Time
Yes
Yes
U-NII Detection Bandwidth
Yes
Not required
Additional requirements for devices
Master Device or Client
Client Without Radar
with multiple bandwidth modes
with Radar Detection
Detection
U-NII Detection Bandwidth and
All BW modes must be
Not required
Statistical Performance Check
tested
Channel Move Time and Channel
Closing Transmission Time
All other tests
Test using widest BW
Test using the widest BW
mode available
mode available for the link
Any single BW mode
Not required
Note: Frequencies selected for statistical performance check should include several frequencies
within the radar detection bandwidth and frequencies near the edge of the radar detection
bandwidth. For 802.11 devices it is suggested to select frequencies in each of the bonded 20 MHz
channels and the channel center frequency.
Table 3-2: Applicability of DFS Requirements during normal operation
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Report No.: 1707TW0110-U5
3.2. DFS Devices Requirements
Per FCC KDB 905462 D02 UNII DFS Compliance Procedures New Rules v02 the following are
the requirements for Master Devices:
(a) The Master Device will use DFS in order to detect Radar Waveforms with received signal
strength above the DFS Detection Threshold in the 5250 ~ 5350 MHz and 5470 ~ 5725 MHz
bands. DFS is not required in the 5150 ~ 5250 MHz or 5725 ~ 5825 MHz bands.
(b) Before initiating a network on a Channel, the Master Device will perform a Channel Availability
Check for a specified time duration (Channel Availability Check Time) to ensure that there is no
radar system operating on the Channel, using DFS described under subsection a) above.
(c) The Master Device initiates a U-NII network by transmitting control signals that will enable other
U-NII devices to Associate with the Master Device.
(d) During normal operation, the Master Device will monitor the Channel (In-Service Monitoring) to
ensure that there is no radar system operating on the Channel, using DFS described under a).
(e) If the Master Device has detected a Radar Waveform during In-Service Monitoring as described
under d), the Operating Channel of the U-NII network is no longer an Available Channel. The
Master Device will instruct all associated Client Device(s) to stop transmitting on this Channel
within the Channel Move Time. The transmissions during the Channel Move Time will be limited
to the Channel Closing Transmission Time.
(f) Once the Master Device has detected a Radar Waveform it will not utilize the Channel for the
duration of the Non-Occupancy Period.
(g) If the Master Device delegates the In-Service Monitoring to a Client Device, then the combination
will be tested to the requirements described under d) through f) above.
Channel Move Time and Channel Closing Transmission Time requirements are listed in the
following table.
Parameter
Value
Non-occupancy period
Minimum 30 minutes
Channel Availability Check Time
60 seconds
Channel Move Time
10 seconds
See Note 1.
200 milliseconds + an aggregate of 60
Channel Closing Transmission Time
milliseconds over remaining 10 second period.
See Notes 1 and 2.
U-NII Detection Bandwidth
Minimum 100% of the U-NII 99% transmission
power bandwidth. See Note 3.
Note 1: Channel Move Time and the Channel Closing Transmission Time should be performed with
Radar Type 0. The measurement timing begins at the end of the Radar Type 0 burst.
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Report No.: 1707TW0110-U5
Note 2: The Channel Closing Transmission Time is comprised of 200 milliseconds starting at the
beginning of the Channel Move Time plus any additional intermittent control signals required to
facilitate a Channel move (an aggregate of 60 milliseconds) during the remainder of the 10 second
period. The aggregate duration of control signals will not count quiet periods in between
transmissions.
Note 3: During the U-NII Detection Bandwidth detection test, radar type 0 should be used. For each
frequency step the minimum percentage of detection is 90 percent. Measurements are performed
with no data traffic.
Table 3-3: DFS Response Requirements
3.3. DFS Detection Threshold Values
The DFS detection thresholds are defined for Master devices and Client Devices with In-service
monitoring. These detection thresholds are listed in the following table.
Maximum Transmit Power
Value
(See Notes 1, 2, and 3)
EIRP ≥ 200 milliwatt
-64 dBm
EIRP < 200 milliwatt and
-62 dBm
power spectral density < 10 dBm/MHz
EIRP < 200 milliwatt that do not meet the power
-64 dBm
spectral density requirement
Note 1: This is the level at the input of the receiver assuming a 0 dBi receive antenna.
Note 2: Throughout these test procedures an additional 1 dB has been added to the amplitude of the
test transmission waveforms to account for variations in measurement equipment. This will ensure
that the test signal is at or above the detection threshold level to trigger a DFS response.
Note3: EIRP is based on the highest antenna gain. For MIMO devices refer to KDB Publication
662911 D01.
Table 3-4: Detection Thresholds for Master Devices and Client Devices with Radar Detection
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3.4. Parameters of DFS Test Signals
This section provides the parameters for required test waveforms, minimum percentage of
successful detections, and the minimum number of trials that must be used for determining DFS
conformance. Step intervals of 0.1 microsecond for Pulse Width, 1 microsecond for PRI, 1 MHz for
chirp width and 1 for the number of pulses will be utilized for the random determination of specific
test waveforms.
Short Pulse Radar Test Waveforms
Radar
Pulse
PRI
Type
Width
(μsec)
Number of Pulses
(μsec)
Minimum
Minimum
Percentage of
Number of
Successful
Trials
Detection
1428
Test A: 15 unique
PRI values randomly
selected from the list
of 23 PRI values in
Table 3-6
18
 1 

 


 360 

Roundup 

 19 10  
 PRIusec  


See Note 1
See Note 1
60%
30
Test B: 15 unique
PRI values randomly
selected within the
range of 518-3066
μsec, with a
minimum increment
of 1 μsec, excluding
PRI values selected
in Test A
1-5
150-230
23-29
60%
30
6-10
200-500
16-18
60%
30
11-20
200-500
12-16
60%
30
80%
120
Aggregate (Radar Types 1-4)
Note 1: Short Pulse Radar Type 0 should be used for the detection bandwidth test, channel move
time, and channel closing time tests.
Table 3-5: Parameters for Short Pulse Radar Waveforms
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Report No.: 1707TW0110-U5
A minimum of 30 unique waveforms are required for each of the Short Pulse Radar Types 2 through
4. If more than 30 waveforms are used for Short Pulse Radar Types 2 through 4, then each
additional waveform must also be unique and not repeated from the previous waveforms.
Pulse Repetition Frequency
Pulse Repetition Frequency
Pulse Repetition Interval
Number
(Pulses Per Second)
(Microseconds)
1930.5
518
1858.7
538
1792.1
558
1730.1
578
1672.2
598
1618.1
618
1567.4
638
1519.8
658
1474.9
678
10
1432.7
698
11
1392.8
718
12
1355
738
13
1319.3
758
14
1285.3
778
15
1253.1
798
16
1222.5
818
17
1193.3
838
18
1165.6
858
19
1139
878
20
1113.6
898
21
1089.3
918
22
1066.1
938
23
326.2
3066
Table 3-6: Pulse Repetition Intervals Values for Test A
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
Long Pulse Radar Test Waveform
Radar
Pulse
Chirp
PRI
Number
Number
Minimum
Minimum
Type
Width
Width
(μsec)
of Pulses
of Bursts
Percentage of
Number of
(μsec)
(MHz)
Successful
Trials
per Burst
Detection
1000 5
50 - 100
5 - 20
1-3
8 - 20
80%
30
2000
Table 3-7: Parameters for Long Pulse Radar Waveforms
The parameters for this waveform are randomly chosen. Thirty unique waveforms are required for
the Long Pulse Radar Type waveforms. If more than 30 waveforms are used for the Long Pulse
Radar Type waveforms, then each additional waveform must also be unique and not repeated from
the previous waveforms.
Frequency Hopping Radar Test Waveform
Radar
Type
Pulse
Width
PRI
(μsec)
Pulses
Hopping
Hopping
Per
Rate
Sequence
Hop
(kHz)
Length
(μsec)
(msec)
Minimum
Minimum
Percentage of
Number of
Successful
Trials
Detection
333
0.333
300
70%
30
Table 3-8: Parameters for Frequency Hopping Radar Waveforms
For the Frequency Hopping Radar Type, the same Burst parameters are used for each waveform.
The hopping sequence is different for each waveform and a 100-length segment is selected from the
hopping sequence defined by the following algorithm:
The first frequency in a hopping sequence is selected randomly from the group of 475 integer
frequencies from 5250 – 5724MHz. Next, the frequency that was just chosen is removed from the
group and a frequency is randomly selected from the remaining 474 frequencies in the group. This
process continues until all 475 frequencies are chosen for the set. For selection of a random
frequency, the frequencies remaining within the group are always treated as equally likely.
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
3.5. Conducted Test Setup
The FCC KDB 905462 D02 UNII DFS Compliance Procedures New Rules v02 describes a radiated
test setup and a conducted test setup. The conducted test setup was used for this testing. Figure 3-1
shows the typical test setup.
Figure 3-1: Conducted Test Setup where UUT is a Master and Radar Test Waveforms are
injected into the Masters
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Report No.: 1707TW0110-U5
4.
TEST EQUIPMENT CALIBRATION DATE
Dynamic Frequency Selection (DFS) – TR3
Instrument
Manufacturer
Type No.
Asset No.
EXA Signal Analyzer
KEYSIGHT
N9010A
MRTTWA00012 1 year
2018/07/10
KEYSIGHT
N5183B
MRTTWA00013 1 year
2018/04/17
TFA
35.1078.10.IT
MRTTWA00033 1 year
2018/06/08
Combiner
WOKEN
0120N02208001D MRTTWA00040 1 year
Broadband Hornantenna
SCHWARZBECK BBHA 9120D
MXG X-Series Microwave
Analog Signal Generator
Temperature/Humidity
Meter
Cali. Interval Cali. Due Date
MRTTWA00003 1 year
N/A
2018/04/05
Client Information
Instrument
Manufacturer
Type No.
Wireless Network Adapter
Intel
7260HMW
Software
Version
Manufacturer
Function
Pulse Building
N/A
Agilent
Radar Signal Generation Software
DFS Tool
V 6.9.2
Agilent
DFS Test Software
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
5.
TEST RESULT
5.1. Summary
Company Name:
Nokia Solutions and Networks OY
FCC ID:
2AD8UFZCWO2CA1
Parameter
Limit
Test Result
Reference
UNII Detection Bandwidth Measurement
Refer Table 3-3
Pass
Section 5.4
Initial Channel Availability Check Time
Refer Table 3-3
Pass
Section 5.5
Refer Table 3-3
Pass
Section 5.6
Refer Table 3-3
Pass
Section 5.7
Refer Table 3-3
Pass
Section 5.8
Non-Occupancy Period
Refer Table 3-3
Pass
Section 5.8
Statistical Performance Check
Refer Table 3-3
Pass
Section 5.9
Radar Burst at the Beginning of the
Channel Availability Check Time
Radar Burst at the End of the Channel
Availability Check Time
In-Service Monitoring for Channel Move
Time, Channel Closing Transmission
Time
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Report No.: 1707TW0110-U5
5.2. Radar Waveform Calibration
5.2.1. Calibration Setup
The conducted test setup was used for this calibration testing. Figure 3-2 shows the typical test
setup.
Figure 3-2: Conducted Test Setup
5.2.2. Calibration Procedure
The Interference Radar Detection Threshold Level is (-64dBm) + (0) [dBi] + 1 dB= -63 dBm that had
been taken into account the output power range and antenna gain. The above equipment setup was
used to calibrate the conducted Radar Waveform. A vector signal generator was utilized to establish
the test signal level for each radar type. During this process there were replace 50ohm terminal form
Master and Client device and no transmissions by either the Master or Client Device. The spectrum
analyzer was switched to the zero span (Time Domain) at the frequency of the Radar Waveform
generator. Peak detection was used. The spectrum analyzer resolution bandwidth (RBW) and video
bandwidth (VBW) were set to at least 3MHz. The vector signal generator amplitude was set so that
the power level measured at the spectrum analyzer was (-64dBm) + (0) [dBi] + 1 dB= -63dBm.
Capture the spectrum analyzer plots on short pulse radar types, long pulse radar type and hopping
radar waveform.
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5.2.3. Cablibration Result
Radar #0 DFS detection threshold level and the burst of pulses on the Channel frequency
Radar #1(Test A) DFS detection threshold level and the burst of pulses on the Channel frequency
PRI = 658us and the number of pulses = 81
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Radar #1(Test B) DFS detection threshold level and the burst of pulses on the Channel frequency
PRI = 1.071ms and the number of pulses = 50
Radar #2 DFS detection threshold level and the burst of pulses on the Channel frequency
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Report No.: 1707TW0110-U5
Radar #3 DFS detection threshold level and the burst of pulses on the Channel frequency
Radar #4 DFS detection threshold level and the burst of pulses on the Channel frequency
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Report No.: 1707TW0110-U5
Radar #5 DFS detection threshold level and 12sec long burst on the Channel frequency
Radar #6 DFS detection threshold level and a single hop (9 pulses) on the Channel frequency within
UNII detection bandwidth
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5.2.4. Channel Loading Test Result
System testing was performed with the designated MPEG test file that streams full motion video from
the EUT to the Client in full motion video mode using the media player with the V2.61 Codec
package. This file is used by IP and Frame based systems for loading the test channel during the
In-service compliance testing of the U-NII device. Packet ratio = Time On / (Time On + Off Time).
Channel Loading Plot
802.11a 5300MHz
802.11n-HT40 5310MHz
802.11ac-VHT80 5290MHz
Test Mode
Test Frequency
Packet ratio
Requirement ratio
Test Result
802.11a
5300 MHz
34.40%
≥ 17%
Pass
802.11n-HT40
5310 MHz
46.14%
≥ 17%
Pass
802.11ac-VHT80
5290 MHz
37.79%
≥ 17%
Pass
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Report No.: 1707TW0110-U5
5.3. UNII Detection Bandwidth Measurement
5.3.1. Test Limit
Minimum 100% of the UNII 99% transmission power bandwidth. During the U-NII Detection
Bandwidth detection test, each frequency step the minimum percentage of detection is 90 percent.
Measurements are performed with no data traffic.
5.3.2. Test Procedure
1.
Adjust the equipment to produce a single Burst of any one of the Short Pulse Radar Types 0-4 in
Table 3-5 at the center frequency of the EUT Operating Channel at the specified DFS Detection
Threshold level.
2.
The generating equipment is configured as shown in the Conducted Test Setup above section
3.5.
3.
The EUT is set up as a stand-alone device (no associated Client or Master, as appropriate) and
no traffic. Frame based systems will be set to a talk/listen ratio reflecting the worst case
(maximum) that is user configurable during this test.
4.
Generate a single radar Burst, and note the response of the EUT. Repeat for a minimum of 10
trials. The EUT must detect the Radar Waveform using the specified U-NII Detection Bandwidth
criterion shown in Table 3-5. In cases where the channel bandwidth may exceed past the DFS
band edge on specific channels (i.e., 802.11ac or wideband frame based systems) select a
channel that has the entire emission bandwidth within the DFS band. If this is not possible, test
the detection BW to the DFS band edge.
5.
Starting at the center frequency of the UUT operating Channel, increase the radar frequency in 5
MHz steps, repeating the above test sequence, until the detection rate falls below the U-NII
Detection Bandwidth criterion specified in Table 3-3. Repeat this measurement in 1MHz steps at
frequencies 5 MHz below where the detection rate begins to fall. Record the highest frequency
(denote as FH) at which detection is greater than or equal to the U-NII Detection Bandwidth
criterion. Recording the detection rate at frequencies above FH is not required to demonstrate
compliance.
6.
Starting at the center frequency of the EUT operating Channel, decrease the radar frequency in
1 MHz steps, repeating the above item 4 test sequence, until the detection rate falls below the
U-NII Detection Bandwidth criterion. Record the lowest frequency (denote as FL) at which
detection is greater than or equal to the U-NII Detection Bandwidth criterion. Recording the
detection rate at frequencies below FL is not required to demonstrate compliance.
7.
The U-NII Detection Bandwidth is calculated as follows: U-NII Detection Bandwidth = FH – FL
8.
The U-NII Detection Bandwidth must be at least 100% of the EUT transmitter 99% power,
otherwise, the EUT does not comply with DFS requirements.
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5.3.3. Test Result
EUT Frequency = 5300MHz for 802.11a
Radar Frequency
DFS Detection Trials (1=Detection, 0= No Detection)
(MHz)
10
Detection Rate (%)
5290
0%
5291 FL
100%
5292
100%
5293
100%
5294
100%
5295
100%
5300
100%
5305
100%
5306
100%
5307
100%
5308
100%
5309 FH
100%
5310
0%
Detection Bandwidth = FH - FL = 5309MHz - 5291MHz = 18MHz
EUT 99% Bandwidth = 16.57MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 16.57MHz x 100% = 16.57MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5300MHz. The 99% channel bandwidth is 16.57MHz. (See the 99% BW section of the RF report for further
measurement details).
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EUT Frequency = 5310MHz for 802.11n-HT40
Radar Frequency
DFS Detection Trials (1=Detection, 0= No Detection)
(MHz)
10
Detection Rate (%)
5290
0%
5291
0%
5292 FL
100%
5293
100%
5294
100%
5295
100%
5300
100%
5305
100%
5310
100%
5315
100%
5320
100%
5325
100%
5326
100%
5327
100%
5328
100%
5329 FH
100%
5330
0%
Detection Bandwidth = FH - FL = 5329MHz - 5292MHz = 37MHz
EUT 99% Bandwidth = 35.97MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 35.97MHz x 100% = 35.97MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5310MHz. The 99% channel bandwidth is 35.97MHz. (See the 99% BW section of the RF report for further
measurement details).
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EUT Frequency = 5290MHz for 802.11ac-VHT80
Radar Frequency
DFS Detection Trials (1=Detection, 0= No Detection)
(MHz)
10
Detection Rate (%)
5250
0%
5251 FL
100%
5252
100%
5253
100%
5254
100%
5255
100%
5260
100%
5265
100%
5270
100%
5275
100%
5280
100%
5285
100%
5290
100%
5295
100%
5300
100%
5305
100%
5310
100%
5315
100%
5320
100%
5325
100%
5326
100%
5327
100%
5328
100%
5329 FH
100%
5330
0%
Detection Bandwidth = FH - FL = 5329MHz - 5251MHz = 78MHz
EUT 99% Bandwidth = 75.82MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 75.82MHz x 100% = 75.82MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5290MHz. The 99% channel bandwidth is 75.82MHz. (See the 99% BW section of the RF report for further
measurement details).
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Report No.: 1707TW0110-U5
5.4. Initial Channel Availability Check Time Measurement
5.4.1. Test Limit
The EUT shall perform a Channel Availability Check to ensure that there is no radar operating on the
channel. After power-up sequence, receive at least 1 minute on the intended operating frequency.
5.4.2. Test Procedure
1.
The U-NII devices will be powered on and be instructed to operate on the appropriate U-NII
Channel that must incorporate DFS functions. At the same time the EUT is powered on, the
spectrum analyzer will be set to zero span mode with a 3 MHz RBW and 3 MHz VBW on the
Channel occupied by the radar (Chr) with a 2.5 minute sweep time. The spectrum analyzer’s
sweep will be started at the same time power is applied to the U-NII device.
2.
The EUT should not transmit any beacon or data transmissions until at least 1 minute after the
completion of the power-on cycle.
3.
Confirm that the EUT initiates transmission on the channel. Measurement system showing its
nominal noise floor is marker1.
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5.4.3. Test Result
The EUT does not transmit any beacon or data transmissions until at least 1 minute after the
completion of the power-on cycle (91.9 sec). Initial beacons/data transmissions are indicated by
marker 1 (151.9 sec).
Initial Channel Availability Check Time for 802.11a
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5.5. Radar Burst at the Beginning of the Channel Availability Check Time
Measurement
5.5.1. Test Limit
In beginning of the Channel Availability Check (CAC) Time, radar is detected on this channel, select
another intended channel and perform a CAC on that channel.
5.5.2. Test Procedure
1.
The steps below define the procedure to verify successful radar detection on the selected
Channel during a period equal to the Channel Availability Check Time and avoidance of
operation on that Channel when a radar Burst with a level equal to the DFS Detection Threshold
+ 1 dB occurs at the beginning of the Channel Availability Check Time.
2.
The EUT is in completion power-up cycle (from T0 to T1). T1 denotes the instant when the EUT
has completed its power-up sequence. The Channel Availability Check Time commences at
instant T1 and will end no sooner than T1 + 60 seconds. A single Burst of one of Short Pulse
Radar Types 0-4 at DFS Detection Threshold + 1 dB will commence within a 6 second window
starting at T1.
3.
Visual indication on the EUT of successful detection of the radar Burst will be recorded and
reported. Observation of emissions will continue for 2.5 minutes after the radar Burst has been
generated. Verify that during the 2.5 minutes measurement window no EUT transmissions
occurred.
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Report No.: 1707TW0110-U5
5.5.3. Test Result
Radar Burst at the Beginning of the Channel Availability Check Time for 802.11a
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5.6. Radar Burst at the End of the Channel Availability Check Time Measurement
5.6.1. Test Limit
In the end of Channel Availability Check (CAC) Time, radar is detected on this channel, select
another intended channel and perform a CAC on that channel.
5.6.2. Test Procedure
1.
The steps below define the procedure to verify successful radar detection on the selected
Channel during a period equal to the Channel Availability Check Time and avoidance of
operation on that Channel when a radar Burst with a level equal to the DFS Detection Threshold
+ 1 dB occurs at the beginning of the Channel Availability Check Time.
2.
The EUT is powered on at T0. T1 denotes the instant when the EUT has completed its power-up
sequence. The Channel Availability Check Time commences at instant T1 and will end no
sooner thanT1 + 60 seconds. A single Burst of one of Short Pulse Radar Types 0-4 at DFS
Detection Threshold + 1 dB will commence within a 6 second window starting at T1+ 54
seconds.
3.
Visual indication on the EUT of successful detection of the radar Burst will be recorded and
reported. Observation of emissions will continue for 2.5 minutes after the radar Burst has been
generated. Verify that during the 2.5 minutes measurement window no EUT transmissions
occurred.
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Report No.: 1707TW0110-U5
5.6.3. Test Result
Radar Burst at the End of the Channel Availability Check Time for 802.11a
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Report No.: 1707TW0110-U5
5.7. In-Service Monitoring for Channel Move Time, Channel Closing Transmission
Time and Non-Occupancy Period Measurement
5.7.1. Test Limit
The EUT has In-Service Monitoring function to continuously monitor the radar signals. If the radar is
detected, must leave the channel (Shutdown). The Channel Move Time to cease all transmissions
on the current channel upon detection of a Radar Waveform above the DFS Detection Threshold
within 10 sec. The total duration of Channel Closing Transmission Time is 260ms, consisting of data
signals and the aggregate of control signals, by a U-NII device during the Channel Move Time. The
Non-Occupancy Period time is 30 minute during which a Channel will not be utilized after a Radar
Waveform is detected on that Channel.
5.7.2. Test Procedure Used
1.
The test should be performed with Radar Type 0. The measurement timing begins at the end of
the Radar Type 0.
2.
When the radar burst with a level equal to the DFS Detection Threshold + 1dB is generated on
the Operating Channel of the U-NII device. A U-NII device operating as a Master Device will
associate with the Client Device at Channel. Stream the MPEG test file from the Master Device
to the Client Device on the selected Channel for the entire period of the test. At time T0 the
Radar Waveform generator sends a Burst of pulses for each of the radar types at Detection
Threshold + 1dB.
3.
Observe the transmissions of the EUT at the end of the radar Burst on the Operating Channel.
Measure and record the transmissions from the EUT during the observation time (Channel Move
Time).
4.
Measurement of the aggregate duration of the Channel Closing Transmission Time method.
With the spectrum analyzer set to zero span tuned to the center frequency of the EUT operating
channel at the radar simulated frequency, peak detection, and max hold, the dwell time per bin is
given by: Dwell (1.5ms) = S (12 sec) / B (8000); where Dwell is the dwell time per spectrum
analyzer sampling bin, S is the sweep time and B is the number of spectrum analyzer sampling
bins. An upper bound of the aggregate duration of the intermittent control signals of Channel
Closing Transmission Time is calculated by: C = N X Dwell; where C is the Closing Time, N is
the number of spectrum analyzer sampling bins showing a U-NII transmission and Dwell is the
dwell time per bin.
5.
Measure the EUT for more than 30 minutes following the channel close/move time to verify that
the EUT does not resume any transmissions on this Channel.
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5.7.3. Test Result
Channel Move Time and Channel Closing Transmission Time for 802.11ac-VHT80 – 5290MHz
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Report No.: 1707TW0110-U5
Non-Occupancy Period for 802.11a – 5300MHz
Parameter
Test Result
Limit
Type 0
Channel Move Time (s)
Channel Closing Transmission Time (ms)
(Note)
Non-Occupancy Period (min)
0.432s
˂10s
6.0ms
˂ 60ms
≥ 30min
≥ 30 min
Note: The Channel Closing Transmission Time is comprised of 200 milliseconds starting at the
beginning of the Channel Move Time plus any additional intermittent control signals required to
facilitate a Channel move (an aggregate of 60 milliseconds) during the remainder of the 10 seconds
period. The aggregate duration of control signals will not count quiet periods in between
transmissions.
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Report No.: 1707TW0110-U5
5.8. Statistical Performance Check Measurement
5.8.1. Test Limit
The minimum percentage of successful detection requirements found in below table when a radar
burst with a level equal to the DFS Detection Threshold + 1dB is generated on the Operating
Channel of the U-NII device (In- Service Monitoring).
Radar Type
Minimum Number of Trails
Detection Probability
30
Pd > 60%
30(15 of test A and 15 of test B)
Pd > 60%
30
Pd > 60%
30
Pd > 60%
30
Pd > 60%
Aggregate (Radar Types 1-4)
120
Pd > 80%
30
Pd > 80%
30
Pd > 70%
The percentage of successful detection is calculated by:
(Total Waveform Detections / Total Waveform Trails) * 100 = Probability of Detection Radar
Waveform In addition an aggregate minimum percentage of successful detection across all Short
Pulse Radar Types 1-4 is required and is calculated as follows: (Pd1 + Pd2 + Pd3 + Pd4) / 4.
5.8.2. Test Procedure
1.
Stream the MPEG test file from the Master Device to the Client Device on the test Channel for
the entire period of the test.
2.
At time T0 the Radar Waveform generator sends the individual waveform for each of the Radar
Types 1-6, at levels equal to the DFS Detection Threshold + 1dB, on the Operating Channel.
3.
Observe the transmissions of the EUT at the end of the Burst on the Operating Channel for
duration greater than 10 seconds for Short Pulse Radar Types 0 to ensure detection occurs.
4.
Observe the transmissions of the EUT at the end of the Burst on the Operating Channel for
duration greater than 22 seconds for Long Pulse Radar Type 5 to ensure detection occurs.
5.
The device can utilize a test mode to demonstrate when detection occurs to prevent the need to
reset the device between trial runs.
6.
The Minimum number of trails, minimum percentage of successful detection and the average
minimum percentage of successful detection are found in below table.
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Report No.: 1707TW0110-U5
5.8.3. Test Result
Statistical Performance Check for 802.11a
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
758
70
5292
698
76
5292
578
92
5292
518
102
5292
718
74
5292
658
81
5292
678
78
5292
858
62
5292
638
83
10
5292
878
61
11
5300
738
72
12
5300
618
86
13
5300
918
58
14
5300
818
65
15
5300
778
68
16
5300
1287
42
17
5300
828
64
18
5300
2234
24
19
5300
2634
21
20
5300
1900
28
21
5308
2447
22
22
5308
2096
26
23
5308
848
63
24
5308
1625
33
25
5308
857
62
26
5308
527
101
27
5308
2043
26
28
5308
3010
18
29
5308
2208
24
30
5308
2160
25
Detection Percentage (%)
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PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
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Report No.: 1707TW0110-U5
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
4.2
155
26
5292
1.6
225
26
5292
3.3
215
25
5292
4.7
167
29
5292
4.7
166
24
5292
3.2
180
24
5292
2.0
214
29
5292
4.8
164
28
5292
4.2
229
26
10
5292
2.9
208
25
11
5300
5.0
187
24
12
5300
4.0
209
29
13
5300
1.0
152
23
14
5300
4.9
212
26
15
5300
1.1
192
24
16
5300
3.9
186
27
17
5300
2.7
212
26
18
5300
1.5
192
24
19
5300
4.6
211
28
20
5300
4.5
213
23
21
5308
4.0
155
27
22
5308
1.1
179
28
23
5308
3.8
200
23
24
5308
4.6
198
27
25
5308
3.9
168
26
26
5308
1.8
191
23
27
5308
2.0
198
29
28
5308
2.1
191
25
29
5308
2.9
161
23
30
5308
3.6
204
29
Detection Percentage (%)
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PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
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Report No.: 1707TW0110-U5
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
9.1
442
16
5292
6.3
300
18
5292
6.3
460
16
5292
10.0
363
16
5292
6.3
466
17
5292
6.3
464
17
5292
6.3
406
17
5292
6.7
477
16
5292
6.3
355
18
10
5292
7.8
447
17
11
5300
7.7
342
17
12
5300
7.9
308
17
13
5300
9.9
476
18
14
5300
8.6
313
17
15
5300
7.9
350
17
16
5300
6.1
353
18
17
5300
8.1
474
17
18
5300
7.1
382
16
19
5300
9.2
305
17
20
5300
7.6
299
18
21
5308
8.3
385
16
22
5308
7.0
358
17
23
5308
6.9
378
18
24
5308
9.4
481
16
25
5308
7.7
333
16
26
5308
6.8
278
17
27
5308
7.4
407
17
28
5308
6.7
445
18
29
5308
9.3
444
18
30
5308
9.0
461
16
Detection Percentage (%)
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PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
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Report No.: 1707TW0110-U5
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
PRI (us)
Pulses / Burst
1=Detection
(MHz)
(us)
5292
19.4
470
15
5292
11.7
268
15
5292
18.2
255
13
5292
12.8
460
16
5292
20.0
347
15
5292
17.2
326
14
5292
16.9
252
14
5292
18.0
444
15
5292
13.6
261
16
10
5292
11.3
384
15
11
5300
17.3
490
12
12
5300
17.2
267
15
13
5300
14.7
327
16
14
5300
17.2
316
13
15
5300
11.6
289
13
16
5300
13.8
313
14
17
5300
15.8
468
12
18
5300
11.8
435
14
19
5300
12.1
295
13
20
5300
18.8
356
13
21
5308
14.2
279
12
22
5308
14.1
455
14
23
5308
12.5
300
15
24
5308
14.4
458
13
25
5308
13.1
431
16
26
5308
12.2
269
14
27
5308
16.0
266
16
28
5308
13.0
476
12
29
5308
15.5
271
12
30
5308
11.7
345
16
0=No Detection
Detection Percentage (%)
100%
Note: In addition an average minimum percentage of successful detection across all four Short pulse radar test
waveforms is as follows:
Pd 1  Pd 2  Pd 3  Pd 4 = (100%+100%+100%+100%)/4 = 100% (>80%)
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5295.6
5296.8
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5300.0
17
5300.0
5297.6
18
5300.0
5294.0
19
5300.0
5295.2
20
5300.0
5299.2
21
5304.0
5294.4
22
5306.0
5299.6
23
5304.4
5296.0
24
5300.8
10
5298.8
25
5303.2
11
5300.0
26
5305.6
12
5300.0
27
5300.4
13
5300.0
28
5304.8
14
5300.0
29
5301.2
15
5300.0
30
5302.4
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
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IC: 109D-FZCWO2CA1
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Report No.: 1707TW0110-U5
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
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IC: 109D-FZCWO2CA1
Page Number: 47 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
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IC: 109D-FZCWO2CA1
Page Number: 48 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
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IC: 109D-FZCWO2CA1
Page Number: 49 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
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IC: 109D-FZCWO2CA1
Page Number: 50 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
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IC: 109D-FZCWO2CA1
Page Number: 51 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
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IC: 109D-FZCWO2CA1
Page Number: 52 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
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IC: 109D-FZCWO2CA1
Page Number: 53 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
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IC: 109D-FZCWO2CA1
Page Number: 54 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
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IC: 109D-FZCWO2CA1
Page Number: 55 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 56 of 119
Report No.: 1707TW0110-U5
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5292
5292
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5300
17
5300
5292
18
5300
5292
19
5300
5292
20
5300
5292
21
5308
5292
22
5308
5292
23
5308
5292
24
5308
10
5292
25
5308
11
5300
26
5308
12
5300
27
5308
13
5300
28
5308
14
5300
29
5308
15
5300
30
5308
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Trail #
100%
Page Number: 57 of 119
Report No.: 1707TW0110-U5
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5303
11
Radar waveform #2
Hopping
Frequency
Number
(MHz)
18
5282
5316
33
5306
15
19
5285
57
5318
18
24
5322
72
10
5262
30
35
5270
105
12
5310
36
37
5283
111
13
5292
39
49
5273
147
15
5276
45
55
5320
165
20
5319
60
56
5311
168
29
5264
87
65
5268
195
32
5316
96
66
5271
198
42
5277
126
68
5301
204
45
5293
135
75
5302
225
48
5291
144
76
5307
228
55
5289
165
78
5274
234
75
5300
225
79
5278
237
98
5322
294
81
5267
243
--
--
--
Pulse Start (ms)
Radar waveform #3
Hopping
Frequency
Number
(MHz)
5267
Pulse Start (ms)
Radar waveform #4
Hopping
Frequency
Number
(MHz)
18
5322
27
5293
21
31
5309
93
14
5316
42
44
5316
132
16
5302
48
47
5263
141
24
5272
72
53
5291
159
26
5283
78
58
5273
174
34
5278
102
59
5268
177
35
5301
105
66
5265
198
40
5298
120
72
5267
216
47
5287
141
77
5292
231
65
5306
195
99
5278
297
86
5299
258
--
--
--
95
5266
285
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 58 of 119
Report No.: 1707TW0110-U5
Radar waveform #5
Hopping
Frequency
Number
(MHz)
5318
10
Radar waveform #6
Hopping
Frequency
Number
(MHz)
5318
21
5316
30
12
5300
36
17
5284
51
15
5298
45
30
5266
90
29
5265
87
36
5296
108
34
5284
102
38
5285
114
49
5315
147
40
5288
120
58
5309
174
62
5293
186
66
5314
198
64
5274
192
70
5295
210
67
5317
201
78
5299
234
80
5301
240
87
5285
261
91
5276
273
96
5281
288
92
5310
276
--
--
--
93
5290
279
--
--
--
97
5297
291
--
--
--
99
5294
297
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 59 of 119
Report No.: 1707TW0110-U5
Radar waveform #7
Hopping
Frequency
Number
(MHz)
5308
Radar waveform #8
Hopping
Frequency
Number
(MHz)
15
14
5280
42
5315
24
20
5310
60
16
5298
48
22
5282
66
19
5291
57
26
5271
78
50
5307
150
30
5289
90
51
5292
153
34
5262
102
53
5309
159
36
5314
108
55
5314
165
44
5318
132
59
5269
177
45
5295
135
63
5286
189
64
5267
192
72
5294
216
77
5307
231
83
5279
249
90
5315
270
84
5266
252
--
--
--
85
5295
255
--
--
--
90
5311
270
--
--
--
96
5317
288
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 60 of 119
Report No.: 1707TW0110-U5
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5319
12
Radar waveform #10
Hopping
Frequency
Number
(MHz)
27
5281
12
5298
36
5297
27
13
5265
39
17
5315
51
14
5318
42
19
5312
57
21
5279
63
22
5288
66
30
5268
90
23
5286
69
59
5294
177
26
5311
78
62
5304
186
46
5292
138
69
5299
207
47
5296
141
78
5314
234
64
5318
192
82
5285
246
66
5322
198
92
5305
276
70
5276
210
96
5312
288
71
5277
213
--
--
--
75
5283
225
--
--
--
83
5305
249
--
--
--
99
5284
297
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 61 of 119
Report No.: 1707TW0110-U5
Radar waveform #11
Hopping
Frequency
Number
(MHz)
14
5293
24
Radar waveform #12
Frequency
Hopping
(MHz)
Number
42
5318
5280
72
13
5274
39
27
5275
81
19
5284
57
41
5330
123
23
5314
69
66
5319
198
28
5320
84
74
5314
222
33
5272
99
75
5329
225
54
5326
162
78
5305
234
55
5310
165
79
5270
237
61
5285
183
81
5318
243
65
5287
195
87
5316
261
74
5302
222
91
5324
273
80
5319
240
96
5303
288
82
5306
246
--
--
--
93
5325
279
--
--
--
95
5282
285
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 62 of 119
Report No.: 1707TW0110-U5
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5300
12
Radar waveform #14
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
5318
5307
36
5278
12
14
5280
42
5320
24
19
5326
57
13
5314
39
32
5273
96
18
5281
54
35
5320
105
34
5330
102
36
5287
108
44
5276
132
54
5285
162
45
5272
135
57
5291
171
46
5283
138
61
5313
183
48
5312
144
74
5322
222
53
5298
159
75
5295
225
57
5287
171
83
5310
249
69
5284
207
89
5294
267
71
5303
213
90
5328
270
86
5311
258
Radar waveform #15
Hopping
Frequency
Number
(MHz)
13
5303
17
Pulse Start (ms)
Radar waveform #16
Hopping
Frequency
Number
(MHz)
39
5285
12
5315
51
5325
21
51
5281
153
16
5277
48
65
5309
195
17
5272
51
79
5286
237
34
5321
102
81
5310
243
47
5322
141
--
--
--
58
5288
174
--
--
--
61
5300
183
--
--
--
63
5297
189
--
--
--
68
5294
204
--
--
--
73
5301
219
--
--
--
74
5282
222
--
--
--
88
5274
264
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 63 of 119
Report No.: 1707TW0110-U5
Radar waveform #17
Hopping
Frequency
Number
(MHz)
5283
Radar waveform #18
Hopping
Frequency
Number
(MHz)
5293
5289
11
5302
33
15
5327
45
15
5325
45
34
5295
102
26
5326
78
40
5278
120
29
5289
87
45
5328
135
36
5288
108
48
5326
144
37
5330
111
51
5281
153
40
5304
120
59
5271
177
45
5272
135
62
5292
186
57
5328
171
69
5293
207
65
5327
195
76
5277
228
76
5305
228
82
5286
246
78
5277
234
86
5305
258
92
5310
276
97
5316
291
--
--
--
98
5313
294
--
--
--
Pulse Start (ms)
Radar waveform #19
Hopping
Frequency
Number
(MHz)
5273
16
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
21
5279
5327
48
5330
21
30
5324
90
24
5318
72
33
5319
99
29
5320
87
44
5272
132
56
5296
168
60
5311
180
64
5299
192
69
5313
207
70
5311
210
71
5274
213
90
5274
270
74
5321
222
91
5272
273
75
5279
225
94
5329
282
85
5270
255
95
5307
285
92
5286
276
--
--
--
98
5309
294
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 64 of 119
Report No.: 1707TW0110-U5
Radar waveform #21
Hopping
Frequency
Number
(MHz)
29
5333
30
Radar waveform #22
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
87
5312
12
5281
90
27
5292
81
36
5335
108
33
5336
99
40
5303
120
35
5320
105
43
5326
129
40
5310
120
47
5314
141
59
5280
177
71
5324
213
66
5326
198
81
5329
243
71
5307
213
91
5285
273
76
5282
228
--
--
--
81
5309
243
--
--
--
83
5322
249
--
--
--
86
5330
258
--
--
--
89
5323
267
--
--
--
90
5286
270
--
--
--
97
5334
291
--
--
--
99
5301
297
Radar waveform #23
Hopping
Frequency
Number
(MHz)
5305
Pulse Start (ms)
Radar waveform #24
Hopping
Frequency
Number
(MHz)
12
5296
36
5334
15
20
5314
60
5317
18
27
5319
81
5321
24
28
5304
84
19
5278
57
31
5283
93
21
5283
63
37
5278
111
25
5287
75
43
5332
129
31
5332
93
51
5302
153
35
5295
105
65
5334
195
47
5338
141
84
5338
252
58
5309
174
87
5299
261
69
5293
207
92
5331
276
79
5335
237
96
5290
288
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 65 of 119
Report No.: 1707TW0110-U5
Radar waveform #25
Hopping
Frequency
Number
(MHz)
18
5331
22
Radar waveform #26
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
54
5335
18
5302
66
5308
27
24
5283
72
13
5316
39
46
5286
138
17
5298
51
54
5310
162
22
5325
66
--
--
--
25
5289
75
--
--
--
37
5337
111
--
--
--
53
5286
159
--
--
--
60
5280
180
--
--
--
71
5320
213
--
--
--
78
5314
234
--
--
--
85
5326
255
--
--
--
89
5332
267
--
--
--
92
5333
276
--
--
--
97
5294
291
--
--
--
99
5282
297
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5309
Pulse Start (ms)
Radar waveform #28
Hopping
Frequency
Number
(MHz)
5290
5312
18
5331
12
5299
36
5335
18
15
5305
45
11
5309
33
16
5320
48
14
5308
42
67
5295
201
32
5294
96
71
5318
213
52
5314
156
73
5319
219
55
5323
165
75
5326
225
56
5318
168
85
5298
255
61
5326
183
88
5288
264
74
5312
222
96
5317
288
96
5315
288
99
5292
297
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 66 of 119
Report No.: 1707TW0110-U5
Radar waveform #29
Hopping
Frequency
Number
(MHz)
5282
17
Radar waveform #30
Hopping
Frequency
Number
(MHz)
5279
5329
51
5309
12
23
5302
69
5296
24
25
5293
75
15
5311
45
75
5298
225
35
5292
105
78
5328
234
54
5326
162
79
5331
237
57
5337
171
85
5325
255
63
5280
189
91
5314
273
66
5299
198
96
5299
288
67
5322
201
--
--
--
73
5305
219
--
--
--
75
5327
225
--
--
--
77
5302
231
--
--
--
80
5314
240
--
--
--
84
5328
252
--
--
--
87
5334
261
--
--
--
97
5316
291
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 67 of 119
Report No.: 1707TW0110-U5
Radar Statistical Performance for 802.11n-HT40
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
878
61
5292
698
76
5292
598
89
5292
818
65
5300
718
74
5300
678
78
5300
858
62
5300
778
68
5308
3066
18
10
5308
918
58
11
5308
558
95
12
5308
898
59
13
5310
798
67
14
5310
538
99
15
5310
838
63
16
5310
2398
23
17
5310
1756
31
18
5310
2992
18
19
5312
808
66
20
5312
553
96
21
5312
1833
29
22
5312
1699
32
23
5320
702
76
24
5320
567
94
25
5320
2105
26
26
5320
2994
18
27
5328
2923
19
28
5328
2450
22
29
5328
1269
42
30
5328
2232
24
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 68 of 119
Report No.: 1707TW0110-U5
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
4.1
158
28
5292
2.6
221
23
5292
1.9
184
27
5292
2.9
163
24
5300
1.6
160
29
5300
3.6
214
24
5300
4.0
183
27
5300
4.7
152
29
5308
4.7
150
26
10
5308
4.3
173
26
11
5308
3.2
160
29
12
5308
1.1
185
29
13
5310
4.2
202
26
14
5310
1.2
175
23
15
5310
3.7
184
28
16
5310
2.9
182
23
17
5310
2.6
185
23
18
5310
4.9
218
25
19
5312
4.4
226
29
20
5312
2.8
158
29
21
5312
2.0
214
29
22
5312
1.9
165
27
23
5320
2.4
184
24
24
5320
4.2
168
28
25
5320
4.8
227
27
26
5320
1.7
194
28
27
5328
3.4
199
27
28
5328
3.9
184
29
29
5328
4.4
172
25
30
5328
4.3
185
25
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 69 of 119
Report No.: 1707TW0110-U5
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
6.8
307
16
5292
9.5
435
17
5292
6.6
414
16
5292
8.9
324
18
5300
6.8
495
17
5300
7.7
430
17
5300
9.0
463
17
5300
6.1
258
17
5308
8.5
499
17
10
5308
7.6
359
16
11
5308
8.5
279
17
12
5308
8.2
291
18
13
5310
6.8
408
18
14
5310
6.3
279
17
15
5310
8.1
483
16
16
5310
7.5
485
17
17
5310
7.6
309
17
18
5310
6.1
397
18
19
5312
6.9
356
18
20
5312
9.5
440
18
21
5312
6.5
260
18
22
5312
8.3
277
18
23
5320
6.8
289
17
24
5320
8.0
492
17
25
5320
8.0
355
18
26
5320
7.7
297
16
27
5328
6.5
337
17
28
5328
8.3
436
16
29
5328
8.9
351
18
30
5328
9.5
400
17
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 70 of 119
Report No.: 1707TW0110-U5
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5292
16.6
406
13
5292
13.2
363
14
5292
19.7
413
16
5292
15.1
472
13
5300
16.3
255
16
5300
12.6
435
12
5300
14.5
350
13
5300
11.5
296
16
5308
18.7
293
13
10
5308
19.2
425
14
11
5308
18.1
320
13
12
5308
17.0
258
12
13
5310
15.3
497
14
14
5310
16.4
320
14
15
5310
20.0
316
12
16
5310
12.7
288
13
17
5310
18.2
400
16
18
5310
11.8
331
14
19
5312
13.2
467
16
20
5312
19.3
383
13
21
5312
19.6
434
13
22
5312
19.8
449
15
23
5320
17.8
394
16
24
5320
19.8
290
15
25
5320
11.8
313
15
26
5320
11.3
431
12
27
5328
17.0
480
14
28
5328
17.6
267
13
29
5328
18.8
282
13
30
5328
12.9
418
15
Detection Percentage (%)
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Note: In addition an average minimum percentage of successful detection across all four Short pulse radar test
waveforms is as follows:
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pd 1  Pd 2  Pd 3  Pd 4 = (100%+100%+100%+100%)/4 = 100% (>80%)
Page Number: 71 of 119
Report No.: 1707TW0110-U5
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5295.6
5296.8
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5310.0
17
5310.0
5297.6
18
5310.0
5294.0
19
5310.0
5295.2
20
5310.0
5299.2
21
5324.0
5294.4
22
5326.0
5299.6
23
5324.4
5296.0
24
5320.8
10
5298.8
25
5323.2
11
5310.0
26
5325.6
12
5310.0
27
5320.4
13
5310.0
28
5324.8
14
5310.0
29
5321.2
15
5310.0
30
5322.4
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 72 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 73 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 74 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 75 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 76 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 77 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 78 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 79 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 80 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 81 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 82 of 119
Report No.: 1707TW0110-U5
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5292
5292
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5310
17
5310
5292
18
5310
5292
19
5312
5300
20
5312
5300
21
5312
5300
22
5312
5300
23
5320
5308
24
5320
10
5308
25
5320
11
5308
26
5320
12
5308
27
5328
13
5310
28
5328
14
5310
29
5328
15
5310
30
5328
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Trail #
100%
Page Number: 83 of 119
Report No.: 1707TW0110-U5
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5275
Radar waveform #2
Hopping
Frequency
Number
(MHz)
5302
12
5286
18
5314
15
5317
24
16
5277
48
5321
27
24
5266
72
11
5296
33
38
5262
114
18
5278
54
43
5321
129
19
5309
57
67
5296
201
47
5266
141
78
5298
234
63
5314
189
80
5319
240
77
5316
231
81
5278
243
79
5295
237
99
5273
297
88
5313
264
--
--
--
94
5290
282
--
--
--
97
5277
291
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 84 of 119
Report No.: 1707TW0110-U5
Radar waveform #3
Hopping
Frequency
Number
(MHz)
12
5300
14
Radar waveform #4
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
36
5264
18
5291
42
15
5273
45
15
5316
45
25
5299
75
16
5310
48
36
5319
108
23
5271
69
40
5269
120
33
5294
99
44
5283
132
38
5263
114
55
5312
165
42
5299
126
60
5313
180
48
5297
144
61
5290
183
56
5296
168
66
5275
198
64
5306
192
68
5307
204
69
5269
207
71
5286
213
72
5293
216
72
5276
216
73
5268
219
82
5278
246
77
5287
231
84
5294
252
81
5304
243
93
5310
279
95
5321
285
94
5268
282
Radar waveform #5
Hopping
Frequency
Number
(MHz)
11
5315
17
Pulse Start (ms)
Radar waveform #6
Hopping
Frequency
Number
(MHz)
33
17
5271
51
5296
51
19
5266
57
33
5322
99
22
5281
66
71
5275
213
31
5319
93
72
5276
216
37
5286
111
76
5321
228
42
5283
126
79
5282
237
62
5290
186
83
5288
249
66
5292
198
96
5291
288
80
5279
240
98
5266
294
94
5298
282
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 85 of 119
Report No.: 1707TW0110-U5
Radar waveform #7
Hopping
Frequency
Number
(MHz)
5321
17
Radar waveform #8
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
15
5324
5291
51
5316
15
22
5272
66
5329
27
23
5323
69
10
5300
30
33
5297
99
12
5279
36
55
5286
165
15
5328
45
67
5316
201
17
5277
51
69
5294
207
30
5273
90
77
5330
231
58
5313
174
83
5308
249
62
5312
186
98
5270
294
63
5281
189
--
--
--
76
5322
228
--
--
--
85
5302
255
--
--
--
94
5305
282
--
--
--
98
5285
294
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5304
26
Pulse Start (ms)
Radar waveform #10
Hopping
Frequency
Number
(MHz)
27
5277
5330
78
32
5276
96
30
5316
90
36
5324
108
38
5278
114
49
5295
147
42
5309
126
52
5273
156
63
5328
189
72
5306
216
71
5317
213
76
5327
228
97
5306
291
81
5286
243
99
5281
297
89
5311
267
--
--
--
93
5282
279
--
--
--
97
5328
291
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 86 of 119
Report No.: 1707TW0110-U5
Radar waveform #11
Hopping
Frequency
Number
(MHz)
5305
Radar waveform #12
Hopping
Frequency
Number
(MHz)
5322
24
5307
18
13
5317
39
22
5313
66
15
5271
45
26
5306
78
29
5298
87
31
5294
93
30
5316
90
44
5304
132
53
5327
159
47
5303
141
55
5315
165
60
5280
180
66
5272
198
70
5326
210
76
5302
228
77
5291
231
79
5278
237
79
5296
237
80
5289
240
82
5317
246
93
5307
279
83
5330
249
--
--
--
87
5295
261
--
--
--
92
5309
276
--
--
--
95
5285
285
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 87 of 119
Report No.: 1707TW0110-U5
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5327
Radar waveform #14
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
18
5333
54
5320
19
5326
57
5318
15
32
5285
96
5313
24
43
5332
129
5319
27
45
5281
135
11
5321
33
50
5320
150
23
5315
69
53
5335
159
31
5307
93
70
5314
210
37
5336
111
72
5302
216
55
5333
165
78
5330
234
57
5306
171
80
5305
240
72
5284
216
86
5315
258
76
5299
228
95
5316
285
86
5287
258
97
5297
291
98
5317
294
--
--
--
99
5282
297
--
--
--
Radar waveform #15
Hopping
Frequency
Number
(MHz)
12
5298
16
Pulse Start (ms)
Radar waveform #16
Hopping
Frequency
Number
(MHz)
36
5287
5340
48
5303
21
17
5314
51
5327
27
19
5316
57
13
5332
39
22
5302
66
30
5339
90
27
5294
81
34
5326
102
28
5285
84
36
5310
108
41
5336
123
41
5294
123
46
5291
138
60
5298
180
68
5324
204
71
5280
213
92
5327
276
90
5309
270
--
--
--
91
5331
273
--
--
--
92
5329
276
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 88 of 119
Report No.: 1707TW0110-U5
Radar waveform #17
Hopping
Frequency
Number
(MHz)
5309
Radar waveform #18
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
12
5300
5330
27
10
5327
30
18
5315
54
14
5308
42
33
5326
99
20
5326
60
41
5338
123
22
5286
66
55
5334
165
39
5330
117
56
5283
168
45
5309
135
62
5316
186
52
5324
156
73
5312
219
59
5302
177
96
5305
288
65
5303
195
--
--
--
74
5301
222
--
--
--
79
5338
237
--
--
--
86
5322
258
Radar waveform #19
Hopping
Frequency
Number
(MHz)
17
5317
30
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
51
5343
15
5348
90
11
5300
33
40
5318
120
14
5306
42
42
5304
126
20
5303
60
58
5337
174
26
5318
78
67
5336
201
29
5336
87
81
5300
243
30
5313
90
87
5340
261
55
5327
165
88
5311
264
62
5292
186
95
5349
285
63
5345
189
--
--
--
64
5295
192
--
--
--
77
5297
231
--
--
--
80
5320
240
--
--
--
84
5323
252
--
--
--
87
5342
261
--
--
--
91
5349
273
--
--
--
93
5302
279
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 89 of 119
Report No.: 1707TW0110-U5
Radar waveform #21
Hopping
Frequency
Number
(MHz)
5293
18
Radar waveform #22
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
5349
15
5344
54
5337
18
20
5337
60
5305
27
28
5340
84
14
5302
42
33
5290
99
15
5318
45
34
5341
102
23
5346
69
36
5342
108
32
5340
96
43
5303
129
35
5298
105
55
5326
165
47
5306
141
76
5310
228
48
5333
144
77
5336
231
50
5317
150
89
5302
267
57
5321
171
93
5319
279
69
5311
207
94
5307
282
70
5334
210
--
--
--
75
5342
225
--
--
--
91
5348
273
Radar waveform #23
Hopping
Frequency
Number
(MHz)
5321
18
Pulse Start (ms)
Radar waveform #24
Hopping
Frequency
Number
(MHz)
15
5329
21
5316
54
5323
27
20
5300
60
11
5290
33
32
5346
96
27
5316
81
49
5340
147
38
5301
114
54
5306
162
40
5326
120
66
5302
198
59
5295
177
72
5334
216
64
5341
192
77
5341
231
66
5342
198
80
5327
240
74
5331
222
88
5342
264
79
5337
237
91
5307
273
82
5327
246
98
5349
294
86
5349
258
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 90 of 119
Report No.: 1707TW0110-U5
Radar waveform #25
Hopping
Frequency
Number
(MHz)
5336
10
Radar waveform #26
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
24
5354
15
5318
30
12
5307
36
15
5310
45
15
5322
45
17
5300
51
19
5334
57
24
5301
72
25
5350
75
29
5322
87
50
5312
150
43
5347
129
54
5313
162
58
5348
174
57
5344
171
73
5355
219
67
5327
201
90
5309
270
71
5319
213
--
--
--
72
5347
216
--
--
--
77
5323
231
--
--
--
97
5314
291
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5308
Pulse Start (ms)
Radar waveform #28
Hopping
Frequency
Number
(MHz)
5313
5344
5345
5328
12
29
5337
87
5357
18
40
5318
120
5337
21
48
5355
144
22
5305
66
49
5320
147
29
5300
87
52
5327
156
36
5333
108
59
5338
177
41
5302
123
65
5301
195
56
5304
168
89
5312
267
75
5323
225
--
--
--
82
5307
246
--
--
--
87
5318
261
--
--
--
89
5311
267
--
--
--
92
5350
276
--
--
--
97
5347
291
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 91 of 119
Report No.: 1707TW0110-U5
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5357
Radar waveform #28
Hopping
Frequency
Number
(MHz)
5329
12
5345
27
12
5298
36
17
5346
51
16
5350
48
18
5323
54
19
5323
57
36
5324
108
37
5306
111
37
5312
111
39
5305
117
39
5336
117
41
5316
123
46
5343
138
44
5332
132
57
5330
171
46
5347
138
58
5356
174
49
5325
147
74
5332
222
57
5301
171
76
5322
228
59
5342
177
83
5350
249
65
5303
195
85
5301
255
74
5338
222
91
5339
273
82
5353
246
92
5302
276
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 92 of 119
Report No.: 1707TW0110-U5
Radar Statistical Performance for 802.11ac-VHT80
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5252
798
67
5252
698
76
5260
578
92
5260
758
70
5268
918
58
5268
538
99
5270
898
59
5270
738
72
5272
3066
18
10
5272
718
74
11
5280
938
57
12
5280
678
78
13
5288
838
63
14
5288
818
65
15
5290
518
102
16
5290
1583
34
17
5292
2696
20
18
5292
1050
51
19
5300
1760
30
20
5300
2398
23
21
5308
2089
26
22
5308
2352
23
23
5310
2644
20
24
5310
1169
46
25
5312
976
55
26
5312
1678
32
27
5320
2231
24
28
5320
1715
31
29
5328
932
57
30
5328
2476
22
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 93 of 119
Report No.: 1707TW0110-U5
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5252
3.5
211
29
5252
1.8
208
23
5260
4.3
165
23
5260
1.9
180
27
5268
5.0
230
23
5268
1.7
218
24
5270
3.4
226
23
5270
3.4
230
26
5272
3.3
208
23
10
5272
4.7
213
28
11
5280
4.6
197
25
12
5280
4.8
204
29
13
5288
1.9
171
27
14
5288
1.3
181
24
15
5290
1.5
161
27
16
5290
2.2
173
26
17
5292
3.5
154
25
18
5292
3.5
165
25
19
5300
3.6
155
23
20
5300
4.1
159
28
21
5308
3.3
220
28
22
5308
4.6
150
28
23
5310
3.1
208
29
24
5310
1.6
162
29
25
5312
4.8
184
28
26
5312
2.3
222
25
27
5320
3.1
176
23
28
5320
1.6
158
29
29
5328
3.0
217
23
30
5328
1.0
222
29
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 94 of 119
Report No.: 1707TW0110-U5
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5252
6.5
487
17
5252
6.2
494
16
5260
9.9
255
17
5260
9.7
310
17
5268
7.5
365
16
5268
7.7
295
17
5270
7.6
335
17
5270
7.7
456
16
5272
9.2
326
16
10
5272
8.4
284
16
11
5280
9.2
337
17
12
5280
6.9
272
16
13
5288
7.4
304
16
14
5288
9.3
292
17
15
5290
8.8
425
16
16
5290
9.1
317
18
17
5292
9.1
410
18
18
5292
8.1
281
16
19
5300
9.9
378
17
20
5300
8.4
326
18
21
5308
8.0
370
18
22
5308
8.6
346
17
23
5310
6.1
355
16
24
5310
9.5
414
16
25
5312
9.4
294
16
26
5312
9.8
411
18
27
5320
7.5
278
18
28
5320
8.5
471
18
29
5328
6.9
296
17
30
5328
8.1
272
18
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 95 of 119
Report No.: 1707TW0110-U5
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5252
15.0
491
16
5252
16.9
382
13
5260
19.1
288
14
5260
20.0
399
15
5268
11.4
355
12
5268
14.5
350
13
5270
17.7
407
12
5270
13.4
303
13
5272
13.0
382
15
10
5272
14.9
327
12
11
5280
19.6
413
15
12
5280
11.4
272
16
13
5288
12.4
480
15
14
5288
12.4
313
15
15
5290
16.2
370
16
16
5290
19.4
496
13
17
5292
14.5
309
14
18
5292
14.8
284
15
19
5300
14.6
267
15
20
5300
12.6
385
14
21
5308
18.9
469
12
22
5308
17.0
414
13
23
5310
16.6
384
15
24
5310
18.9
352
15
25
5312
19.6
451
14
26
5312
14.9
475
15
27
5320
11.6
331
15
28
5320
13.6
461
12
29
5328
17.1
320
16
30
5328
16.9
345
14
Detection Percentage (%)
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Note: In addition an average minimum percentage of successful detection across all four Short pulse radar test
waveforms is as follows:
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pd 1  Pd 2  Pd 3  Pd 4 = (100%+100%+100%+100%)/4 = 100% (>80%)
Page Number: 96 of 119
Report No.: 1707TW0110-U5
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5255.6
5256.8
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5290.0
17
5290.0
5257.6
18
5290.0
5254.0
19
5290.0
5255.2
20
5290.0
5259.2
21
5324.0
5254.4
22
5326.0
5259.6
23
5324.4
5256.0
24
5320.8
10
5258.8
25
5323.2
11
5290.0
26
5325.6
12
5290.0
27
5320.4
13
5290.0
28
5324.8
14
5290.0
29
5321.2
15
5290.0
30
5322.4
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 97 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 98 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 99 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 100 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 101 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 102 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 103 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 104 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 105 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 106 of 119
Report No.: 1707TW0110-U5
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 107 of 119
Report No.: 1707TW0110-U5
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5252
5252
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5290
17
5292
5260
18
5292
5260
19
5300
5268
20
5300
5268
21
5308
5270
22
5308
5270
23
5310
5272
24
5310
10
5272
25
5312
11
5280
26
5312
12
5280
27
5320
13
5288
28
5320
14
5288
29
5328
15
5290
30
5328
Detection Percentage (%)
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Trail #
100%
Page Number: 108 of 119
Report No.: 1707TW0110-U5
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5279
18
Radar waveform #2
Hopping
Frequency
Number
(MHz)
21
5278
5264
54
5265
21
35
5268
105
5262
27
44
5250
132
74
5273
222
61
5266
183
78
5272
234
64
5257
192
--
--
--
68
5262
204
--
--
--
88
5253
264
--
--
--
98
5251
294
--
--
--
Pulse Start (ms)
Radar waveform #3
Hopping
Frequency
Number
(MHz)
5259
12
Pulse Start (ms)
Radar waveform #4
Hopping
Frequency
Number
(MHz)
12
5271
15
5287
36
5281
18
17
5257
51
5287
27
21
5267
63
42
5289
126
22
5263
66
61
5276
183
26
5252
78
88
5274
264
27
5276
81
98
5290
294
37
5253
111
--
--
--
53
5269
159
--
--
--
60
5251
180
--
--
--
64
5271
192
--
--
--
67
5284
201
--
--
--
68
5264
204
--
--
--
82
5283
246
--
--
--
96
5258
288
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 109 of 119
Report No.: 1707TW0110-U5
Radar waveform #5
Hopping
Frequency
Number
(MHz)
5276
Radar waveform #6
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
16
5295
48
5295
57
5252
171
5282
18
92
5251
276
25
5267
75
93
5253
279
39
5286
117
95
5287
285
48
5271
144
--
--
--
53
5254
159
--
--
--
98
5283
294
--
--
--
Radar waveform #7
Hopping
Frequency
Number
(MHz)
5282
Pulse Start (ms)
Radar waveform #8
Hopping
Frequency
Number
(MHz)
16
5270
48
5278
15
35
5292
105
5277
18
52
5267
156
19
5286
57
56
5289
168
27
5298
81
71
5288
213
52
5287
156
81
5265
243
57
5269
171
85
5291
255
84
5299
252
97
5259
291
92
5276
276
--
--
--
99
5264
297
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 110 of 119
Report No.: 1707TW0110-U5
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5281
12
Radar waveform #10
Hopping
Frequency
Number
(MHz)
21
5251
5272
36
5253
15
14
5275
42
15
5281
45
43
5266
129
17
5293
51
48
5264
144
28
5284
84
56
5268
168
32
5286
96
62
5270
186
37
5294
111
78
5277
234
40
5257
120
84
5252
252
51
5264
153
92
5284
276
54
5266
162
96
5276
288
60
5258
180
--
--
--
67
5256
201
--
--
--
69
5276
207
--
--
--
70
5282
210
--
--
--
77
5296
231
--
--
--
81
5289
243
--
--
--
86
5269
258
--
--
--
91
5270
273
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 111 of 119
Report No.: 1707TW0110-U5
Radar waveform #11
Hopping
Frequency
Number
(MHz)
5251
10
Radar waveform #12
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
24
16
5281
48
5280
30
41
5251
123
12
5309
36
43
5289
129
31
5302
93
51
5256
153
43
5257
129
53
5295
159
45
5282
135
57
5290
171
48
5281
144
66
5298
198
49
5297
147
75
5282
225
68
5293
204
79
5259
237
69
5286
207
81
5305
243
76
5264
228
84
5252
252
88
5287
264
89
5279
267
98
5288
294
90
5266
270
--
--
--
94
5250
282
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5308
Pulse Start (ms)
Radar waveform #14
Hopping
Frequency
Number
(MHz)
5310
5306
5299
12
5317
27
12
5264
36
29
5276
87
23
5295
69
34
5280
102
25
5275
75
50
5268
150
41
5274
123
74
5310
222
67
5313
201
81
5273
243
70
5292
210
85
5283
255
74
5290
222
93
5285
279
76
5293
228
94
5298
282
79
5278
237
95
5304
285
99
5317
297
96
5295
288
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 112 of 119
Report No.: 1707TW0110-U5
Radar waveform #15
Hopping
Frequency
Number
(MHz)
5291
Radar waveform #16
Hopping
Frequency
Number
(MHz)
12
5263
18
5296
24
14
5296
42
18
5295
54
28
5298
84
19
5308
57
39
5315
117
21
5307
63
50
5267
150
23
5310
69
53
5274
159
33
5285
99
56
5288
168
34
5261
102
63
5280
189
37
5284
111
64
5268
192
49
5301
147
70
5294
210
65
5289
195
74
5302
222
69
5264
207
--
--
--
71
5313
213
--
--
--
74
5316
222
--
--
--
79
5269
237
--
--
--
82
5273
246
--
--
--
95
5300
285
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 113 of 119
Report No.: 1707TW0110-U5
Radar waveform #17
Hopping
Frequency
Number
(MHz)
16
5284
20
Radar waveform #18
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
48
5270
5319
60
23
5263
69
27
5285
81
28
5313
84
42
5296
126
32
5280
96
47
5302
141
35
5286
105
49
5301
147
39
5269
117
66
5293
198
51
5277
153
67
5295
201
54
5283
162
68
5270
204
58
5322
174
70
5269
210
68
5300
204
90
5310
270
69
5303
207
98
5320
294
74
5308
222
--
--
--
94
5289
282
--
--
--
96
5317
288
Radar waveform #19
Hopping
Frequency
Number
(MHz)
5318
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
5303
5271
24
19
5310
57
5306
27
20
5324
60
10
5319
30
35
5319
105
18
5272
54
36
5302
108
48
5327
144
43
5317
129
65
5282
195
47
5327
141
73
5326
219
65
5284
195
94
5301
282
70
5304
210
99
5322
297
75
5278
225
--
--
--
97
5306
291
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 114 of 119
Report No.: 1707TW0110-U5
Radar waveform #21
Hopping
Frequency
Number
(MHz)
12
5290
18
Radar waveform #22
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
36
5313
5280
54
5307
15
22
5313
66
5332
24
29
5301
87
19
5297
57
39
5284
117
20
5327
60
50
5322
150
21
5287
63
59
5295
177
40
5309
120
63
5323
189
48
5317
144
65
5304
195
66
5336
198
77
5311
231
85
5337
255
78
5329
234
--
--
--
83
5279
249
--
--
--
Radar waveform #23
Hopping
Frequency
Number
(MHz)
21
5286
30
Pulse Start (ms)
Radar waveform #24
Hopping
Frequency
Number
(MHz)
63
10
5281
30
5319
90
14
5334
42
43
5340
129
17
5320
51
50
5305
150
31
5292
93
51
5292
153
35
5336
105
74
5290
222
43
5290
129
76
5324
228
44
5297
132
86
5334
258
56
5285
168
91
5316
273
63
5305
189
92
5326
276
78
5291
234
93
5315
279
80
5333
240
94
5323
282
86
5321
258
97
5303
291
87
5287
261
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 115 of 119
Report No.: 1707TW0110-U5
Radar waveform #25
Hopping
Frequency
Number
(MHz)
5310
Radar waveform #26
Hopping
Frequency
Number
(MHz)
18
11
5302
33
5333
21
13
5336
39
17
5283
51
14
5287
42
19
5331
57
16
5311
48
30
5306
90
18
5289
54
43
5292
129
21
5333
63
49
5293
147
26
5284
78
53
5291
159
28
5299
84
59
5328
177
42
5285
126
71
5295
213
43
5296
129
82
5301
246
59
5330
177
86
5297
258
66
5340
198
89
5282
267
80
5321
240
97
5314
291
94
5323
282
99
5296
297
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 116 of 119
Report No.: 1707TW0110-U5
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5293
13
Radar waveform #28
Hopping
Frequency
Number
(MHz)
5341
15
5339
39
27
5344
81
17
5327
51
37
5311
111
19
5318
57
38
5312
114
20
5320
60
47
5338
141
23
5302
69
62
5335
186
37
5298
111
63
5328
189
39
5326
117
69
5291
207
43
5303
129
73
5349
219
45
5294
135
76
5309
228
48
5346
144
77
5331
231
49
5336
147
83
5308
249
62
5313
186
88
5313
264
71
5291
213
--
--
--
79
5345
237
--
--
--
85
5349
255
--
--
--
91
5332
273
--
--
--
93
5306
279
--
--
--
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 117 of 119
Report No.: 1707TW0110-U5
Radar waveform #29
Hopping
Frequency
Number
(MHz)
5326
Radar waveform #30
Hopping
Frequency
Number
(MHz)
5346
21
5305
15
5322
27
20
5315
60
12
5335
36
27
5330
81
20
5354
60
34
5344
102
25
5331
75
48
5311
144
40
5357
120
49
5321
147
53
5321
159
52
5327
156
56
5320
168
54
5329
162
64
5298
192
69
5333
207
67
5337
201
--
--
--
69
5323
207
--
--
--
75
5348
225
--
--
--
78
5306
234
--
--
--
81
5356
243
--
--
--
86
5350
258
--
--
--
90
5325
270
--
--
--
93
5327
279
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Pulse Start (ms)
Pulse Start (ms)
Page Number: 118 of 119
Report No.: 1707TW0110-U5
6.
CONCLUSION
The data collected relate only the item(s) tested and show that the 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 FCC ID: 2AD8UFZCWO2CA1, Model Number: WO2C-AC220 is in compliance with
Part 15E of the FCC Rules.
The End
FCC ID: 2AD8UFZCWO2CA1
IC: 109D-FZCWO2CA1
Page Number: 119 of 119
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 1 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 1 Nokia Solutions and Networks, OY
Document ID3666109
Application IDsk70VDl8Cy8JKmryY1Cr2Q==
Document DescriptionDFS Test Report_1.pdf
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize325.19kB (4064856 bits)
Date Submitted2017-12-07 00:00:00
Date Available2018-01-31 00:00:00
Creation Date2017-12-07 10:22:36
Producing SoftwareMicrosoft® Office Word 2007
Document Lastmod2017-12-07 18:22:48
Document TitleTest Report 1
Document CreatorMicrosoft® Office Word 2007
Document Author: Robin

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Author                          : Robin
Create Date                     : 2017:12:07 10:22:36
Creator                         : Microsoft® Office Word 2007
Modify Date                     : 2017:12:07 18:22:48+08:00
Producer                        : Microsoft® Office Word 2007
Title                           : 1
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Language                        : zh-CN
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Page Count                      : 119