APEX037457 ACCESS POINT Test Report _20180124_v1 - 1710TW0108-U8-FCC-DFS Part1 Hewlett Packard Enterprise Company

Hewlett Packard Enterprise Company ACCESS POINT

FCC ID Filing: Q9DAPEX037457
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MRT Technology (Taiwan) Co., Ltd
Phone: +886-3-3288388
Fax: +886-3-3288918
Web:
www.mrt-cert.com
Report No.: 1710TW0108-U8
Report Version:
V01
Issue Date:
11-26-2017
DFS MEASUREMENT REPORT
FCC PART 15 Subpart E WLAN 802.11a/n/ac
FCC ID:
Q9DAPEX037457
APPLICANT:
Hewlett Packard Enterprise Company
Application Type:
Class III Permissive Change
Product:
ACCESS POINT
Model No.:
APEX0374, APEX0375, APEX0377
Brand Name:
FCC Classification:
Unlicensed National Information Infrastructure (UNII)
FCC Rule Part(s):
PART15 Subpart E (Section 15.407 (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
September 25 ~ November 26, 2017
( Paddy Chen )
Approved By
(Chenz Ker)
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: Q9DAPEX037457
Page Number: 1 of 223
Report No.: 1710TW0108-U8
Revision History
Report No.
Version
Description
Issue Date
Note
1710TW0108-U8
Rev. 01
Initial Report
11-26-2017
Valid
FCC ID: Q9DAPEX037457
Page Number: 2 of 223
Report No.: 1710TW0108-U8
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 .................................................................................. 10
2.4.
Operating Frequency and Channel List........................................................................ 11
2.5.
Test Channel for this Report ....................................................................................... 12
2.6.
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.
Test Setup Diagram .................................................................................................... 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 .................................................................... 29
5.3.1. Test Limit .................................................................................................................... 29
5.3.2. Test Procedure ........................................................................................................... 29
5.3.3. Test Result .................................................................................................................. 30
5.4.
Initial Channel Availability Check Time Measurement ................................................. 38
5.4.1. Test Limit .................................................................................................................... 38
5.4.2. Test Procedure ........................................................................................................... 38
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5.4.3. Test Result .................................................................................................................. 39
5.5.
Radar Burst at the Beginning of the Channel Availability Check Time Measurement .. 40
5.5.1. Test Limit .................................................................................................................... 40
5.5.2. Test Procedure ........................................................................................................... 40
5.5.3. Test Result .................................................................................................................. 41
5.6.
Radar Burst at the End of the Channel Availability Check Time Measurement ........... 42
5.6.1. Test Limit .................................................................................................................... 42
5.6.2. Test Procedure ........................................................................................................... 42
5.6.3. Test Result .................................................................................................................. 43
5.7.
In-Service Monitoring for Channel Move Time, Channel Closing Transmission Time and
Non-Occupancy Period Measurement .................................................................................... 44
5.7.1. Test Limit .................................................................................................................... 44
5.7.2. Test Procedure Used .................................................................................................. 44
5.7.3. Test Result .................................................................................................................. 45
5.8.
Statistical Performance Check Measurement.............................................................. 47
5.8.1. Test Limit .................................................................................................................... 47
5.8.2. Test Procedure ........................................................................................................... 47
5.8.3. Test Result .................................................................................................................. 48
6.
CONCLUSION..................................................................................................................... 223
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Report No.: 1710TW0108-U8
§2.1033 General Information
Applicant:
Hewlett Packard Enterprise Company
Applicant Address:
3000 Hanover St. Palo Alto, CA 94304, USA
Manufacturer:
Hewlett Packard Enterprise Company
Manufacturer Address:
3000 Hanover St. Palo Alto, CA 94304, USA
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 15.407
Model No.:
APEX0374, APEX0375, APEX0377
FCC ID:
Q9DAPEX037457
Test Device Serial No.:
CNCKK2S0PL
FCC Classification:
Unlicensed National Information Infrastructure (UNII)
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 (MRT 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
TAF certificate here
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 Canada, Taiwan, EU and TELEC Rules.
FCC ID: Q9DAPEX037457
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Report No.: 1710TW0108-U8
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: Q9DAPEX037457
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Report No.: 1710TW0108-U8
2.
PRODUCT INFORMATION
2.1. Equipment Description
Product Name:
ACCESS POINT
Model No.:
APEX0374, APEX0375, APEX0377
Brand Name:
Software Version:
AoS 8.3.0.0 build 61286
A32x_ipq806x.ari_8.3.0.0-brunello_cshen_61286_1016_csa
Operating Temperature: -40 ~ 65 °C
Power Type:
POE input or AC adapter input
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
For 802.11n-HT40/ac-VHT40:
5190~5310MHz, 5510~5710MHz
For 802.11ac-VHT80/ac-VHT80+80 (Non-contiguous):
5290MHz, 5530MHz, 5610MHz, 5690MHz
For 802.11ac-VHT80+80 (Contiguous):
5210MHz + 5290MHz, 5530MHz + 5610MHz
Type of Modulation
802.11a/n/ac: OFDM
Power-on cycle
Requires 140.3 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 1: The difference between three models is that the EUT use different antenna and appearance,
other hardware and software are the same. Each model has its own power parameter value.
Note 2: The applicant provide one POE adapter (Manufacturer: MICROSEMI & Model:
PD-9001GR/AT/AC) for approval testing, it is not for sale.
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Report No.: 1710TW0108-U8
2.2. Description of Available Antennas
Model No.: APEX0374
Antenna
Polarization
Frequency
No.
Model No.
Max
30
BF
CDD Directional
Band
Peak
Degree
Gain
Gain (dBi)
(GHz)
Gain
Antenna
(dBi)
(dBi)
Gain
For
For
Power
PSD
(dBi)
Wi-Fi External Antenna List (2.4GHz 2*2 MIMO, 5GHz 4*4 MIMO)
1 (Note 3)
Omni
2.4
ANT-2x2-2005
5.0
N/A
5.0
5.00
2 (Note 3)
Omni
ANT-2x2-5005
5.0
5.0
3.0
5.0
8.01
3 (Note 3)
Directional
2.4
ANT-2x2-2314
14.0
N/A
14.0
14.00
4 (Note 3)
Directional
ANT-3x3-5712
11.5
11.5
3.0
11.5
14.51
5 (Note 3)
Directional
ANT-4x4-5314
14.0
14.0
3.0
14.0
17.01
6 (Note 3)
Directional
MT-484052/NVH
16.0
16.0
3.0
16.0
19.01
7.5
N/A
3.0
7.5
10.51
7 (Note 3)
Directional
7.5
7.5
3.0
7.5
10.51
5.0
N/A
3.0
5.0
8.01
5.0
5.0
3.0
5.0
8.01
2.4
ANT-3x3-D608
2.4
8 (Note 3)
Directional
ANT-3x3-D100
Bluetooth Internal Antenna
PCB
2.4
3.0
Model No.: APEX0377
Polarization
Frequency
Max
30 Degree
BF Gain
CDD Directional
Band
Peak Gain
Antenna Gain
(dBi)
Gain (dBi)
(GHz)
(dBi)
(dBi)
For Power
For PSD
Wi-Fi Internal Antenna List (2.4GHz 2*2 MIMO, 5GHz 4*4 MIMO)
Directional (Note 3)
2.4
6.4
N/A
0.0
6.4
6.40
Directional (Note 3)
6.3
6.3
3.0
6.3
9.31
Bluetooth Internal Antenna
PCB
FCC ID: Q9DAPEX037457
2.4
6.7
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Report No.: 1710TW0108-U8
Model No.: APEX0375
Polarization
Frequency
Max
30 Degree
BF Gain
CDD Directional
Band
Peak Gain
Antenna Gain
(dBi)
Gain (dBi)
(GHz)
(dBi)
(dBi)
For Power
For PSD
Wi-Fi Internal Antenna List (2.4GHz 2*2 MIMO, 5GHz 4*4 MIMO)
Directional (Note 3)
2.4
4.0
N/A
0.0
4.0
4.00
Directional (Note 3)
4.6
-4.0
3.0
4.6
7.61
Bluetooth Internal Antenna
PCB
2.4
4.5
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.
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. The EUT also supports Beam Forming mode, and the Beam Forming support 802.11n/ac, not include
802.11a/b/g.
Directional gain = GANT + BF Gain, BF Gain was declared by the applicant.
3. These antennas have Cross-Polarized design, the detail see the antenna specification.
4. We selected the lowest antenna gain sample (M/N: APEX0375) to perform DFS testing.
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Report No.: 1710TW0108-U8
2.3. Description of Antenna RF Port
Antenna RF Port
-Software Control Port
2.4GHz RF Port
Ant 0
Ant 1
5GHz RF Port
Ant 0
Ant 1
Ant 2
Ant 3
APEX0375
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Report No.: 1710TW0108-U8
2.4. Operating Frequency and Channel List
802.11a/n-HT20/ac-VHT20
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
Channel
Frequency
Channel
Frequency
Channel
Frequency
54
5270 MHz
62
5310 MHz
102
5510 MHz
118
5590 MHz
126
5630 MHz
134
5670 MHz
142
5710 MHz
--
--
--
--
802.11ac-VHT80/ac-VHT80+80 (Non-contiguous)
Channel
Frequency
Channel
Frequency
Channel
Frequency
58
5290 MHz
106
5530 MHz
122
5610 MHz
138
5690 MHz
--
--
--
--
Note: For 802.11ac-VHT80+80 mode, Ant 0 & Ant 1 ports work on one frequency of the above table,
Ant 2 & Ant 3 ports work on another frequency of the above table. E.g. channel 42 + 155 group,
channel 42 will transmit by Ant 0+1 ports and channel 155 will transmit by Ant 2+3 ports.
802.11 ac-VHT80+80 (Contiguous)
Channel
Frequency
Channel
Frequency
Channel
Frequency
42
5210 MHz
58
5290 MHz
--
--
106
5530 MHz
122
5610 MHz
--
--
Note: For example, Ant 0 & 1 ports operate on one 80MHz channel 42, while Ant 2 & 3 ports operate
on the adjacent 80MHz channel 58.
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Report No.: 1710TW0108-U8
2.5. Test Channel for this Report
Test Mode
Test Channel
Test Frequency
802.11a
60
5300 MHz
802.11n-HT40
62
5310 MHz
802.11ac-VHT80
58
5290 MHz
802.11ac-VHT80 + 80
58
5290 MHz
(Non-contiguous)
106
5530 MHz
802.11ac-VHT80 + 80
42 & 58
5210MHz + 5290MHz
(Contiguous)
106 & 122
5530MHz + 5610MHz
2.6. Test Mode
Test Mode
Mode 1: Communication with Access Point (Client Mode)
FCC ID: Q9DAPEX037457
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Report No.: 1710TW0108-U8
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.: 1710TW0108-U8
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.: 1710TW0108-U8
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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Report No.: 1710TW0108-U8
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 
6 

 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.: 1710TW0108-U8
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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Report No.: 1710TW0108-U8
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
Pulse
PRI
Type
Width
(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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Report No.: 1710TW0108-U8
3.5. Test Setup Diagram
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
Figure 3-2: Radiated Test Setup where UUT is a Bridge or Mesh mode and Radar Test
Waveforms are injected into the UUT
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Report No.: 1710TW0108-U8
4.
TEST EQUIPMENT CALIBRATION DATE
Dynamic Frequency Selection (DFS) – TR4
Instrument
Manufacturer Type No.
Asset No.
Cali. Interval Cali. Due Date
Spectrum Analyzer
Agilent
N9010A
MRTTWA00012
1 year
2018/07/10
ESG Vector Signal Generator Agilent
N5182B
MRTSUE06026
1 year
2018/04/05
Temperature/Humidity Meter TEN BILLION TTH-B3UP
MRTTWA00036
1 year
2018/05/10
Broad-Band Horn Antenna
Schwarzbeck
BBHA9120D
MRTTWA00003
1 year
2018/04/05
Notebook
ASUS
PRO45V
MRTSUE06180
N/A
N/A
Client Information
Instrument
Manufacturer
Type No.
Wireless Network Adapter
Intel
7260HMW
Access Point
Aruba Networks, Inc
APIN0334
Note: The manufacturer configured the Access Point into client mode through software.
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: Q9DAPEX037457
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Report No.: 1710TW0108-U8
5.
TEST RESULT
5.1. Summary
Company Name:
Hewlett Packard Enterprise Company
FCC ID:
Q9DAPEX037457
Parameter
Limit
Test Setup
Test Result
Reference
Method
UNII Detection Bandwidth Measurement
Refer Table 3-3
Conducted
Pass
Section 5.4
Initial Channel Availability Check Time
Refer Table 3-3
Conducted
Pass
Section 5.5
Refer Table 3-3
Conducted
Pass
Section 5.6
Refer Table 3-3
Conducted
Pass
Section 5.7
Refer Table 3-3
Conducted
Pass
Section 5.8
Non-Occupancy Period
Refer Table 3-3
Conducted
Pass
Section 5.8
Statistical Performance Check
Refer Table 3-3
Radiated
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
Note: We used the worse case level -64dBm as DFS detection thresholds for all DFS testing.
FCC ID: Q9DAPEX037457
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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 = 618us and the number of pulses = 86
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Radar #1(Test B) DFS detection threshold level and the burst of pulses on the Channel frequency
PRI = 1.019ms and the number of pulses = 52
Radar #2 DFS detection threshold level and the burst of pulses on the Channel frequency
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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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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
Product
ACCESS POINT
Temperature
27°C
Test Engineer
Andy Zhu
Relative Humidity
65%
Test Site
TR5
Test Date
2017/09/29
Test Item
Channel Loading
Channel Loading Plot
802.11a (5300MHz)
802.11n-HT40 (5310MHz)
802.11ac-VHT80 (5290MHz)
802.11ac-VHT80+80 (5530MHz + 5610MHz)
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802.11ac-VHT80+80 (5210MHz + 5290MHz)
Test Mode
Test Frequency
Packet ratio
Requirement ratio
Test Result
802.11a
5300 MHz
43.13%
≥ 17%
Pass
802.11n-HT40
5310 MHz
41.61%
≥ 17%
Pass
802.11ac-VHT80
5290 MHz
44.94%
≥ 17%
Pass
5530 MHz + 5610 MHz
61.90%
≥ 17%
Pass
5210 MHz + 5290 MHz
43.55%
≥ 17%
Pass
802.11ac-VHT80+80
(Contiguous)
802.11ac-VHT80+80
(Contiguous)
Note 1: High channel loading was realized using the “Iperf” software.
Note 2: Packet ratio = Time On / (Time On + Off Time).
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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 = 16.41MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 16.41MHz x 100% = 16.41MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5300MHz. The 99% channel bandwidth is 16.41MHz. (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%
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 = 35.75MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 35.75MHz x 100% = 35.75MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5310MHz. The 99% channel bandwidth is 35.75MHz. (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 = 75.67MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 75.67MHz x 100% = 75.67MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5290MHz. The 99% channel bandwidth is 75.67MHz. (See the 99% BW section of the RF report for further
measurement details).
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EUT Frequency = 5290MHz for 802.11ac-VHT80 + 80 (Non-contiguous)
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 = 75.75MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 75.75MHz x 100% = 75.75MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5290MHz. The 99% channel bandwidth is 75.75MHz. (See the 99% BW section of the RF report for further
measurement details).
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EUT Frequency = 5530MHz for 802.11ac-VHT80 + 80 (Non-contiguous)
Radar Frequency
DFS Detection Trials (1=Detection, 0= No Detection)
(MHz)
10
Detection Rate (%)
5490
0%
5491 FL
100%
5492
100%
5493
100%
5494
100%
5495
100%
5500
100%
5505
100%
5510
100%
5515
100%
5520
100%
5525
100%
5530
100%
5535
100%
5540
100%
5545
100%
5550
100%
5555
100%
5560
100%
5565
100%
5566
100%
5567
100%
5568
100%
5569 FH
100%
5570
0%
Detection Bandwidth = FH - FL = 5569MHz - 5491MHz = 78MHz
EUT 99% Bandwidth = 75.81MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 75.81MHz x 100% = 75.81MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5530MHz. The 99% channel bandwidth is 75.81MHz. (See the 99% BW section of the RF report for further
measurement details).
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EUT Frequency = 5210MHz+5290MHz for 802.11ac-VHT80+80 (Contiguous)
Radar Frequency
DFS Detection Trials (1=Detection, 0= No Detection)
(MHz)
10
Detection Rate (%)
5250 FL
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 - 5250MHz = 79MHz
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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EUT Frequency = 5530MHz+5610MHz for 802.11ac-VHT80+80 (Contiguous)
Radar Frequency
DFS Detection Trials (1=Detection, 0= No Detection)
(MHz)
10
Detection Rate (%)
5490
0%
5491 FL
100%
5492
100%
5493
100%
5494
100%
5495
100%
5500
100%
5505
100%
5510
100%
5515
100%
5520
100%
5525
100%
5530
100%
5535
100%
5540
100%
5545
100%
5550
100%
5555
100%
5560
100%
5565
100%
5570
100%
5575
100%
5580
100%
5585
100%
5590
100%
5595
100%
5600
100%
5605
100%
5610
100%
5615
100%
5620
100%
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5625
100%
5630
100%
5635
100%
5640
100%
5645
100%
5646
100%
5647
100%
5648
100%
5649 FH
100%
5650
0%
Detection Bandwidth = FH - FL = 5649MHz - 5491MHz = 158MHz
EUT 99% Bandwidth = 154.79MHz (see note)
UNII Detection Bandwidth Min. Limit (MHz): 154.79MHz x 100% = 154.79MHz
Note: All UNII channels for this device have identical Channel bandwidths. Therefore, all DFS testing was done
at 5570MHz. The 99% channel bandwidth is 154.79MHz. (See the 99% BW section of the RF report for further
measurement details).
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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 (140.3 sec). Initial beacons/data transmissions are indicated by
marker 1 (200.3 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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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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5.6.3. Test Result
Radar Burst at the End of the Channel Availability Check Time for 802.11a
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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+80 (Contiguous) - 5530MHz + 5610MHz
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Non-Occupancy Period for 802.11ac-VHT80 – 5290MHz
Parameter
Test Result
Limit
Type 0
Channel Move Time (s)
Channel Closing Transmission Time (ms)
(Note)
Non-Occupancy Period (min)
6.185s
˂10s
12.0ms
˂ 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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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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5.8.3. Test Result
Statistical Performance Check for 802.11a
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5298.9
3066
18
5302.7
518
102
5292.3
898
59
5307.3
778
68
5299.3
678
78
5307.8
598
89
5291.0
938
57
5306.1
858
62
5302.2
538
99
10
5300.0
758
70
11
5296.4
838
63
12
5308.0
818
65
13
5301.8
738
72
14
5297.6
578
92
15
5293.2
798
67
16
5306.8
2536
21
17
5300.4
1049
51
18
5295.3
1629
33
19
5303.5
1441
37
20
5305.2
2800
19
21
5293.8
787
68
22
5301.3
1992
27
23
5305.6
786
68
24
5295.8
796
67
25
5304.2
2017
27
26
5303.9
1948
28
27
5309.0
2664
20
28
5294.0
839
63
29
5304.8
2345
23
30
5294.8
806
66
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 48 of 223
Report No.: 1710TW0108-U8
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5295.2
2.4
230
24
5302.2
2.8
228
29
5295.7
3.2
214
27
5306.9
2.0
179
27
5301.1
2.1
187
29
5307.7
4.2
230
25
5291.0
2.8
210
26
5302.7
1.1
204
27
5296.3
4.0
183
27
10
5307.1
2.9
218
29
11
5292.2
3.0
173
27
12
5306.2
4.9
218
29
13
5301.4
2.2
179
27
14
5308.0
2.2
201
25
15
5297.8
3.8
185
27
16
5309.0
1.4
221
24
17
5293.3
4.7
209
28
18
5305.3
4.0
213
25
19
5303.8
4.9
150
26
20
5300.0
2.9
201
23
21
5303.5
4.3
168
25
22
5293.8
4.4
222
26
23
5304.2
3.5
208
24
24
5308.6
4.6
193
27
25
5305.8
3.2
197
25
26
5304.8
3.0
216
29
27
5294.0
3.4
226
27
28
5399.9
2.8
192
26
29
5300.2
2.4
175
27
30
5294.4
1.1
188
28
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 49 of 223
Report No.: 1710TW0108-U8
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5297.8
6.0
316
18
5302.2
8.2
312
18
5301.5
8.8
487
17
5292.4
8.6
349
17
5306.9
7.2
374
17
5306.3
8.3
452
16
5297.6
8.1
382
17
5291.0
6.1
265
18
5301.1
8.1
431
16
10
5308.6
7.3
279
16
11
5296.5
6.7
275
18
12
5305.8
9.5
343
17
13
5293.0
9.4
355
18
14
5302.8
7.8
420
17
15
5399.2
6.2
402
17
16
5295.8
6.8
376
16
17
5305.2
6.7
319
17
18
5300.0
7.8
466
16
19
5303.1
9.7
471
18
20
5300.9
9.5
400
17
21
5293.6
7.3
344
18
22
5307.0
6.7
317
18
23
5303.9
9.8
280
18
24
5295.2
7.6
395
16
25
5307.4
7.0
316
16
26
5294.4
7.6
440
18
27
5309.0
7.8
400
16
28
5304.9
9.1
470
16
29
5304.3
8.1
285
16
30
5294.8
6.9
379
17
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 50 of 223
Report No.: 1710TW0108-U8
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
PRI (us)
Pulses / Burst
1=Detection
(MHz)
(us)
5294.6
16.6
378
12
5302.8
16.0
380
16
5302.3
12.6
486
13
5291.0
19.8
395
12
5306.8
14.7
323
16
5296.6
17.2
297
14
5294.9
20.0
275
15
5303.1
18.9
288
13
5301.6
16.2
382
16
10
5295.8
16.2
276
15
11
5306.2
17.1
377
16
12
5295.2
17.6
500
13
13
5307.3
12.8
428
16
14
5301.4
13.3
490
13
15
5292.2
19.0
321
12
16
5305.8
19.6
259
16
17
5297.9
16.0
396
13
18
5300.0
16.5
272
16
19
5293.9
15.3
387
16
20
5303.6
12.7
339
14
21
5307.6
14.2
339
12
22
5308.0
12.0
406
16
23
5293.3
11.3
414
12
24
5309.0
12.8
471
16
25
5304.2
15.6
273
16
26
5300.8
16.9
286
15
27
5304.7
15.6
422
13
28
5399.2
12.7
438
15
29
5305.1
13.9
307
15
30
5300.3
11.0
262
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%)
FCC ID: Q9DAPEX037457
Page Number: 51 of 223
Report No.: 1710TW0108-U8
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5296.0
5299.2
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5300.0
17
5300.0
5295.6
18
5300.0
5299.6
19
5300.0
5294.0
20
5300.0
5298.8
21
5302.4
5294.4
22
5306.0
5297.6
23
5304.8
5295.2
24
5301.2
10
5296.8
25
5305.6
11
5300.0
26
5300.4
12
5300.0
27
5300.8
13
5300.0
28
5304.0
14
5300.0
29
5304.4
15
5300.0
30
5303.2
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
FCC ID: Q9DAPEX037457
Page Number: 52 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
FCC ID: Q9DAPEX037457
Page Number: 53 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
FCC ID: Q9DAPEX037457
Page Number: 54 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
FCC ID: Q9DAPEX037457
Page Number: 55 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
FCC ID: Q9DAPEX037457
Page Number: 56 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
FCC ID: Q9DAPEX037457
Page Number: 57 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
FCC ID: Q9DAPEX037457
Page Number: 58 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
FCC ID: Q9DAPEX037457
Page Number: 59 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
FCC ID: Q9DAPEX037457
Page Number: 60 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
FCC ID: Q9DAPEX037457
Page Number: 61 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: Q9DAPEX037457
Page Number: 62 of 223
Report No.: 1710TW0108-U8
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5309.0
5306.2
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5303.1
17
5294.8
5303.7
18
5300.6
5292.3
19
5304.2
5301.3
20
5297.4
5296.0
21
5308.0
5293.2
22
5306.9
5302.7
23
5300.0
5399.4
24
5307.6
10
5291.0
25
5305.6
11
5304.8
26
5294.1
12
5307.1
27
5301.5
13
5308.3
28
5302.2
14
5293.5
29
5305.1
15
5295.7
30
5295.2
Detection Percentage (%)
FCC ID: Q9DAPEX037457
Trail #
100%
Page Number: 63 of 223
Report No.: 1710TW0108-U8
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5294
20
Radar waveform #2
Hopping
Frequency
Number
(MHz)
5325
5328
60
5289
23
5276
69
5324
21
24
5280
72
11
5270
33
25
5293
75
18
5315
54
27
5289
81
21
5284
63
52
5298
156
31
5323
93
74
5283
222
38
5318
114
77
5300
231
39
5285
117
81
5306
243
58
5327
174
96
5278
288
70
5310
210
98
5317
294
79
5314
237
--
--
--
83
5328
249
--
--
--
87
5296
261
--
--
--
96
5305
288
Pulse Start (ms)
Radar waveform #3
Hopping
Frequency
Number
(MHz)
10
5323
14
Pulse Start (ms)
Radar waveform #4
Hopping
Frequency
Number
(MHz)
30
5287
15
5294
42
41
5305
123
21
5314
63
50
5328
150
23
5299
69
55
5309
165
27
5270
81
64
5280
192
29
5309
87
67
5289
201
34
5327
102
71
5310
213
53
5318
159
83
5327
249
62
5278
186
87
5294
261
66
5287
198
89
5307
267
78
5328
234
92
5298
276
95
5313
285
93
5291
279
96
5289
288
--
--
--
98
5295
294
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 64 of 223
Report No.: 1710TW0108-U8
Radar waveform #5
Hopping
Frequency
Number
(MHz)
15
5328
16
Radar waveform #6
Hopping
Frequency
Number
(MHz)
45
41
5308
123
5305
48
52
5326
156
27
5283
81
57
5314
171
29
5300
87
74
5286
222
32
5272
96
89
5284
267
34
5330
102
90
5309
270
35
5318
105
96
5278
288
39
5315
117
--
--
--
42
5274
126
--
--
--
52
5288
156
--
--
--
53
5294
159
--
--
--
73
5289
219
--
--
--
75
5313
225
--
--
--
78
5302
234
--
--
--
83
5285
249
--
--
--
84
5279
252
--
--
--
95
5310
285
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 65 of 223
Report No.: 1710TW0108-U8
Radar waveform #7
Hopping
Frequency
Number
(MHz)
12
5315
15
Radar waveform #8
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
36
5315
5271
45
5323
15
40
5293
120
12
5325
36
54
5314
162
16
5282
48
73
5278
219
26
5312
78
77
5275
231
44
5290
132
81
5282
243
46
5285
138
--
--
--
50
5306
150
--
--
--
51
5299
153
--
--
--
54
5272
162
--
--
--
66
5319
198
--
--
--
67
5288
201
--
--
--
74
5302
222
--
--
--
88
5274
264
--
--
--
91
5291
273
--
--
--
99
5309
297
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5281
Pulse Start (ms)
Radar waveform #10
Hopping
Frequency
Number
(MHz)
5319
5285
21
10
5316
30
5287
27
11
5300
33
22
5291
66
21
5288
63
28
5328
84
22
5273
66
29
5330
87
26
5286
78
30
5277
90
31
5325
93
33
5301
99
59
5304
177
41
5317
123
99
5303
297
43
5323
129
--
--
--
50
5329
150
--
--
--
75
5279
225
--
--
--
82
5297
246
--
--
--
85
5309
255
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 66 of 223
Report No.: 1710TW0108-U8
Radar waveform #11
Hopping
Frequency
Number
(MHz)
5328
13
Radar waveform #12
Pulse Start (ms)
Frequency
Hopping
(MHz)
Number
21
5277
15
5287
39
10
5328
30
50
5303
150
12
5284
36
51
5278
153
14
5288
42
59
5324
177
19
5306
57
62
5283
186
24
5286
72
66
5271
198
29
5327
87
71
5315
213
35
5317
105
76
5298
228
50
5281
150
80
5323
240
51
5315
153
83
5327
249
61
5322
183
86
5291
258
62
5289
186
90
5279
270
64
5274
192
--
--
--
92
5323
276
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5312
15
Pulse Start (ms)
Radar waveform #14
Hopping
Frequency
Number
(MHz)
36
5323
108
5315
45
41
5280
123
28
5318
84
49
5321
147
30
5328
90
51
5311
153
37
5276
111
57
5281
171
42
5278
126
59
5282
177
49
5316
147
65
5329
195
59
5279
177
76
5318
228
62
5271
186
84
5297
252
72
5306
216
89
5284
267
73
5288
219
--
--
--
83
5281
249
--
--
--
94
5274
282
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 67 of 223
Report No.: 1710TW0108-U8
Radar waveform #15
Hopping
Frequency
Number
(MHz)
5281
Radar waveform #16
Hopping
Frequency
Number
(MHz)
5324
5289
18
5308
18
14
5283
42
5289
24
39
5291
117
11
5329
33
51
5285
153
16
5282
48
80
5290
240
22
5301
66
90
5312
270
24
5322
72
--
--
--
25
5287
75
--
--
--
26
5272
78
--
--
--
27
5271
81
--
--
--
33
5279
99
--
--
--
40
5290
120
--
--
--
51
5326
153
--
--
--
61
5288
183
--
--
--
62
5330
186
--
--
--
66
5273
198
--
--
--
67
5306
201
--
--
--
71
5283
213
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 68 of 223
Report No.: 1710TW0108-U8
Radar waveform #17
Hopping
Frequency
Number
(MHz)
5274
Radar waveform #18
Hopping
Frequency
Number
(MHz)
5312
5297
24
5271
27
12
5306
36
10
5288
30
26
5310
78
11
5293
33
29
5284
87
16
5285
48
46
5295
138
20
5307
60
57
5281
171
26
5284
78
66
5278
198
28
5279
84
67
5303
201
34
5294
102
71
5308
213
39
5280
117
--
--
--
40
5310
120
--
--
--
62
5301
186
--
--
--
63
5327
189
--
--
--
89
5313
267
--
--
--
99
5281
297
Pulse Start (ms)
Radar waveform #19
Hopping
Frequency
Number
(MHz)
10
5292
31
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
30
5275
5325
93
5280
24
34
5326
102
22
5317
66
40
5308
120
36
5313
108
58
5297
174
38
5303
114
59
5281
177
48
5292
144
97
5329
291
52
5316
156
--
--
--
82
5285
246
--
--
--
84
5330
252
--
--
--
95
5308
285
--
--
--
96
5312
288
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 69 of 223
Report No.: 1710TW0108-U8
Radar waveform #21
Hopping
Frequency
Number
(MHz)
5303
21
Radar waveform #22
Hopping
Frequency
Number
(MHz)
27
20
5285
60
5327
63
24
5280
72
23
5328
69
26
5316
78
32
5326
96
28
5325
84
51
5302
153
32
5317
96
56
5310
168
37
5286
111
58
5319
174
42
5272
126
62
5313
186
44
5322
132
76
5300
228
47
5324
141
79
5324
237
50
5326
150
82
5273
246
53
5296
159
86
5274
258
54
5303
162
--
--
--
62
5270
186
--
--
--
74
5274
222
--
--
--
80
5284
240
--
--
--
81
5273
243
--
--
--
85
5278
255
--
--
--
97
5311
291
--
--
--
99
5292
297
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 70 of 223
Report No.: 1710TW0108-U8
Radar waveform #23
Hopping
Frequency
Number
(MHz)
5325
Radar waveform #24
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
10
5301
30
5303
23
5324
69
5288
24
30
5328
90
15
5284
45
31
5317
93
20
5309
60
33
5287
99
31
5307
93
49
5322
147
66
5273
198
65
5288
195
74
5329
222
74
5290
222
80
5282
240
77
5283
231
81
5278
243
78
5314
234
83
5294
249
80
5315
240
--
--
--
87
5313
261
--
--
--
91
5279
273
--
--
--
93
5282
279
--
--
--
98
5316
294
Radar waveform #25
Hopping
Frequency
Number
(MHz)
5294
Pulse Start (ms)
Radar waveform #26
Hopping
Frequency
Number
(MHz)
5329
5313
5303
5298
15
5298
21
5286
24
21
5284
63
13
5271
39
25
5312
75
14
5325
42
28
5327
84
21
5302
63
30
5270
90
29
5304
87
45
5275
135
31
5328
93
48
5319
144
45
5323
135
76
5271
228
55
5279
165
79
5316
237
80
5316
240
83
5314
249
--
--
--
86
5288
258
--
--
--
93
5306
279
--
--
--
98
5273
294
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 71 of 223
Report No.: 1710TW0108-U8
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5273
14
Radar waveform #28
Hopping
Frequency
Number
(MHz)
15
5318
5290
42
12
5314
36
28
5304
84
14
5274
42
30
5325
90
15
5328
45
37
5315
111
16
5291
48
49
5309
147
17
5296
51
54
5286
162
20
5284
60
57
5319
171
25
5325
75
62
5301
186
29
5286
87
81
5312
243
58
5298
174
82
5321
246
59
5300
177
84
5318
252
66
5295
198
98
5308
294
72
5270
216
--
--
--
85
5327
255
--
--
--
88
5289
264
--
--
--
90
5329
270
--
--
--
96
5276
288
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 72 of 223
Report No.: 1710TW0108-U8
Radar waveform #29
Hopping
Frequency
Number
(MHz)
5277
28
Radar waveform #30
Hopping
Frequency
Number
(MHz)
18
5321
21
5329
84
29
5288
87
33
5291
99
43
5300
129
45
5303
135
46
5282
138
51
5288
153
47
5318
141
60
5295
180
74
5317
222
61
5300
183
77
5293
231
68
5292
204
81
5310
243
70
5325
210
84
5290
252
75
5283
225
90
5325
270
78
5271
234
99
5323
297
83
5285
249
--
--
--
86
5327
258
--
--
--
88
5294
264
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 73 of 223
Report No.: 1710TW0108-U8
Radar Statistical Performance for 802.11n-HT40
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5306.7
518
102
5295.7
798
67
5293.2
598
89
5320.4
618
86
5305.5
758
70
5318.8
838
63
5294.3
898
59
5324.5
678
78
5296.0
878
61
10
5307.9
3066
18
11
5292.0
938
57
12
5316.6
538
99
13
5308.3
638
83
14
5304.4
578
92
15
5313.5
698
76
16
5309.2
789
67
17
5297.4
1652
32
18
5326.3
1267
42
19
5310.0
606
88
20
5299.3
2292
24
21
5298.5
3008
18
22
5314.8
755
70
23
5303.9
997
53
24
5300.4
723
73
25
5329.0
1368
39
26
5311.2
1049
51
27
5315.3
981
54
28
5301.6
2203
24
29
5312.3
925
58
30
5302.2
2888
19
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 74 of 223
Report No.: 1710TW0108-U8
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5303.8
4.9
176
24
5315.7
2.0
189
28
5304.5
2.7
214
28
5292.0
3.3
199
29
5306.3
4.4
181
28
5292.5
3.2
170
25
5312.4
4.6
218
28
5302.1
1.2
170
27
5314.3
1.3
184
24
10
5305.6
3.2
168
24
11
5313.5
2.9
224
23
12
5293.7
2.7
165
24
13
5316.5
2.1
205
26
14
5301.6
1.9
195
27
15
5307.9
1.4
155
23
16
5300.6
3.4
221
26
17
5309.9
3.7
204
29
18
5308.5
2.0
176
26
19
5318.2
2.4
208
28
20
5295.3
5.0
179
27
21
5329.0
4.8
152
29
22
5320.9
2.6
196
27
23
5310.2
1.9
179
27
24
5297.2
4.7
178
24
25
5299.4
4.5
192
26
26
5323.4
2.0
200
24
27
5296.9
2.6
163
24
28
5311.0
3.1
181
24
29
5327.5
2.7
196
28
30
5298.8
1.0
158
25
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 75 of 223
Report No.: 1710TW0108-U8
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5306.8
7.2
389
17
5295.8
8.3
396
16
5316.9
9.9
360
17
5303.6
8.6
313
17
5321.0
9.7
396
17
5292.0
8.4
307
16
5315.2
9.9
349
17
5302.2
9.2
372
18
5307.2
9.5
250
16
10
5304.9
8.0
477
18
11
5293.3
8.3
385
16
12
5305.3
9.3
313
17
13
5296.5
9.2
333
18
14
5308.3
7.4
471
18
15
5294.6
8.0
278
18
16
5317.3
7.3
437
18
17
5314.5
9.9
324
16
18
5301.6
7.3
334
16
19
5309.2
9.9
334
16
20
5297.7
9.6
368
16
21
5313.0
6.2
449
16
22
5310.3
7.7
432
17
23
5329.0
7.4
271
18
24
5298.5
8.3
382
17
25
5312.9
6.1
382
17
26
5325.3
7.3
351
16
27
5300.4
9.0
366
16
28
5327.8
6.4
314
18
29
5311.6
6.4
274
16
30
5299.3
9.2
397
18
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 76 of 223
Report No.: 1710TW0108-U8
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5301.4
11.4
403
12
5299.3
11.3
430
14
5316.7
19.4
264
16
5292.0
13.1
350
14
5309.2
17.0
422
15
5315.5
18.1
384
15
5298.2
17.0
422
12
5310.1
19.4
304
12
5302.5
19.5
262
16
10
5300.0
16.9
341
15
11
5308.4
14.0
423
16
12
5292.3
11.0
380
13
13
5314.7
17.7
341
14
14
5311.5
19.1
323
14
15
5303.3
11.5
267
15
16
5312.6
17.7
484
12
17
5297.5
17.1
286
12
18
5329.0
14.5
385
14
19
5307.9
18.2
365
14
20
5293.4
13.3
454
16
21
5313.4
14.3
500
14
22
5306.4
16.1
269
13
23
5304.7
19.1
257
16
24
5322.5
17.1
439
12
25
5318.2
15.2
353
12
26
5294.7
14.2
281
15
27
5320.3
12.8
462
12
28
5305.6
18.8
361
12
29
5325.8
11.3
479
14
30
5296.0
13.6
304
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: Pd 1  Pd 2  Pd 3  Pd 4 = (100%+100%+100%+100%)/4 = 100% (>80%)
FCC ID: Q9DAPEX037457
Page Number: 77 of 223
Report No.: 1710TW0108-U8
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5297.6
5295.2
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5310.0
17
5310.0
5296.0
18
5310.0
5296.8
19
5310.0
5299.2
20
5310.0
5295.6
21
5324.0
5294.0
22
5320.4
5299.6
23
5326.0
5294.4
24
5324.8
10
5298.8
25
5322.4
11
5310.0
26
5325.6
12
5310.0
27
5323.2
13
5310.0
28
5320.8
14
5310.0
29
5324.4
15
5310.0
30
5321.2
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
FCC ID: Q9DAPEX037457
Page Number: 78 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
FCC ID: Q9DAPEX037457
Page Number: 79 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
FCC ID: Q9DAPEX037457
Page Number: 80 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
FCC ID: Q9DAPEX037457
Page Number: 81 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
FCC ID: Q9DAPEX037457
Page Number: 82 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
FCC ID: Q9DAPEX037457
Page Number: 83 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
FCC ID: Q9DAPEX037457
Page Number: 84 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
FCC ID: Q9DAPEX037457
Page Number: 85 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
FCC ID: Q9DAPEX037457
Page Number: 86 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
FCC ID: Q9DAPEX037457
Page Number: 87 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: Q9DAPEX037457
Page Number: 88 of 223
Report No.: 1710TW0108-U8
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5294.3
5327.4
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5303.2
17
5292.4
5299.2
18
5322.7
5313.7
19
5300.5
5292.0
20
5314.2
5302.8
21
5307.3
5321.3
22
5295.5
5304.5
23
5312.5
5311.3
24
5293.2
10
5306.0
25
5315.5
11
5308.4
26
5305.6
12
5297.0
27
5316.8
13
5301.1
28
5329.0
14
5318.2
29
5309.1
15
5310.9
30
5298.3
Detection Percentage (%)
FCC ID: Q9DAPEX037457
Trail #
100%
Page Number: 89 of 223
Report No.: 1710TW0108-U8
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5320
20
Radar waveform #2
Hopping
Frequency
Number
(MHz)
5319
15
5297
60
10
5284
30
37
5299
111
20
5316
60
42
5292
126
29
5311
87
44
5331
132
33
5280
99
50
5339
150
53
5287
159
51
5304
153
61
5303
183
56
5318
168
74
5281
222
58
5337
174
89
5300
267
65
5294
195
95
5331
285
92
5315
276
--
--
--
Pulse Start (ms)
Radar waveform #3
Hopping
Frequency
Number
(MHz)
5322
Pulse Start (ms)
Radar waveform #4
Hopping
Frequency
Number
(MHz)
5284
21
5336
10
5292
30
11
5332
33
19
5298
57
14
5289
42
35
5307
105
18
5325
54
43
5329
129
24
5290
72
45
5337
135
26
5340
78
47
5304
141
28
5333
84
48
5287
144
29
5301
87
58
5314
174
31
5318
93
62
5327
186
32
5298
96
65
5302
195
41
5296
123
80
5286
240
46
5303
138
87
5291
261
47
5306
141
88
5297
264
56
5328
168
93
5340
279
62
5300
186
--
--
--
76
5299
228
--
--
--
81
5304
243
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 90 of 223
Report No.: 1710TW0108-U8
Radar waveform #5
Hopping
Frequency
Number
(MHz)
17
5295
22
Radar waveform #6
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
51
13
5283
39
5306
66
21
5298
63
29
5293
87
27
5304
81
30
5308
90
30
5292
90
38
5315
114
33
5309
99
40
5312
120
39
5332
117
42
5290
126
41
5316
123
61
5292
183
47
5314
141
62
5320
186
52
5322
156
66
5297
198
66
5312
198
78
5325
234
73
5338
219
84
5289
252
84
5284
252
91
5327
273
94
5321
282
94
5294
282
--
--
--
96
5287
288
--
--
--
98
5305
294
--
--
--
Radar waveform #7
Hopping
Frequency
Number
(MHz)
18
5303
29
Pulse Start (ms)
Radar waveform #8
Hopping
Frequency
Number
(MHz)
54
5300
27
5297
87
17
5287
51
34
5338
102
25
5306
75
50
5285
150
36
5297
108
52
5288
156
41
5299
123
58
5317
174
51
5296
153
63
5281
189
55
5288
165
68
5327
204
60
5320
180
69
5328
207
65
5304
195
89
5295
267
71
5318
213
90
5306
270
95
5336
285
96
5332
288
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 91 of 223
Report No.: 1710TW0108-U8
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5322
20
Radar waveform #10
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
21
5313
5312
60
22
5319
66
30
5320
90
30
5295
90
35
5316
105
34
5311
102
42
5283
126
46
5320
138
49
5329
147
62
5317
186
52
5328
156
66
5339
198
55
5332
165
70
5326
210
67
5313
201
79
5325
237
69
5293
207
84
5289
252
82
5304
246
97
5323
291
97
5296
291
--
--
--
Radar waveform #11
Hopping
Frequency
Number
(MHz)
5317
15
Pulse Start (ms)
Radar waveform #12
Hopping
Frequency
Number
(MHz)
5303
5295
45
5338
18
22
5334
66
5302
21
23
5312
69
10
5292
30
29
5291
87
18
5281
54
53
5332
159
41
5299
123
64
5318
192
43
5326
129
69
5329
207
44
5312
132
76
5290
228
51
5316
153
77
5289
231
73
5296
219
80
5306
240
95
5301
285
84
5294
252
--
--
--
86
5328
258
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 92 of 223
Report No.: 1710TW0108-U8
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5299
12
Radar waveform #14
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
5326
24
5292
36
13
5335
39
16
5332
48
14
5321
42
17
5333
51
20
5318
60
19
5308
57
23
5317
69
28
5314
84
51
5306
153
29
5328
87
57
5292
171
30
5320
90
58
5290
174
46
5280
138
60
5298
180
53
5283
159
72
5308
216
61
5325
183
81
5337
243
63
5312
189
82
5330
246
71
5329
213
96
5302
288
88
5317
264
--
--
--
99
5340
297
--
--
--
Radar waveform #15
Hopping
Frequency
Number
(MHz)
23
5296
37
Pulse Start (ms)
Radar waveform #16
Hopping
Frequency
Number
(MHz)
69
5326
27
5321
111
16
5306
48
46
5339
138
28
5280
84
54
5329
162
35
5286
105
58
5318
174
39
5302
117
76
5325
228
59
5323
177
80
5311
240
71
5310
213
82
5320
246
86
5332
258
96
5333
288
92
5303
276
97
5289
291
94
5295
282
--
--
--
98
5305
294
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 93 of 223
Report No.: 1710TW0108-U8
Radar waveform #17
Hopping
Frequency
Number
(MHz)
5323
23
Radar waveform #18
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
11
5289
33
5288
69
23
5291
69
26
5337
78
37
5281
111
35
5327
105
50
5328
150
36
5302
108
51
5312
153
47
5290
141
69
5340
207
56
5339
168
74
5310
222
58
5307
174
82
5311
246
60
5322
180
83
5313
249
78
5292
234
87
5308
261
--
--
--
90
5317
270
Radar waveform #19
Hopping
Frequency
Number
(MHz)
14
5296
15
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
42
5339
12
5321
45
5294
15
17
5322
51
5311
18
20
5295
60
24
5307
72
24
5327
72
25
5332
75
35
5313
105
27
5303
81
48
5299
144
36
5281
108
51
5289
153
50
5336
150
52
5319
156
58
5313
174
57
5286
171
59
5287
177
68
5300
204
66
5334
198
74
5297
222
78
5338
234
--
--
--
80
5298
240
--
--
--
85
5319
255
--
--
--
88
5285
264
--
--
--
92
5305
276
--
--
--
97
5301
291
--
--
--
98
5335
294
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 94 of 223
Report No.: 1710TW0108-U8
Radar waveform #21
Hopping
Frequency
Number
(MHz)
5331
21
Radar waveform #22
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
15
5299
5306
63
5304
25
5333
75
5335
12
29
5332
87
23
5298
69
30
5322
90
31
5295
93
33
5307
99
33
5330
99
39
5280
117
34
5320
102
40
5324
120
42
5284
126
47
5336
141
44
5325
132
52
5315
156
45
5281
135
53
5288
159
46
5331
138
65
5317
195
59
5318
177
67
5325
201
65
5286
195
76
5305
228
74
5314
222
87
5292
261
91
5322
273
90
5337
270
92
5288
276
94
5329
282
95
5303
285
--
--
--
99
5296
297
Radar waveform #23
Hopping
Frequency
Number
(MHz)
11
5289
16
Pulse Start (ms)
Radar waveform #24
Hopping
Frequency
Number
(MHz)
33
17
5314
51
5333
48
25
5290
75
30
5284
90
27
5291
81
32
5334
96
31
5286
93
44
5318
132
53
5293
159
50
5283
150
54
5307
162
81
5307
243
63
5282
189
95
5336
285
73
5315
219
97
5329
291
79
5318
237
--
--
--
80
5328
240
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 95 of 223
Report No.: 1710TW0108-U8
Radar waveform #25
Hopping
Frequency
Number
(MHz)
5332
25
Radar waveform #26
Hopping
Frequency
Number
(MHz)
5301
5318
75
5324
27
5319
81
5334
27
34
5291
102
12
5303
36
40
5331
120
39
5296
117
49
5287
147
40
5281
120
65
5299
195
42
5340
126
74
5304
222
52
5291
156
80
5283
240
57
5292
171
84
5306
252
58
5322
174
88
5317
264
60
5327
180
93
5296
279
63
5286
189
99
5282
297
64
5323
192
--
--
--
70
5285
210
--
--
--
72
5304
216
--
--
--
84
5310
252
--
--
--
89
5326
267
--
--
--
90
5320
270
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 96 of 223
Report No.: 1710TW0108-U8
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5318
10
Radar waveform #28
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
21
12
5301
36
5324
30
20
5318
60
31
5308
93
24
5322
72
32
5285
96
26
5327
78
50
5282
150
27
5295
81
62
5286
186
33
5300
99
66
5321
198
54
5280
162
76
5288
228
59
5338
177
81
5332
243
62
5323
186
91
5339
273
68
5293
204
--
--
--
72
5331
216
--
--
--
79
5291
237
--
--
--
89
5319
267
Radar waveform #29
Hopping
Frequency
Number
(MHz)
5312
Pulse Start (ms)
Radar waveform #30
Hopping
Frequency
Number
(MHz)
12
5327
36
5288
27
19
5309
57
13
5317
39
20
5333
60
14
5305
42
24
5299
72
20
5335
60
26
5315
78
23
5338
69
27
5280
81
46
5303
138
30
5304
90
50
5294
150
49
5287
147
56
5285
168
53
5300
159
63
5330
189
56
5325
168
85
5324
255
67
5336
201
87
5327
261
69
5311
207
92
5301
276
71
5338
213
96
5325
288
77
5307
231
97
5321
291
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 97 of 223
Report No.: 1710TW0108-U8
Radar Statistical Performance for 802.11ac-VHT80
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5276.3
938
57
5311.2
658
81
5306.4
718
74
5251.0
518
102
5303.3
678
78
5279.2
818
65
5273.6
878
61
5313.5
538
99
5307.9
898
59
10
5270.4
858
62
11
5309.4
798
67
12
5300.0
3066
18
13
5255.3
738
72
14
5315.8
558
95
15
5282.6
838
63
16
5317.5
1267
42
17
5285.7
2034
26
18
5319.8
2538
21
19
5267.2
914
58
20
5288.4
1396
38
21
5258.6
1337
40
22
5297.6
2277
24
23
5324.4
2983
18
24
5321.2
1376
39
25
5291.3
1061
50
26
5329.0
2170
25
27
5264.7
1792
30
28
5326.9
2455
22
29
5294.8
2599
21
30
5261.4
974
55
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 98 of 223
Report No.: 1710TW0108-U8
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5300.2
3.4
227
29
5257.4
3.7
178
26
5323.9
1.3
151
27
5296.7
4.1
211
29
5251.0
2.7
209
27
5327.2
3.9
190
29
5303.0
1.1
209
26
5260.8
4.6
204
24
5329.0
4.9
152
28
10
5320.2
1.6
198
23
11
5254.6
5.0
230
23
12
5305.8
5.0
222
27
13
5293.7
5.0
172
27
14
5279.8
1.0
170
24
15
5319.4
4.9
175
29
16
5263.6
2.2
159
25
17
5281.4
3.7
193
27
18
5307.8
2.3
179
26
19
5275.4
3.0
207
28
20
5317.8
3.8
195
28
21
5290.3
4.7
215
28
22
5314.5
3.9
186
23
23
5309.4
1.7
150
26
24
5285.9
2.7
223
29
25
5266.9
3.4
177
23
26
5314.5
2.7
190
24
27
5287.8
1.6
221
23
28
5273.5
4.0
230
24
29
5311.6
2.9
167
28
30
5271.2
1.1
218
25
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 99 of 223
Report No.: 1710TW0108-U8
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5266.4
9.8
444
17
5301.2
7.6
479
18
5309.2
6.5
349
17
5268.4
9.8
426
18
5303.5
9.7
412
16
5251.0
6.2
336
18
5304.8
6.4
377
17
5296.8
7.6
472
16
5321.8
8.7
299
18
10
5311.0
6.2
354
16
11
5271.5
6.4
461
17
12
5323.6
8.7
303
17
13
5254.6
8.5
500
17
14
5313.1
8.0
458
17
15
5281.7
9.5
388
16
16
5274.3
6.1
288
17
17
5326.8
7.6
330
16
18
5257.6
6.6
256
16
19
5320.4
7.2
482
18
20
5306.8
7.1
407
16
21
5284.4
9.4
298
17
22
5277.9
7.7
461
17
23
5293.5
6.5
378
17
24
5260.7
6.6
277
16
25
5314.6
9.4
323
18
26
5287.6
9.7
353
17
27
5329.0
7.7
431
16
28
5263.8
9.7
251
18
29
5317.2
9.2
389
16
30
5290.7
7.4
474
17
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 100 of 223
Report No.: 1710TW0108-U8
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5255.8
14.2
405
13
5252.5
19.4
368
15
5300.6
11.6
382
16
5275.3
15.2
417
14
5316.8
11.1
407
12
5274.9
14.4
338
12
5295.9
16.6
330
16
5303.4
12.7
436
13
5251.0
18.6
429
16
10
5327.2
13.1
468
16
11
5305.7
16.7
471
12
12
5277.9
15.4
322
12
13
5314.4
15.8
314
12
14
5321.4
12.7
367
14
15
5307.9
18.3
444
16
16
5260.3
18.4
346
13
17
5309.2
13.9
434
16
18
5291.4
15.2
256
14
19
5272.4
16.4
275
15
20
5311.1
17.1
303
13
21
5280.4
19.4
410
16
22
5263.1
13.5
284
13
23
5312.7
11.0
477
16
24
5283.7
11.3
452
13
25
5329.0
17.9
500
14
26
5317.7
16.2
491
12
27
5285.8
13.5
321
16
28
5268.5
17.2
456
13
29
5320.8
11.1
368
12
30
5289.0
15.7
441
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: Pd 1  Pd 2  Pd 3  Pd 4 = (100%+100%+100%+100%)/4 = 100% (>80%)
FCC ID: Q9DAPEX037457
Page Number: 101 of 223
Report No.: 1710TW0108-U8
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5258.8
5257.6
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5290.0
17
5290.0
5255.6
18
5290.0
5255.2
19
5290.0
5259.6
20
5290.0
5254.0
21
5324.8
5256.8
22
5324.0
5259.2
23
5326.0
5254.4
24
5323.2
10
5256.0
25
5325.6
11
5290.0
26
5320.8
12
5290.0
27
5324.4
13
5290.0
28
5320.4
14
5290.0
29
5322.4
15
5290.0
30
5321.2
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
FCC ID: Q9DAPEX037457
Page Number: 102 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
FCC ID: Q9DAPEX037457
Page Number: 103 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
FCC ID: Q9DAPEX037457
Page Number: 104 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
FCC ID: Q9DAPEX037457
Page Number: 105 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
FCC ID: Q9DAPEX037457
Page Number: 106 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
FCC ID: Q9DAPEX037457
Page Number: 107 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
FCC ID: Q9DAPEX037457
Page Number: 108 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
FCC ID: Q9DAPEX037457
Page Number: 109 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
FCC ID: Q9DAPEX037457
Page Number: 110 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
FCC ID: Q9DAPEX037457
Page Number: 111 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: Q9DAPEX037457
Page Number: 112 of 223
Report No.: 1710TW0108-U8
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5296.9
5257.6
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5272.4
17
5311.7
5312.5
18
5284.3
5309.6
19
5260.3
5281.6
20
5322.5
5316.9
21
5278.2
5251.0
22
5307.9
5286.7
23
5266.9
5275.7
24
5329.0
10
5263.4
25
5317.6
11
5293.3
26
5300.7
12
5320.3
27
5253.5
13
5305.8
28
5290.5
14
5269.7
29
5325.2
15
5327.0
30
5302.5
Detection Percentage (%)
FCC ID: Q9DAPEX037457
Trail #
100%
Page Number: 113 of 223
Report No.: 1710TW0108-U8
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5297
12
Radar waveform #2
Hopping
Frequency
Number
(MHz)
5271
12
5291
36
5291
21
18
5310
54
5283
24
24
5290
72
11
5275
33
27
5271
81
14
5234
42
32
5307
96
16
5275
48
38
5288
114
23
5245
69
48
5287
144
33
5268
99
52
5298
156
35
5287
105
60
5261
180
50
5263
150
68
5316
204
58
5267
174
89
5270
267
66
5266
198
92
5294
276
67
5260
201
--
--
--
84
5285
252
--
--
--
85
5281
255
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 114 of 223
Report No.: 1710TW0108-U8
Radar waveform #3
Hopping
Frequency
Number
(MHz)
5295
25
Radar waveform #4
Hopping
Frequency
Number
(MHz)
16
5297
48
5293
75
17
5286
51
74
5317
222
21
5305
63
77
5275
231
23
5275
69
83
5312
249
36
5307
108
96
5306
288
61
5316
183
98
5319
294
64
5287
192
--
--
--
75
5298
225
--
--
--
78
5306
234
--
--
--
80
5281
240
--
--
--
83
5273
249
--
--
--
88
5295
264
--
--
--
89
5312
267
--
--
--
91
5299
273
--
--
--
93
5279
279
--
--
--
95
5301
285
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 115 of 223
Report No.: 1710TW0108-U8
Radar waveform #5
Hopping
Frequency
Number
(MHz)
5295
Radar waveform #6
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
10
5290
30
5261
12
5289
36
5318
23
5279
69
10
5262
30
28
5302
84
17
5279
51
36
5316
108
32
5271
96
64
5304
192
36
5311
108
68
5319
204
44
5272
132
97
5293
291
46
5281
138
--
--
--
61
5260
183
--
--
--
62
5276
186
--
--
--
68
5278
204
--
--
--
73
5309
219
--
--
--
83
5310
249
--
--
--
84
5317
252
--
--
--
89
5265
267
--
--
--
Radar waveform #7
Hopping
Frequency
Number
(MHz)
5225
27
Pulse Start (ms)
Radar waveform #8
Hopping
Frequency
Number
(MHz)
5305
12
5284
81
16
5265
48
30
5232
90
28
5316
84
41
5267
123
29
5314
87
49
5280
147
34
5286
102
60
5287
180
38
5299
114
62
5276
186
39
5284
117
74
5279
222
48
5310
144
76
5274
228
65
5267
195
--
--
--
69
5307
207
--
--
--
70
5270
210
--
--
--
82
5282
246
--
--
--
95
5269
285
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 116 of 223
Report No.: 1710TW0108-U8
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5260
20
Radar waveform #10
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
24
5292
24
5261
60
10
5301
30
37
5281
111
23
5294
69
60
5286
180
24
5264
72
64
5295
192
33
5286
99
70
5279
210
38
5254
114
86
5311
258
59
5296
177
87
5283
261
67
5260
201
91
5305
273
71
5289
213
--
--
--
75
5267
225
Radar waveform #11
Hopping
Frequency
Number
(MHz)
5277
38
Pulse Start (ms)
Radar waveform #12
Hopping
Frequency
Number
(MHz)
15
5316
5260
114
5291
42
5306
126
19
5288
57
50
5280
150
22
5314
66
67
5319
201
27
5299
81
72
5266
216
46
5286
138
78
5269
234
76
5305
228
86
5273
258
83
5354
249
--
--
--
91
5327
273
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 117 of 223
Report No.: 1710TW0108-U8
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5272
Radar waveform #14
Hopping
Frequency
Number
(MHz)
5260
18
5276
15
5302
27
12
5306
36
11
5275
33
17
5284
51
36
5271
108
19
5285
57
43
5287
129
21
5275
63
51
5299
153
23
5314
69
59
5268
177
59
5291
177
63
5288
189
60
5308
180
67
5300
201
71
5300
213
74
5292
222
73
5301
219
75
5265
225
78
5278
234
76
5266
228
92
5292
276
77
5278
231
--
--
--
78
5290
234
--
--
--
79
5295
237
--
--
--
95
5286
285
--
--
--
96
5303
288
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 118 of 223
Report No.: 1710TW0108-U8
Radar waveform #15
Hopping
Frequency
Number
(MHz)
5305
14
Radar waveform #16
Hopping
Frequency
Number
(MHz)
18
21
5289
63
5293
42
27
5277
81
19
5301
57
30
5258
90
26
5313
78
34
5267
102
30
5296
90
35
5278
105
48
5299
144
36
5265
108
82
5311
246
43
5311
129
87
5290
261
45
5287
135
89
5355
267
49
5261
147
91
5307
273
54
5308
162
98
5318
294
69
5273
207
--
--
--
72
5286
216
--
--
--
80
5263
240
--
--
--
83
5260
249
--
--
--
92
5276
276
--
--
--
97
5279
291
--
--
--
99
5271
297
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 119 of 223
Report No.: 1710TW0108-U8
Radar waveform #17
Hopping
Frequency
Number
(MHz)
5314
23
Radar waveform #18
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
21
5276
12
5320
69
15
5304
45
37
5273
111
36
5270
108
38
5318
114
39
5315
117
41
5284
123
43
5311
129
42
5275
126
62
5288
186
46
5291
138
76
5273
228
47
5299
141
78
5280
234
49
5288
147
93
5266
279
51
5289
153
99
5272
297
52
5279
156
--
--
--
53
5313
159
--
--
--
59
5290
177
--
--
--
61
5314
183
--
--
--
70
5326
210
--
--
--
98
5318
294
--
--
--
Radar waveform #19
Hopping
Frequency
Number
(MHz)
28
5244
39
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
84
22
5293
66
5271
117
30
5303
90
49
5293
147
39
5308
117
54
5289
162
42
5309
126
62
5289
186
47
5305
141
68
5256
204
64
5324
192
84
5262
252
75
5310
225
86
5295
258
79
5318
237
88
5281
264
88
5311
264
89
5279
267
92
5299
276
--
--
--
95
5345
285
--
--
--
99
5311
297
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 120 of 223
Report No.: 1710TW0108-U8
Radar waveform #21
Hopping
Frequency
Number
(MHz)
5289
13
Radar waveform #22
Hopping
Frequency
Number
(MHz)
5299
18
5290
39
5303
27
18
5273
54
15
5291
45
27
5271
81
30
5302
90
45
5292
135
34
5280
102
60
5317
180
44
5278
132
67
5276
201
46
5268
138
68
5278
204
47
5285
141
76
5312
228
50
5288
150
82
5315
246
63
5317
189
86
5294
258
65
5312
195
90
5287
270
68
5305
204
91
5314
273
76
5283
228
95
5266
285
80
5311
240
97
5304
291
89
5280
267
98
5299
294
92
5308
276
--
--
--
96
5290
288
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 121 of 223
Report No.: 1710TW0108-U8
Radar waveform #23
Hopping
Frequency
Number
(MHz)
5301
Radar waveform #24
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
5303
5297
12
12
5317
36
11
5274
33
16
5298
48
15
5278
45
29
5304
87
20
5287
60
42
5305
126
35
5301
105
45
5317
135
43
5285
129
47
5315
141
50
5269
150
49
5299
147
60
5288
180
55
5316
165
75
5286
225
57
5320
171
77
5291
231
65
5329
195
79
5276
237
74
5304
222
80
5294
240
80
5296
240
87
5270
261
91
5313
273
92
5298
276
96
5295
288
Radar waveform #25
Hopping
Frequency
Number
(MHz)
5289
16
Pulse Start (ms)
Radar waveform #26
Hopping
Frequency
Number
(MHz)
21
5307
5284
48
5262
18
45
5319
135
5309
21
49
5314
147
14
5293
42
63
5298
189
15
5291
45
65
5299
195
26
5300
78
67
5286
201
29
5295
87
75
5320
225
66
5302
198
90
5313
270
67
5275
201
93
5292
279
70
5273
210
--
--
--
74
5270
222
--
--
--
76
5316
228
--
--
--
77
5282
231
--
--
--
84
5272
252
--
--
--
97
5299
291
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 122 of 223
Report No.: 1710TW0108-U8
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5280
Radar waveform #28
Hopping
Frequency
Number
(MHz)
5295
5255
12
5290
12
556
21
45
5293
135
15
5277
45
48
5292
144
24
5249
72
64
5309
192
26
5261
78
73
5261
219
28
5281
84
78
5268
234
30
5288
90
83
5304
249
39
5218
117
96
5297
288
44
5277
132
97
5320
291
47
5287
141
--
--
--
51
5268
153
--
--
--
59
5289
177
--
--
--
60
5267
180
--
--
--
64
5266
192
--
--
--
70
5255
210
--
--
--
77
5235
231
--
--
--
99
5286
297
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 123 of 223
Report No.: 1710TW0108-U8
Radar waveform #29
Hopping
Frequency
Number
(MHz)
5289
15
Radar waveform #30
Hopping
Frequency
Number
(MHz)
5289
5304
45
5296
19
5311
57
5314
15
28
5292
84
5294
18
35
5326
105
10
5293
30
44
5291
132
25
5299
75
57
5310
171
26
5284
78
67
5320
201
32
5320
96
83
5312
249
36
5308
108
93
5319
279
39
5279
117
94
5324
282
40
5306
120
98
5308
294
41
5274
123
--
--
--
58
5302
174
--
--
--
72
5301
216
--
--
--
79
5270
237
--
--
--
81
5295
243
--
--
--
90
5297
270
--
--
--
92
5265
276
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 124 of 223
Report No.: 1710TW0108-U8
Statistical Performance Check for 802.11ac-VHT80 + 80 - 5290MHz
Radar Type 1 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5279.1
638
83
5297.6
778
68
5282.7
698
76
5272.8
758
70
5300.2
518
102
5303.3
598
89
5261.1
678
78
5279.2
878
61
5307.4
538
99
10
5263.9
918
58
11
5309.8
938
57
12
5266.4
3066
18
13
5306.1
858
62
14
5311.2
818
65
15
5285.6
558
95
16
5313.0
2870
19
17
5276.0
2310
23
18
5294.5
1048
51
19
5321.6
2691
20
20
5291.8
2890
19
21
5319.4
834
64
22
5326.5
1177
45
23
5251.0
2671
20
24
5288.3
1998
27
25
5324.9
1815
30
26
5255.7
2162
25
27
5329.0
2068
26
28
5258.3
650
82
29
5315.8
2763
20
30
5317.9
3054
18
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 125 of 223
Report No.: 1710TW0108-U8
Radar Type 2 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5251.0
1.3
221
28
5300.6
3.6
204
24
5306.8
3.1
184
23
5326.3
4.1
177
28
5255.3
4.5
207
26
5321.2
2.8
213
23
5294.5
3.9
230
26
5303.3
3.9
211
26
5297.8
2.3
179
24
10
5309.9
1.1
170
27
11
5324.7
3.5
193
28
12
5258.2
4.8
167
27
13
5329.0
3.0
200
28
14
5319.2
1.1
150
29
15
5261.7
2.6
161
23
16
5307.7
2.1
150
26
17
5311.3
4.5
205
29
18
5264.4
4.4
161
26
19
5285.7
3.1
227
29
20
5291.9
4.5
196
27
21
5317.8
4.7
169
29
22
5288.2
4.2
181
24
23
5313.1
1.1
217
28
24
5272.9
1.9
207
24
25
5315.6
4.3
156
27
26
5279.5
1.9
171
28
27
5282.4
4.0
193
28
28
5267.0
1.5
217
24
29
5270.3
3.8
188
29
30
5276.1
2.3
187
25
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 126 of 223
Report No.: 1710TW0108-U8
Radar Type 3 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
(MHz)
(us)
5288.7
6.8
433
16
5297.0
7.7
477
18
5294.5
7.5
405
18
5306.1
8.9
391
16
5311.7
7.4
422
18
5300.2
6.8
259
18
5319.3
6.3
290
18
5303.8
7.2
495
16
5309.5
6.8
350
18
10
5317.9
9.0
344
17
11
5291.3
7.6
495
16
12
5321.5
7.5
435
18
13
5254.9
9.4
329
17
14
5307.9
9.2
462
16
15
5315.4
8.3
336
16
16
5329.0
9.1
311
18
17
5251.0
7.1
272
17
18
5270.8
9.3
340
17
19
5276.4
9.8
386
16
20
5282.5
6.4
326
16
21
5257.2
9.4
442
16
22
5285.6
6.3
337
18
23
5261.7
6.4
255
17
24
5279.7
10.0
319
16
25
5267.2
6.0
443
16
26
5326.0
9.8
445
17
27
5264.3
9.0
292
18
28
5313.6
7.1
281
16
29
5324.2
9.7
274
18
30
5273.6
6.3
427
16
Detection Percentage (%)
FCC ID: Q9DAPEX037457
PRI (us)
Pulses / Burst
1=Detection
0=No Detection
100%
Page Number: 127 of 223
Report No.: 1710TW0108-U8
Radar Type 4 - Radar Statistical Performance
Trail #
Test Freq.
Pulse Width
PRI (us)
Pulses / Burst
1=Detection
(MHz)
(us)
5278.8
16.9
300
12
5300.1
17.0
363
14
5275.7
17.3
390
16
5321.5
14.0
328
12
5272.9
18.2
479
13
5324.8
11.2
288
16
5319.1
11.4
367
12
5326.0
14.9
310
14
5270.1
19.2
314
16
10
5329.0
13.5
427
16
11
5267.2
14.5
491
15
12
5297.2
15.4
477
15
13
5282.1
16.7
330
15
14
5294.4
19.1
258
12
15
5285.5
18.7
278
13
16
5317.2
15.1
398
15
17
5264.5
16.1
474
15
18
5313.7
14.6
382
13
19
5288.4
11.3
269
15
20
5309.1
19.0
289
12
21
5261.7
11.5
261
12
22
5315.6
19.6
313
16
23
5291.9
17.2
349
15
24
5258.2
15.8
359
14
25
5303.7
19.9
422
15
26
5307.9
13.3
415
14
27
5311.4
16.6
453
14
28
5255.0
18.3
361
15
29
5306.6
16.9
421
13
30
5251.0
11.1
386
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%)
FCC ID: Q9DAPEX037457
Page Number: 128 of 223
Report No.: 1710TW0108-U8
Radar Type 5 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5255.6
5254.0
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5290.0
17
5290.0
5257.6
18
5290.0
5255.2
19
5290.0
5258.8
20
5290.0
5254.4
21
5324.0
5259.6
22
5323.2
5256.0
23
5324.8
5259.2
24
5321.2
10
5256.8
25
5326.0
11
5290.0
26
5325.6
12
5290.0
27
5324.4
13
5290.0
28
5320.8
14
5290.0
29
5320.4
15
5290.0
30
5322.4
Detection Percentage (%)
100%
Type 5 Radar Waveform_1
FCC ID: Q9DAPEX037457
Page Number: 129 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_2
Type 5 Radar Waveform_3
Type 5 Radar Waveform_4
FCC ID: Q9DAPEX037457
Page Number: 130 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_5
Type 5 Radar Waveform_6
Type 5 Radar Waveform_7
FCC ID: Q9DAPEX037457
Page Number: 131 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_8
Type 5 Radar Waveform_9
Type 5 Radar Waveform_10
FCC ID: Q9DAPEX037457
Page Number: 132 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_11
Type 5 Radar Waveform_12
Type 5 Radar Waveform_13
FCC ID: Q9DAPEX037457
Page Number: 133 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_14
Type 5 Radar Waveform_15
Type 5 Radar Waveform_16
FCC ID: Q9DAPEX037457
Page Number: 134 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_17
Type 5 Radar Waveform_18
Type 5 Radar Waveform_19
FCC ID: Q9DAPEX037457
Page Number: 135 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_20
Type 5 Radar Waveform_21
Type 5 Radar Waveform_22
FCC ID: Q9DAPEX037457
Page Number: 136 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_23
Type 5 Radar Waveform_24
Type 5 Radar Waveform_25
FCC ID: Q9DAPEX037457
Page Number: 137 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_26
Type 5 Radar Waveform_27
Type 5 Radar Waveform_28
FCC ID: Q9DAPEX037457
Page Number: 138 of 223
Report No.: 1710TW0108-U8
Type 5 Radar Waveform_29
Type 5 Radar Waveform_30
FCC ID: Q9DAPEX037457
Page Number: 139 of 223
Report No.: 1710TW0108-U8
Radar Type 6 - Radar Statistical Performance
Trail #
Test Freq.
1=Detection
(MHz)
0=No Detection
5266.9
5300.8
Test Freq.
1=Detection
(MHz)
0=No Detection
16
5291.0
17
5297.7
5329.0
18
5324.7
5279.5
19
5321.5
5326.2
20
5279.3
5313.4
21
5251.0
5276.0
22
5282.5
5288.6
23
5294.3
5317.6
24
5272.8
10
5255.2
25
5285.8
11
5307.2
26
5305.8
12
5311.1
27
5258.1
13
5264.4
28
5309.7
14
5315.8
29
5261.0
15
5319.3
30
5303.3
Detection Percentage (%)
FCC ID: Q9DAPEX037457
Trail #
100%
Page Number: 140 of 223
Report No.: 1710TW0108-U8
Radar waveform #1
Hopping
Frequency
Number
(MHz)
5299
Radar waveform #2
Hopping
Frequency
Number
(MHz)
5318
5297
5298
12
5306
15
5291
27
13
5290
39
12
5294
36
18
5286
54
18
5319
54
23
5293
69
25
5288
75
25
5270
75
26
5305
78
32
5264
96
36
5269
108
33
5271
99
38
5268
114
34
5304
102
45
5299
135
40
5287
120
57
5264
171
42
5268
126
61
5267
183
45
5292
135
80
5307
240
67
5295
201
82
5277
246
70
5296
210
84
5270
252
73
5282
219
95
5275
285
78
5265
234
--
--
--
81
5274
243
--
--
--
83
5280
249
--
--
--
88
5281
264
--
--
--
92
5299
276
--
--
--
99
5273
297
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 141 of 223
Report No.: 1710TW0108-U8
Radar waveform #3
Hopping
Frequency
Number
(MHz)
5311
Radar waveform #4
Hopping
Frequency
Number
(MHz)
5318
5326
5275
12
5313
15
5301
15
26
5329
78
5262
27
28
5344
84
11
5287
33
29
5305
87
14
5299
42
30
5351
90
16
5306
48
45
5340
135
31
5294
93
47
5316
141
34
5289
102
59
5318
177
35
5272
105
66
5315
198
54
5307
162
72
5322
216
68
5288
204
79
5295
237
80
5269
240
81
5319
243
87
5312
261
91
5308
273
89
5281
267
94
5312
282
91
5261
273
--
--
--
94
5314
282
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 142 of 223
Report No.: 1710TW0108-U8
Radar waveform #5
Hopping
Frequency
Number
(MHz)
5313
16
Radar waveform #6
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
18
11
5281
33
5345
48
14
5297
42
26
5357
78
21
5305
63
33
5312
99
27
5294
81
40
5300
120
36
5318
108
41
5324
123
55
5277
165
44
5295
132
57
5292
171
47
5318
141
65
5287
195
65
5299
195
67
5308
201
73
5328
219
75
5289
225
74
5310
222
91
5295
273
84
5333
252
92
5311
276
97
5308
291
99
5322
297
98
5348
294
--
--
--
Radar waveform #7
Hopping
Frequency
Number
(MHz)
5298
Pulse Start (ms)
Radar waveform #8
Hopping
Frequency
Number
(MHz)
13
5289
39
5300
18
19
5276
57
22
5289
66
23
5316
69
24
5308
72
25
5281
75
34
5304
102
40
5305
120
54
5245
162
41
5290
123
61
5309
183
43
5309
129
62
5306
186
48
5288
144
63
5288
189
63
5288
189
71
5295
213
71
5311
213
95
5313
285
76
5302
228
96
5304
288
77
5279
231
--
--
--
83
5299
249
--
--
--
96
5312
288
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 143 of 223
Report No.: 1710TW0108-U8
Radar waveform #9
Hopping
Frequency
Number
(MHz)
5307
27
Radar waveform #10
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
5280
5290
81
5274
21
31
5301
93
5296
24
53
5297
159
15
5270
45
68
5283
204
19
5236
57
82
5291
246
27
5268
81
84
5310
252
33
5265
99
86
5304
258
42
5256
126
92
5292
276
48
5290
144
95
5309
285
52
5278
156
--
--
--
65
5267
195
--
--
--
67
5261
201
--
--
--
72
5233
216
--
--
--
83
5226
249
--
--
--
92
5288
276
Radar waveform #11
Hopping
Frequency
Number
(MHz)
5299
Pulse Start (ms)
Radar waveform #12
Frequency
Hopping
(MHz)
Number
12
5289
18
5303
18
10
5290
30
5293
21
11
5344
33
26
5301
78
22
5286
66
32
5298
96
25
5279
75
33
5325
99
33
5327
99
37
5302
111
57
5279
171
55
5311
165
59
5293
177
59
5318
177
67
5294
201
73
5312
219
74
5278
222
78
5286
234
84
5288
252
85
5289
255
89
5291
267
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 144 of 223
Report No.: 1710TW0108-U8
Radar waveform #13
Hopping
Frequency
Number
(MHz)
5295
Radar waveform #14
Hopping
Frequency
Number
(MHz)
12
5294
36
5271
22
5280
66
5285
27
30
5269
90
11
5301
33
39
5281
117
14
5267
42
42
5288
126
20
5302
60
47
5308
141
24
5288
72
49
5301
147
26
5276
78
52
5279
156
27
5245
81
75
5285
225
39
5267
117
76
5299
228
45
5238
135
78
5282
234
64
5272
192
81
5273
243
82
5298
246
94
5275
282
--
--
--
99
5311
297
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 145 of 223
Report No.: 1710TW0108-U8
Radar waveform #15
Hopping
Frequency
Number
(MHz)
5293
Radar waveform #16
Hopping
Frequency
Number
(MHz)
5281
5287
12
5318
5311
18
5296
15
12
5286
36
5298
18
14
5327
42
12
5305
36
24
5290
72
38
5289
114
26
5328
78
66
5299
198
36
5291
108
69
5309
207
37
5292
111
70
5284
210
52
5351
156
71
5295
213
55
5299
165
80
5319
240
60
5295
180
--
--
--
67
5302
201
--
--
--
78
5283
234
--
--
--
81
5318
243
--
--
--
90
5326
270
--
--
--
91
5311
273
--
--
--
93
5319
279
--
--
--
95
5336
285
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 146 of 223
Report No.: 1710TW0108-U8
Radar waveform #17
Hopping
Frequency
Number
(MHz)
5327
Radar waveform #18
Hopping
Frequency
Number
(MHz)
5305
5282
12
11
5314
33
5327
27
15
5310
45
22
5289
66
21
5319
63
25
5303
75
33
5291
99
31
5313
93
37
5299
111
49
5309
147
42
5307
126
63
5326
189
49
5318
147
65
5325
195
51
5326
153
73
5289
219
77
5320
231
81
5317
243
91
5294
273
82
5336
246
94
5306
282
--
--
--
96
5289
288
Pulse Start (ms)
Radar waveform #19
Hopping
Frequency
Number
(MHz)
5307
13
Pulse Start (ms)
Radar waveform #20
Hopping
Frequency
Number
(MHz)
21
5295
12
5293
39
5299
24
16
5290
48
11
5290
33
28
5284
84
18
5311
54
40
5299
120
21
5267
63
41
5292
123
25
5310
75
45
5294
135
35
5278
105
48
5311
144
53
5291
159
49
5315
147
56
5308
168
51
5322
153
62
5244
186
58
5328
174
63
5253
189
61
5291
183
75
5311
225
63
5305
189
81
5296
243
89
5309
267
87
5289
261
93
5245
279
90
5317
270
94
5318
282
93
5309
279
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 147 of 223
Report No.: 1710TW0108-U8
Radar waveform #21
Hopping
Frequency
Number
(MHz)
5267
Radar waveform #22
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
5296
5278
5287
18
5256
19
5285
57
5289
21
28
5295
84
23
5280
69
51
5272
153
37
5226
111
58
5298
174
46
5267
138
61
5318
183
48
5278
144
74
5273
222
50
5258
150
76
5315
228
62
5237
186
77
5282
231
79
5282
237
82
5262
246
85
5277
255
92
5297
276
86
5244
258
98
5299
294
98
5238
294
99
5263
297
Radar waveform #23
Hopping
Frequency
Number
(MHz)
5270
10
Pulse Start (ms)
Radar waveform #24
Hopping
Frequency
Number
(MHz)
5309
5285
30
13
5279
39
15
5282
45
22
5264
66
16
5290
48
29
5277
87
19
5267
57
37
5276
111
24
5277
72
43
5267
129
25
5289
75
51
5303
153
26
5267
78
52
5294
156
29
5280
87
59
5306
177
48
5287
144
73
5283
219
57
5268
171
79
5299
237
95
5266
285
--
--
--
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 148 of 223
Report No.: 1710TW0108-U8
Radar waveform #25
Hopping
Frequency
Number
(MHz)
13
5313
14
Radar waveform #26
Pulse Start (ms)
Hopping
Frequency
Number
(MHz)
39
5269
15
5290
42
15
5309
45
20
5275
60
38
5281
114
25
5302
75
48
5308
144
26
5316
78
53
5278
159
28
5284
84
54
5300
162
37
5308
111
61
5292
183
42
5261
126
67
5267
201
45
5281
135
--
--
--
60
5314
180
--
--
--
64
5298
192
--
--
--
78
5291
234
--
--
--
89
5299
267
--
--
--
91
5310
273
--
--
--
93
5312
279
--
--
--
97
5276
291
--
--
--
Radar waveform #27
Hopping
Frequency
Number
(MHz)
5263
Pulse Start (ms)
Radar waveform #28
Hopping
Frequency
Number
(MHz)
5319
5234
37
5290
111
10
5281
30
38
5272
114
14
5267
42
40
5300
120
24
5292
72
45
5269
135
52
5233
156
52
5289
156
55
5284
165
63
5316
189
87
5267
261
68
5284
204
89
5295
267
71
5320
213
98
5277
294
76
5292
228
99
5290
297
82
5311
246
--
--
--
83
5283
249
--
--
--
89
5282
267
--
--
--
96
5294
288
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 149 of 223
Report No.: 1710TW0108-U8
Radar waveform #29
Hopping
Frequency
Number
(MHz)
5262
15
Radar waveform #30
Hopping
Frequency
Number
(MHz)
18
5274
27
5296
45
10
5291
30
16
5276
48
11
5305
33
22
5281
66
35
5315
105
23
5275
69
38
5319
114
25
5288
75
44
5295
132
35
5263
105
63
5281
189
47
5280
141
66
5266
198
68
5291
204
80
5264
240
94
5264
282
81
5314
243
--
--
--
83
5268
249
--
--
--
93
5278
279
FCC ID: Q9DAPEX037457
Pulse Start (ms)
Pulse Start (ms)
Page Number: 150 of 223
Download: APEX037457 ACCESS POINT Test Report _20180124_v1 - 1710TW0108-U8-FCC-DFS  Part1 Hewlett Packard Enterprise Company
Mirror Download [FCC.gov]APEX037457 ACCESS POINT Test Report _20180124_v1 - 1710TW0108-U8-FCC-DFS  Part1 Hewlett Packard Enterprise Company
Document ID3736220
Application IDaubObjNzYl79srGsz5EbWg==
Document DescriptionTest Report_20180124_v1 - 1710TW0108-U8-FCC-DFS Test Report Part1
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize369.82kB (4622768 bits)
Date Submitted2018-01-31 00:00:00
Date Available2018-03-08 00:00:00
Creation Date2018-01-20 14:31:30
Producing SoftwareFoxit Phantom - Foxit Corporation
Document Lastmod2018-01-20 14:31:37
Document TitleTest Report_20180124_v1 - 1710TW0108-U8-FCC-DFS Test Report Part1
Document Author: Test

Source Exif Data:
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : No
Page Count                      : 150
Producer                        : Foxit Phantom - Foxit Corporation
Author                          : Test
Create Date                     : 2018:01:20 14:31:30
Modify Date                     : 2018:01:20 14:31:37+08:00
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