1836 Wireless Input Device Test Report R-TR484-FCCISED-UNII-3 Microsoft Corporation

Microsoft Corporation Wireless Input Device

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RADIO TEST REPORT
For
MODEL NO.:1836
FCC ID: C3K1836
IC ID: 3048A-1836
Test Report No. R-TR484-FCCISED-UNII-3
Issue Date: Jun 07, 2018
FCC CFR47 Part 15 Subpart E
Innovation, Science and Economic Development
Canada RSS-247 Issue 2
Prepared by
Microsoft EMC Laboratory
17760 NE 67th Ct,
Redmond WA, 98052, U.S.A.
425-421-9799
sajose@microsoft.com
TESTING CERT #3472.01
Rev 3.0
FCC ID: C3K1836
IC ID: 3048A-1836
1 Record of Revisions
Revision
1.0
2.0
3.0
Date
5/23/2018
5/30/2018
06/07/2018
Section Page(s)
Summary of Changes
All
All
Version 1.0
Updated MU Table.
8.1
14
Added test site specific details for
<30MHz testing.
9.6.2
80
Corrected typo on freq range of
test.
9.6.2
80
Added test setup details for
<30MHz testing.
9.6.2
80
Removed incorrect references to
MIMO mode.
5.6
Added section for FW and driver
details of the test samples.
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Author/Revised
By:
Andy Shen
Andy Shen
Andy Shen
Page 2 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
Table of Contents
Record of Revisions ............................................................................................................... 2
Deviations from Standards .................................................................................................... 6
Facilities and Accreditations .................................................................................................. 6
3.1
Test Facility .................................................................................................................... 6
3.2
Accreditations ................................................................................................................. 6
3.3
Test Equipment .............................................................................................................. 6
Measurement Uncertainty ...................................................................................................... 6
Product Description ............................................................................................................... 7
5.1
Test Configurations ........................................................................................................ 8
5.2
Environmental Conditions ............................................................................................... 8
5.3
Antenna Requirements and Gain Information ................................................................ 8
5.4
Equipment Modifications ................................................................................................ 8
5.5
Dates of Testing ............................................................................................................. 8
5.6
Test Sample Details ....................................................................................................... 8
Test Results Summary .......................................................................................................... 8
Test Equipment List ............................................................................................................. 11
Test Site Description............................................................................................................ 14
8.1
Radiated Emissions Test Site ....................................................................................... 14
Radiated Measurements in 9 kHz- 30 MHz ........................................................... 14
Radiated Measurements in 30 MHz - 1000 MHz .................................................. 14
Radiated Measurements above 1GHz .................................................................. 14
8.2
Test Setup Diagrams .................................................................................................... 15
Test Results- Conducted ..................................................................................................... 18
9.1
26-dB Emission Bandwidth ........................................................................................... 18
Test Requirement: ................................................................................................. 18
Test Method: ......................................................................................................... 18
Limits: .................................................................................................................... 18
Test Results: ......................................................................................................... 18
9.2
99% Occupied Bandwidth ............................................................................................ 19
Test Requirement: ................................................................................................. 19
Test Method: ......................................................................................................... 19
Limits: .................................................................................................................... 19
Test Results: ......................................................................................................... 19
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 3 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
Test Data: .............................................................................................................. 20
9.3
6-dB Bandwidth ............................................................................................................ 40
Test Requirement: ................................................................................................. 40
Test Method: ......................................................................................................... 40
Limits: .................................................................................................................... 40
Test Results: ......................................................................................................... 40
Test Data: .............................................................................................................. 41
9.4
Maximum Conducted Output Power ............................................................................. 49
Test Requirement: ................................................................................................. 49
Test Method: ......................................................................................................... 49
Limits: .................................................................................................................... 49
Test Results: ......................................................................................................... 49
9.5
Power Spectral Density ................................................................................................ 50
Test Requirement: ................................................................................................. 50
Test Method: ......................................................................................................... 50
Limits: .................................................................................................................... 51
Test Results: ......................................................................................................... 51
Test Data ............................................................................................................... 52
9.6
Radiated Spurious and Band Edge Emissions ............................................................. 80
Test Requirement: ................................................................................................. 80
Test Method: ......................................................................................................... 80
Limits: .................................................................................................................... 83
Test Result: ........................................................................................................... 83
Test Data: .............................................................................................................. 84
9.7
AC Line Conducted Emissions ................................................................................... 136
Test Requirements .............................................................................................. 136
Test Method ........................................................................................................ 136
Limit ..................................................................................................................... 136
Test Result: ......................................................................................................... 136
Test Data: ............................................................................................................ 137
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 4 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
Test Report Attestation
Microsoft Corporation
Model: 1836
FCC ID: C3K1836
ISED ID: 3048A-1836
Applicable Standards
Specification
Test Result
FCC CFR47 Rule Parts 15.207, 15.209, 15.407
Pass
Innovation, Science and Economic Development Canada RSS247 Issue 2, RSS-GEN Issue 5
Pass
Microsoft EMC Laboratory attests that the product model identified in this report has been tested to and
meets the requirements identified in the above standards. The test results in this report solely pertains to
the specific sample tested, under the conditions and operating modes as provided by the customer.
This report shall not be used to claim product certification, approval, or endorsement by A2LA or any
agency of any Government. Reproduction, duplication or publication of extracts from this test report is
prohibited and requires prior written approval of Microsoft EMC Laboratory.
This report replaces the previously issued report #R-TR484-FCCISED-UNII-2 issued by Microsoft EMC
Labs on 5/30/2018.
Written By: Andy Shen
Reviewed/ Issued By: Sajay Jose
Radio Test Engineer
EMC/RF Compliance Lab Manager
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 5 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
2 Deviations from Standards
None.
3 Facilities and Accreditations
3.1 Test Facility
All test facilities used to collect the test data are located at
Microsoft EMC Laboratory,
17760 NE 67th Ct,
Redmond WA, 98052, USA
3.2 Accreditations
The lab is established and follows procedures as outlined in IEC/ISO 17025 and A2LA
accreditation requirements.
A2LA Accredited Testing Certificate Number: 3472.01
FCC Registration Number: US1141
IC Site Registration Numbers: 3048A-3, 3048A-4
3.3 Test Equipment
The site and related equipment are constructed in conformance with the requirements of ANSI
C63.4:2014 and other equivalent applicable standards.
Test site requirements for measurements above 1 GHz are in accordance with ANSI
C63.4:2014.
ANSI C63.10:2013 and the appropriate KDB test methods were followed.
4 Measurement Uncertainty
The following measurement uncertainty levels have been estimated for tests performed on
the product, as specified in ETSI TR 100 028. This represents an expanded uncertainty
expressed at 95% confidence level using a coverage factor k=2. These levels are for
reference only and not included to determine product compliance.
Expanded uncertainty calculations are available upon request.
Test item
Uncertainty
Radiated disturbance (9 kHz to 30 MHz)
Radiated disturbance (30 MHz to 1 GHz)
Radiated disturbance (1 GHz to 18 GHz)
Radiated disturbance (18 GHz to 26.5 GHz)
Radiated disturbance (26.5 GHz to 40 GHz)
Conducted Disturbance at Mains Port
Uncertainty for Conducted Power test
Uncertainty for Conducted Spurious emission test
Uncertainty for Bandwidth test
Uncertainty for DC power test
Uncertainty for test site temperature
Uncertainty for test site Humidity
Uncertainty for time
Report#: R-TR484-FCCISED-UNII-3
5.45
5.99
5.12
5.34
5.08
3.31
1.277
2.742
178
0.05
0.5
0.189
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Unit
dB
dB
dB
dB
dB
dB
dB
dB
kHz
ÂşC
Page 6 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
5 Product Description
Company Name:
Microsoft Corporation
Address:
One Microsoft Way
City, State, Zip:
Redmond, WA 98052-6399
Customer Contact:
Pamela Galvan
Functional Description
of the EUT:
Microsoft Wireless Input Device
Model:
1836
FCC ID:
C3K1836
IC ID:
3048A-1836
Radio under test:
IEEE 802.11a/n supporting 20 MHz Bandwidths
5150- 5250 MHz, 5250-5350 MHz, 5470-5725 MHz and 5725- 5850 MHz.
Modulation(s):
OFDM – BPSK, QPSK, 16-QAM, 64-QAM, 256-QAM
EUT Classification:
UNII
Equipment Design State: Prototype/Production Equivalent
Equipment Condition:
Good
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 7 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
5.1 Test Configurations
Test software “MTK MT7637 QA 0.0.1.63”, “Indium QA tool V1.17 and V1.19” from the module
vendor were used to program the EUT to transmit continuously.
This report contains data from the following worst-case modes of operation:
802.11a: 6Mbps, 20MHz BW.
802.11n HT20: MCS0, 20MHz BW.
5.2 Environmental Conditions
Ambient air temperature of the test site was within the range of 10 ⁰C to 40 ⁰C (50 ⁰F to 104 ⁰F)
unless the EUT specified testing over a different temperature range. Humidity levels were in the
range of 10% to 90% relative humidity. Testing conditions were within tolerance, and any
deviations required from the EUT are reported.
5.3 Antenna Requirements and Gain Information
The antennas are internal, permanently attached and there are no provisions for connection to
an external antenna.
Antenna Gain
Frequency Band
(MHz)
Main Antenna Peak Gain
(dBi)
Diversity Antenna Peak
Gain (dBi)
UNII Band 1 – 5150 to 5250
6.2
6.2
5.9
5.6
6.7
6.0
6.1
6.4
UNII Band 2a – 5250 to 5350
UNII Band 2c – 5470 to 5725
UNII Band 3 – 5725 to 5850
5.4 Equipment Modifications
No modifications were made during testing.
5.5 Dates of Testing
Testing was performed from Mar 22, 2018 to May 23, 2018.
5.6 Test Sample Details
RF Conducted Test Samples:
SN
Internal Lab ID
02560000893802
R-484-032218-09
Design State
EV2
RF Radiated Test Samples:
SN
Internal Lab ID
0256000447814
R-484-041918-06
0256000517814
R-484-041918-07
0256000597814
R-484-041918-08
Design State
DV
DV
DV
Radio FW: 4.5.213.0
Radio Driver Version: WDM Driver v0.0.3.40/ FTDI Driver v2.12.28.0
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 8 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
6 Test Results Summary
Test
Description
Applicable
Bands
(GHz)
FCC CFR 47/
ISED Rule Part
Limit
Test
Result
26dB Emission
Bandwidth
5.15 – 5.25
5.25 – 5.35
5.47 – 5.725
15.407 (a)
RSS-247 [6.2.1]
Reporting and Measurement
Purposes
NA
99% bandwidth
5.15 – 5.25
5.25 – 5.35
5.47 – 5.725
RSS-247 [6.2]
Reporting and Measurement
Purposes
NA
6 dB Bandwidth
5.725 – 5.85
15.407 (e)
RSS-247 [6.2.4]
≥ 500kHz
Pass
≤ 250 mW or 10 + 10 log10B*
whichever is less
Pass
RSS-247 [6.2.1]
≤ 200 mW or 10 + 10 log10B*
e.i.r.p
whichever is less
Pass
5.25 – 5.35
5.47 – 5.725
15.407 (a)(2)
RSS-247 [6.2]
≤ 250 mW or 11 + 10 log10B*
whichever is less
≤ 1 W or 17 + 10 log10B*
e.i.r.p
whichever is less
Pass
5.725 – 5.85
15.407 (a)(3)
RSS-247 [6.2]
≤ 1000 mW
Pass
≤ 11dBm/MHz
Pass
RSS-247 [6.2]
≤ 10dBm/MHz e.i.r.p.
Pass
5.25 – 5.35
5.47 – 5.725
15.407 (a)(2)
RSS-247 [6.2]
≤ 11dBm/MHz
Pass
5.725 – 5.85
15.407 (a)(3)
RSS-247 [6.2]
≤ 30dBm/500kHz
Pass
5.15 – 5.25
5.25 – 5.35
5.47 – 5.725
5.725 – 5.85
15.407 (b),
15.205, 15.209,
RSS-Gen [8.9]
FCC CFR 47 15.209 limits
RSS-Gen [8.9]
Pass
15.407 (a)(1)(iv)
5.15 – 5.25
Output Power
15.407 (a)(1)(iv)
5.15 – 5.25
Power Spectral
Density
Radiated
Spurious
Emissions/
Restricted Band
Emissions
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 9 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
AC Power Line
Conducted
Emissions
5.15 – 5.25
5.25 – 5.35
5.47 – 5.725
5.725 – 5.85
15.407 (b),
15.207
RSS-Gen [8.8]
FCC CFR 47 15.207 limits
RSS-Gen [8.8]
Pass
* Note: B- FCC references 26dB bandwidth and ISED references 99% bandwidth.
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 10 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
7 Test Equipment List
Manufacturer
Description
Model #
Asset #
Calibration
Due
Rohde & Schwarz
EMI Test Receiver
ESU40
RF-229
4/9/2019
Rohde & Schwarz
EMI Test Receiver
ESU40
RF-192
4/8/2019
Rohde & Schwarz
EMI Test Receiver
ESU40
RF-248
4/9/2019
Rohde & Schwarz
Signal Analyzer
FSV40
RF-245
4/10/2019
Rohde & Schwarz
Power Meter
NRP2
RF-025
04/19/2018
Agilent
Spectrum Analyzer
N9020A
EMC-054
11/27/2018
Sunol Sciences
Antenna - Broadband Hybrid
JB6
EMC-639
7/17/2018
ETS-Lindgren
Antenna
3117
RF-138
6/13/2018
ETS-Lindgren
Antenna
3117
RF-139
5/22/2018*
ETS-Lindgren
Antenna - Standard Gain
Horn
3160-09
RF-179
NA
ETS-Lindgren
Antenna - Standard Gain
Horn
3160-10
EMC-601
NA
ETS-Lindgren
Antenna - Passive Loop
6512
EMC-440
8/31/2018
Rohde & Schwarz
Custom Filter Bank+PreAmp
SFUNIT RX
RF-323
NA
Rohde & Schwarz
Custom Filter Bank+PreAmp
SFUNIT RX
RF-324
NA
Rohde & Schwarz
Preamplifier
TS-PR26
RF-199
NA
Rohde & Schwarz
Preamplifier
TS-PR40
RF-258
NA
Rohde & Schwarz
Switch and Control Unit
OSP130
RF-018
NA
Rohde & Schwarz
Switch and Control Unit
OSP130
RF-193
NA
Rohde & Schwarz
Switch and Control Unit
OSP130
RF-249
NA
Rohde & Schwarz
Switch and Control Unit
OSP150
RF-019
NA
Rohde & Schwarz
Switch and Control Unit
OSP150
RF-194
NA
Rohde & Schwarz
Switch and Control Unit
OSP150
RF-250
NA
*This equipment was in calibration when used for testing.
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 11 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
Manufacturer
Description
Model #
Asset #
Calibration
Due
Huber & Suhner
RF Cable
SucoFlex 100
RF-350
NA
Huber & Suhner
RF Cable
SucoFlex 106A
RF-599
NA
Huber & Suhner
RF Cable
Sucoflex 102A
RF-269
NA
Madge Tech
THP Monitor
PRHT Temp 2000
EMC-170
09/28/2018
Madge Tech
THP Monitor
PRHT Temp 2000
EMC-680
11/2/2018
Madge Tech
THP Monitor
PRHTemp2000
EMC-681
10/26/2018
MegaPhase
RF Cable
EMC3-N1N1-394
EMC-1037
NA
MegaPhase
RF Cable
EMC3-N1N1-394
EMC-1036
NA
Micro-Coax
RF Cable
UTI Flex
RF-354
NA
Micro-Coax
RF Cable
UTI Flex
RF-359
NA
Micro-Coax
RF Cable
UFB311A-1-078750U50U
EMC-351
NA
Murata
RF Cable
MXHQ87WA3000
RF-591
NA
Sucoflex
RF Cable
104PE
RF-430
NA
Teledyne
RF Cable
57500
EMC-1025
NA
Pasternack
RF Cable
PE304-200CM
RF-447
NA
Pasternack
Attenuator
BHBW-S6-2W263+
RF-704
NA
Rohde & Schwarz
Software
EMC-32 V10.01.00
N/A
N/A
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 12 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
Equipment used for Line Conducted Emissions Measurement
Manufacturer
Rohde &
Schwarz
Description
EMI Test
Receiver
Teseq
Model #
Asset #
Calibration Due
ESR3
EMC-669
4/8/2019
LISN
NNB 51
EMC-642
7/28/2018
Fluke
Multimeter
87V
EMC-096
10/23/2018
Madge Tech
THP Monitor
PRHTemp2000
EMC-881
7/17/2018
Chroma
AC Power
Source
61602
EMC-055
N/A
Micro-Coax
RF Cable
UFA210A-11800-50U50U
EMC-367
8/9/2018
ETS-Lindgren
License Dongle
TILE V7.2.5.7
EMC-985
N/A
Note: Items with Calibration Due data marked as N/A are characterized before test,
where applicable.
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 13 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
8 Test Site Description
8.1 Radiated Emissions Test Site
Radiated measurements are performed in a 3m semi-anechoic chamber, which meets NSA
requirements for the frequency range of 30MHz to 1000MHz. For measurements above 1 GHz,
absorbers are laid out on the ground plane between the receiving antenna and the EUT to meet
Site VSWR requirements in accordance with ANSI C63.4:2014.
Testing below 30MHz is also performed in the semi-anechoic chamber. Per KDB 414788,
comparison measurements were performed between an open area site and the semi-anechoic
chamber and the results from the chamber is higher than those measured from the open area
site.
Radiated Measurements in 9 kHz- 30 MHz
The EUT is positioned on a turntable at a height of 80cm using a non-conducting table. A loop
antenna is positioned at 3m from the EUT periphery at 1m height from the ground. The turntable
is rotated 360 degrees to determine the highest emissions. This is repeated for three
orientations of the measurement antenna- parallel, perpendicular and ground-parallel. All
possible orientations of the EUT were investigated for emissions and the flat orientation was
identified as the worst-case configuration.
Radiated Measurements in 30 MHz - 1000 MHz
The EUT is positioned on a turntable at a height of 80cm using a non-conducting table. A
linearly polarized broadband antenna is positioned at 3m from the EUT periphery. The turntable
is rotated 360 degrees and the antenna height varied from 1m to 4m to determine the highest
emissions. This is repeated for both horizontal and vertical polarizations of the measurement
antenna. All possible orientations of the EUT were investigated for emissions and the flat
orientation was identified as the worst-case configuration.
Radiated Measurements above 1GHz
The EUT is positioned on a Turntable at a height of 1.5m. A Linearly polarized antenna is
positioned at 3m from the EUT periphery. Guidelines in ANSI C63.10:2013 were followed with
respect to maximizing the emissions. The measurement antenna is set at a fixed 1.5m height
while the turntable is rotated 360 degrees and the EUT elevation angle is varied from 0 to 150
degrees in 30 degree increments to determine the highest emissions. This is repeated for both
horizontal and vertical Polarizations of the Measurement Antenna. Measurements above 18GHz
were performed at a 3m distance. Near field scanning is performed to identify frequencies
above 1 GHz.
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
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8.2 Test Setup Diagrams
Figure 8-1. Test Setup for Antenna port conducted measurements
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Figure 8-2. Test Setup for Radiated measurements in 9kHz - 30MHz Range
Figure 8-3. Test Setup for Radiated measurements in 30MHz- 1GHz Range
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Figure 8-4. Test Setup for Radiated measurements in 1GHz- 18GHz Range
Figure 8-5. Test Setup for Radiated measurements >18GHz
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9 Test Results- Conducted
9.1 26-dB Emission Bandwidth
Test Requirement:
FCC CFR 47 Rule Part 15.407 (a)
ISED RSS-247 [6.2.1]
Test Method:
Measurements were performed according to the procedures defined in KDB 789033- General
UNII Test Procedures New Rules v01r03 and ANSI C63.10:2013.
Spectrum Analyzer settings:
RBW = approximately 1% of the Emissions Bandwidth
VBW ≥ 3xRBW
Trace Mode= Peak Detector (Max Hold)
Sweep time= Auto
The in-built functionality of the Spectrum Analyzer is used to measure the 26-dB emission
bandwidth.
Limits:
Reporting and measurement purposes only.
Test Results:
See Section 9.2.5.
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9.2 99% Occupied Bandwidth
Test Requirement:
ISED RSS-247 [6.2]
Test Method:
Measurements were performed according to the procedures defined in KDB 789033- General
UNII Test Procedures New Rules v01r03 and ANSI C63.10 2013.
Spectrum Analyzer settings:
Set the center frequency to the nominal EUT channel center frequency
Span = 1.5 to 5.0 times the 99% Occupied Bandwidth
RBW = 1% to 5% of the 99% Occupied Bandwidth
VBW ≥ 3xRBW
Trace Mode= Peak Detector (Max Hold)
Sweep time= Auto
The built-in functionality of the Spectrum Analyzer is used to measure the 99% Occupied
Bandwidth.
Limits:
Reporting and measurement purposes only.
Test Results:
See Section 9.2.5.
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Test Data:
9.2.5.1 Main Antenna 802.11a 26-dB Emission Bandwidth
Main antenna 802.11a 26-dB Emission Bandwidth
Band
Channel No.
Frequency (MHz)
26-dB Emission
Bandwidth (MHz)
UNII-1
36
5180
19.42
44
5220
19.90
48
5240
19.49
UNII-2A
52
5260
19.42
60
5300
19.53
64
5320
19.53
UNII-2C
100
5500
19.91
116
5580
19.45
140
5700
19.89
UNII-3
149
5745
19.47
157
5785
19.61
165
5825
19.47
99% Occupied
BW (MHz)
16.46
16.52
16.47
16.44
16.43
16.47
16.50
16.46
16.45
16.48
16.47
16.46
Plot 9-1. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 36)
Plot 9-2. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 44)
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Plot 9-3 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 48)
Plot 9-4. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 52)
Plot 9-5. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 60)
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Plot 9-6. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 64)
Plot 9-7 . 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 100)
Plot 9-8. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 116)
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Plot 9-9. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 140)
Plot 9-10. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 149)
Plot 9-11. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 157)
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Plot 9-12. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11a (Ch. 165)
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9.2.5.2 Main Antenna 802.11n 26-dB Emission Bandwidth
Main antenna 802.11n 26-dB Emission Bandwidth
Band
Channel No.
Frequency (MHz)
26-dB Emission
Bandwidth (MHz)
UNII-1
36
5180
20.21
44
5220
19.94
48
5240
19.95
UNII-2A
52
5260
19.89
60
5300
19.93
64
5320
19.93
UNII-2C
100
5500
19.89
116
5580
19.94
140
5700
19.95
UNII-3
149
5745
20.05
157
5785
19.97
165
5825
20.02
99% Occupied
BW (MHz)
17.54
17.54
17.52
17.53
17.52
17.51
17.54
17.52
17.52
17.56
17.56
17.52
Plot 9-13. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 36)
Plot 9-14. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 44)
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Plot 9-15. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 48)
Plot 9-16. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 52)
Plot 9-17. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 60)
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Plot 9-18. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 64)
Plot 9-19. 26-dB Emission Bandwidth Chain and 99%, Main Antenna 802.11n (Ch. 100)
Plot 9-20. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 116)
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Plot 9-21. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 140)
Plot 9-22. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 149)
Plot 9-23. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 157)
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Plot 9-24. 26-dB Emission Bandwidth and 99% OBW, Main Antenna 802.11n (Ch. 165)
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9.2.5.3 Diversity Antenna 802.11a HT20 26-dB Emission Bandwidth
Diversity Antenna 802.11n HT20 26-dB Emission Bandwidth
Band
Channel No.
Frequency (MHz)
26-dB Emission 99% Occupied
Bandwidth (MHz)
BW (MHz)
UNII-1
36
5180
19.99
16.51
44
5220
19.60
16.46
48
5240
19.96
16.47
UNII-2A
52
5260
19.48
16.45
60
5300
19.58
16.46
64
5320
19.53
16.47
UNII-2C
100
5500
19.52
16.47
116
5580
19.65
16.48
140
5700
19.51
16.46
UNII-3
149
5745
19.54
16.50
157
5785
19.48
16.49
165
5825
19.58
16.47
Plot 9-25. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11a HT20 (Ch. 36)
Plot 9-26. 26-dB Emission Bandwidth and 99% OBW, Diversity Antenna 802.11n HT20 (Ch. 44)
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Plot 9-27. 26-dB Emission Bandwidth and 99% OBW, Diversity Antenna 802.11n HT20 (Ch. 48)
Plot 9-28. 26-dB Emission Bandwidth and 99% OBW, Diversity Antenna 802.11n HT20 (Ch. 52)
Plot 9-29. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 60)
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Plot 9-30. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 64)
Plot 9-31. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11 HT20 (Ch. 100)
Plot 9-32. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch.116)
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Plot 9-33. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch.140)
Plot 9-34. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch.149)
Plot 9-35. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch.157)
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Plot 9-36. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch.165)
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9.2.5.4 Diversity Antenna 802.11n HT20 26-dB Emission Bandwidth
Chain B 802.11n HT20 26-dB Emission Bandwidth
Band
Channel No.
Frequency (MHz)
26-dB Emission
Bandwidth (MHz)
UNII-1
36
5180
19.88
44
5220
19.98
48
5240
20.01
UNII-2A
52
5260
19.90
60
5300
19.99
64
5320
19.92
UNII-2C
100
5500
19.92
116
5580
19.93
140
5700
19.99
UNII-3
149
5745
19.94
157
5785
20.12
165
5825
19.99
99% Occupied
BW (MHz)
17.53
17.52
17.52
17.53
17.53
17.51
17.52
17.51
17.52
17.54
17.54
17.52
Plot 9-37. 26-dB Emission Bandwidth and 99%OBW, Diversity antenna 802.11n HT20 (Ch.36)
Plot 9-38. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 44)
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Plot 9-39. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 48)
Plot 9-40. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 52)
Plot 9-41. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 60)
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Plot 9-42. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 64)
Plot 9-43. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 100)
Plot 9-44. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 116)
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Plot 9-45. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 140)
Plot 9-46. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 149)
Plot 9-47. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 157)
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Plot 9-48. 26-dB Emission Bandwidth and 99% OBW, Diversity antenna 802.11n HT20 (Ch. 165)
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9.3 6-dB Bandwidth
Test Requirement:
FCC CFR 47 Rule Part 15.407 (e)
ISED RSS-247 [6.2.4]
Test Method:
Measurements were performed according to the procedures defined in KDB 789033- General
UNII Test Procedures New Rules v01r03 and ANSI C63.10:2013.
Spectrum Analyzer settings:
RBW = 100 kHz
VBW ≥ 3xRBW
Trace Mode= Peak Detector (Max Hold)
Sweep time= Auto
The in-built functionality of the Spectrum Analyzer is used to measure the 6-dB bandwidth.
Limits:
The 6-dB Bandwidth shall be ≥ 500 kHz.
Test Results:
Pass
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Test Data:
9.3.5.1 Main Antenna 802.11a 6-dB Bandwidth
Main Antenna 802.11a 6-dB Bandwidth
Channel No.
Frequency (MHz)
6-dB Bandwidth (MHz)
149
5745
15.13
157
5785
15.13
165
5825
15.12
Plot 9-49. 6-dB Bandwidth, Main antenna 802.11a (Ch. 149)
Plot 9-50. 6-dB Bandwidth, Main antenna 802.11a (Ch. 157)
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Plot 9-51. 6-dB Bandwidth, Main antenna 802.11a (Ch. 165)
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9.3.5.2 Main Antenna 802.11n 6-dB Bandwidth
Main Antenna 802.11a 6-dB Bandwidth
Channel No.
Frequency (MHz)
6-dB Bandwidth (MHz)
149
5745
15.13
157
5785
15.13
165
5825
15.12
Plot 9-52. 6-dB Bandwidth, Main antenna 802.11n (Ch. 149)
Plot 9-53. 6-dB Bandwidth, Main antenna 802.11n (Ch. 157)
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Plot 9-54. 6-dB Bandwidth, Main antenna 802.11n (Ch. 165)
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9.3.5.3 Diversity Antenna 802.11a HT20 6-dB Bandwidth
Chain A 802.11n HT20 6-dB Bandwidth
Channel No.
Frequency (MHz)
6-dB Bandwidth (MHz)
149
5745
15.14
157
5785
15.12
165
5825
15.12
Plot 9-55. 6-dB Bandwidth, Diversity antenna 802.11a HT20 (Ch. 149)
Plot 9-56. 6-dB Bandwidth, Diversity antenna 802.11a HT20 (Ch. 157)
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Plot 9-57. 6-dB Bandwidth, Diversity antenna 802.11a HT20 (Ch. 165)
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9.3.5.4 Diversity Antenna 802.11n HT20 6-dB Bandwidth
Chain B 802.11n HT20 6-dB Bandwidth
Channel No.
Frequency (MHz)
6-dB Bandwidth (MHz)
149
5745
15.13
157
5785
15.12
165
5825
15.12
Plot 9-58. 6-dB Bandwidth, Diversity Antenna 802.11n HT20 (Ch. 157)
Plot 9-59. 6-dB Bandwidth, Diversity Antenna 802.11n HT20 (Ch. 157)
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Plot 9-60. 6-dB Bandwidth, Diversity Antenna 802.11n HT20 (Ch. 165)
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9.4 Maximum Conducted Output Power
Test Requirement:
FCC CFR 47 Rule Part 15.407 (a)
ISED RSS-247 [6.2]
Test Method:
Measurements were performed according to the procedures defined in KDBs 789033- General
UNII Test Procedures New Rules v01r03, 662911 D01 Multiple Transmitter Output v02r01, and
ANSI C63.10 2013.
Spectrum Analyzer settings:
Average Power:
RBW= 1 MHz
VBW= 3 MHz
Detector = RMS
Trace Mode= Average over 100 traces
Sweep time= Auto
Sweep Point ≥ 2*Span/RBW
Span= large enough to encompass the 26-dB Emission Bandwidth or alternatively the 99%
Occupied Bandwidth.
Use the band power measurement function to integrate the power over the 26-dB Emission
Bandwidth or 99% Occupied Bandwidth.
Limits:
15.407: The maximum conducted output power shall not exceed the limits given the following
table for antennas that do not exceed a directional gain > 6dBi:
Band of Operation
15.407 Limit
(MHz)
5150 – 5250
24 dBm
5250 – 5350
24dBm or 11 dBm + 10 log (B)(1)
5470 – 5725
24dBm or 11 dBm + 10 log (B)(1)
5725 – 5825
30 dBm
Note(1): B is the 26-dB Emission bandwidth of signal in MHz.
RSS-247: The maximum conducted output power and/or EIRP shall not exceed the limits given
the following table:
Band of Operation (MHz)
RSS-247 Conducted Output
RSS-247 E.I.R.P Limit
Power Limit
5150 – 5250
-23 dBm or 10 + 10 log (B)(1)
(1)
5250 – 5350
24 dBm or 11 + 10 log (B)
30 dBm or 17 + 10 log (B)(1)
(1)
5470 – 5725
24 dBm or 11 + 10 log (B)
30 dBm or 17 + 10 log (B)(1)
5725 – 5825
30 dBm
-Note(1): B is the 99% Occupied Bandwidth of the signal in MHz.
Test Results:
Pass. See Section 9.5.5 for test data.
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9.5 Power Spectral Density
Test Requirement:
FCC CFR 47 Rule Part 15.407 (a)
ISED RSS-247 [6.2]
Test Method:
Measurements were performed according to the procedures defined in KDBs 789033- General
UNII Test Procedures New Rules v01r03, 662911 D01 Multiple Transmitter Output v02r01, and
ANSI C63.10 2013.
Spectrum Analyzer settings for devices operating in the bands 5.15 – 5.25 GHz, 5.25 –
5.35GHz, and 5.47 – 5.725GHz:
RBW= 1 MHz
VBW= 3 MHz
Detector = RMS
Trace Mode= Average over 100 traces
Sweep time= Auto
Sweep Point ≥ 2*Span/RBW
Span= large enough to encompass the 26-dB Emission Bandwidth or alternatively the 99%
Occupied Bandwidth. Use the peak marker function to identify the Maximum Power Spectral
Density
Spectrum Analyzer settings for devices operating in the bands 5.725 – 5.85 GHz:
RBW= 100 kHz
VBW= 300 kHz
Detector = RMS
Trace Mode= Average over 100 traces
Sweep time= Auto
Sweep Point ≥ 2*Span/RBW
Span= large enough to encompass the 26-dB Emission Bandwidth or alternatively the 99%
Occupied Bandwidth. Use the peak marker function to identify the Maximum Power Spectral
Density
Offset is added if measurements are performed using a reduced resolution bandwidth 100 kHz,
add 10* log (500KHz/RBW USED) to the measured result.
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Limits:
15.407: The Maximum Power Spectral Density shall not exceed the limits given the following
table for antennas that do not exceed a directional gain > 6dBi:
Band of Operation
15.407 Limits
(MHz)
5150 – 5250
11dBm/MHz
5250 – 5350
11dBm/MHz
5470 – 5725
11dBm/MHz
5725 – 5825
30dBm/500kHz
Band of Operation
(MHz)
5150 – 5250
5250 – 5350
5470 – 5725
5725 – 5825
RSS-247 Limits
10dBm/MHz e.i.r.p.
11dBm/MHz*
11dBm/MHz*
30dBm/500kHz
For antenna gains >6dBi, the conducted PSD limits are reduced by the amount it exceeds 6dBi.
Test Results:
Pass.
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Test Data
9.5.5.1 Main Antenna 802.11a Maximum Conducted Output Power
Main antenna 802.11a Maximum Conducted Output Power
Chan. Freq. Average Duty
Total
15.407 RSS15.407
No.
(MHz) Power
cycle
Power
Limit
247
Margin
(dBm)
correction (dBm)
(dBm) Limit
(dB)
factor
(dBm)
(dBm)
36
5180
7.95
0.21
8.16
23.80
--15.64
44
5220
7.87
0.21
8.08
23.80
--15.72
48
5240
7.89
0.21
8.10
23.80
--15.70
52
5260
7.98
0.21
8.19
23.68
22.96
-15.49
60
5300
8.07
0.21
8.28
23.71
22.96
-15.43
64
5320
8.04
0.21
8.25
23.71
22.97
-15.46
100
5500
7.81
0.21
8.02
23.99
23.17
-15.97
116
5580
7.92
0.21
8.13
23.89
23.16
-15.76
140
5700
8.17
0.21
8.38
23.99
23.16
-15.61
149
5745
7.90
0.21
8.11
30.00
30.00
-21.89
157
5785
8.15
0.21
8.36
30.00
30.00
-21.64
165
5825
8.01
0.21
8.22
30.00
30.00
-21.78
Channel
No.
36
44
48
52
60
64
100
116
140
149
157
165
Main antenna 802.11a E.I.R.P
Frequency Total
Antenna
E.I.R.P
(MHz)
Power
Gain
(dBm)
(dBm)
(dBi)
5180
5220
5240
5260
5300
5320
5500
5580
5700
5745
5785
5825
8.16
8.08
8.10
8.19
8.28
8.25
8.02
8.13
8.38
8.11
8.36
8.22
Report#: R-TR484-FCCISED-UNII-3
6.20
6.20
6.20
6.20
6.20
6.20
5.90
5.90
5.90
5.60
5.60
5.60
14.36
14.28
14.30
14.39
14.48
14.45
13.92
14.03
14.28
13.71
13.96
13.82
Issued: Jun 07, 2018
Microsoft EMC Laboratory
RSS-247
E.I.R.P
Limit
(dBm)
21.96
21.98
21.97
28.96
28.96
28.97
29.17
29.16
29.16
----
RSS-247
Margin
(dB)
----14.77
-14.68
-14.72
-15.15
-15.03
-14.78
-21.89
-21.64
-21.78
RSS-247
E.I.R.P.
Margin (dB)
-7.60
-7.70
-7.67
-14.57
-14.48
-14.52
-15.25
-15.13
-14.88
----
Page 52 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
9.5.5.2 Main Antenna 802.11a Maximum Power Spectral Density
UNII-1 Main antenna 802.11a Maximum Power Spectral Density/MHz
Chan.
No.
Freq.
(MHz)
36
44
48
Measured
PSD/MHz
(dBm)
5180
5220
5240
Duty
Cycle
corr.
factor
(dBm)
-2.20
-2.09
-2.21
Total
PSD
𝒅𝑩𝒎
0.21
0.21
0.21
𝑴𝑯𝒛
Total
Ant.
Gain
(dBi)
-1.99
-1.88
-2.00
6.20
6.20
6.20
Total
EIRP
PSD
𝒅𝑩𝒎
𝑴𝑯𝒛
RSS247
EIRP
PSD
Limit
𝒅𝑩𝒎
15.407
Limit
𝒅𝑩𝒎
4.21
4.32
4.20
𝑴𝑯𝒛
10.80
10.80
10.80
𝑴𝑯𝒛
15.407
Margin
(dB)
RSS247
Margin
(dB)
-12.79
-12.68
-12.80
-5.79
-5.68
-5.80
10.00
10.00
10.00
UNII-2A and UNII-2C main antenna 802.11a Maximum Power Spectral Density/MHz
Channel
No.
52
60
64
100
116
140
Frequency
(MHz)
5260
5300
5320
5500
5580
5700
Measured
PSD/MHz
(dBm)
Duty
cycle
correction
factor
(dBm)
-2.04
-2.03
-2.12
-2.24
-2.17
-2.00
0.21
0.21
0.21
0.21
0.21
0.21
Total
PSD
𝒅𝑩𝒎
15.407
Limit
𝒅𝑩𝒎
RSS-247
Limit
𝒅𝑩𝒎
𝑴𝑯𝒛
𝑴𝑯𝒛
𝑴𝑯𝒛
-1.83
-1.82
-1.91
-2.03
-1.96
-1.79
15.407
Margin
(dB)
RSS- 247
Margin
(dB)
11.00
11.00
11.00
11.00
11.00
11.00
-12.63
-12.62
-12.71
-13.03
-12.96
-12.79
-12.83
-12.82
-12.91
-13.03
-12.96
-12.79
10.80
10.80
10.80
11.00
11.00
11.00
UNII-3 main antenna 802.11a Maximum Power Spectral Density/500kHz
Chan.
No.
149
157
165
Freq.
(MHz)
5745
5785
5825
Measured
PSD/500kHz
(dBm)
Duty
cycle
correction
factor
(dBm)
-4.32
-3.73
-4.17
0.21
0.21
0.21
Report#: R-TR484-FCCISED-UNII-3
Total
PSD
𝒅𝑩𝒎
) (
15.407
Limit
𝒅𝑩𝒎
RSS-247
Limit
𝒅𝑩𝒎
) (
𝟓𝟎𝟎 𝒌𝑯𝒛
𝟓𝟎𝟎 𝒌𝑯𝒛
𝟓𝟎𝟎 𝒌𝑯𝒛
-4.11
-3.52
-3.96
30.00
30.00
30.00
30.00
30.00
30.00
Issued: Jun 07, 2018
Microsoft EMC Laboratory
15.407
Margin
RSS-247
Margin
(dB)
(dB)
-34.11
-33.52
-34.11
-34.11
-33.52
-34.11
Page 53 of 145
FCC ID: C3K1836
IC ID: 3048A-1836
Plot 9-61. Maximum Conducted Output Power and PSD, Main antenna 802.11a (Ch. 36)
Plot 9-62. Maximum Conducted Output Power and PSD, Main antenna 802.11a (Ch. 44)
Plot 9-63. Maximum Conducted Output Power and PSD, Main antenna 802.11a (Ch. 48)
Report#: R-TR484-FCCISED-UNII-3
Issued: Jun 07, 2018
Microsoft EMC Laboratory
Page 54 of 145
Download: 1836 Wireless Input Device Test Report R-TR484-FCCISED-UNII-3 Microsoft Corporation
Mirror Download [FCC.gov]1836 Wireless Input Device Test Report R-TR484-FCCISED-UNII-3 Microsoft Corporation
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