Radio Test report

Transcription

1 Radio Test report based on: Radio Equipment Regulations for Japan 82. abg compact flash module Summit Data Communications SDC-CFG

2 Report number: Contents MIN MODULE...3 INTRODUCTION PRODUCT TEST SCHEDULE PRODUCT DOCUMENTTION OBSERVTIONS ND COMMENTS SUMMRY CONCLUSIONS...6 TEST RESULTS MODULE...7 SUMMRY OF TESTS 82. W52 & W53 BNDS SUMMRY OF TESTS 82.B SUMMRY OF TESTS 82.G GENERL INFORMTION Equipment information Frequency test channels Test conditions ssembly ntenna specifications Radiation patterns TEST RESULTS 82. W52 & W53 BNDS Frequency Tolerance Occupied Bandwidth (99 % channel power bandwidth) Spurious emissions transmitter Out-band emission power djacent channel power tolerance ntenna Power Spurious emissions receiver Burst Length Carrier sense capability TEST RESULTS 82.B Frequency Tolerance Occupied Bandwidth (99 % channel power bandwidth) Occupied Bandwidth (9 % channel power bandwidth) Spurious emissions transmitter ntenna Power ngular width of principal radiation (WPR) Spurious emissions receiver TEST RESULTS 82.G Frequency Tolerance Occupied Bandwidth (99 % channel power bandwidth) Occupied Bandwidth (9 % channel power bandwidth) Spurious emissions transmitter ntenna Power ngular width of principal radiation (WPR) Spurious emissions receiver...52 USED TEST EQUIPMENT MODULE...54 PHOTOGRPHS MODULE...55 This report comprises of four modules. The total number of pages is: 64

3 Page: 3 of 3 Main module Report number: Main module Introduction This report contains the result of tests performed by: Telefication B.V. Edisonstraat 2a 692 PK Zevenaar The Netherlands Telefication complies with the accreditation criteria for test laboratories as laid down in ISO/IEC 725:25. The accreditation covers the quality system of the laboratory as well as the specific activities described in the authorized annex bearing the accreditation number L2 and is granted on 3 November 99 by the Dutch Council For ccreditation (Rv: Raad voor ccreditatie). The contents of this test report, if reproduced, shall be copied in full, unless special consent in writing for reproduction in part is granted by Telefication. Copyright of this test report is reserved to Telefication. Ordering party: Company name : Elliott Labs, Inc. ddress : 684 West Maude venue Zip code : City/town : Sunnyvale Country : United States of merica Date of order : 5 pril 28

4 Page: 4 of 4 Main module Report number: Product sample of the following product was submitted for testing: Product name : 82. abg compact flash module Manufacturer : Gemtek Technology Co., Ltd. Trade mark : Summit Data Communications Type designation : SDC-CFG Identification no. : -- Hardware version : V4 Software release : -- Serial number : CFG Test schedule Tests are carried out in accordance with the specification detailed in chapter 6 "Summary" of this report. Tests are carried out at the following location: Telefication; Zevenaar The sample of the product was received on: 4 June 28 Tests are carried out between: 3 June and July 28 4 Product documentation For production of this report the following product documentation has been used: Description: Date: Identification: Summit Manufacturing Utility Guide 2/3/8 Summit Data Communications, Inc. Electrical diagram, sht. 2 of 6, rev.4 6 Dec. 27 Dwg no. WCFB-8G_V2_S2 Electrical diagram, sht. 5 of 6, rev.4 6 Dec. 27 Dwg no. WCFB-8G_V2_S4 Block diagram Not dated WCFB-8G Operational description Not dated SDC-CFG Summit operating instructions Not dated -- The above-mentioned documentation will be filed at Telefication for a period of years following the issue of this report.

5 Page: 5 of 5 Main module Report number: Observations and comments For the purpose of testing a PD, type ipq, served as a host. ll measurements are carried out as conducted tests on the antenna connector. 6 Summary The product is intended for use in the following application area: Wireless Local rea Network (WLN) The sample is tested according to the following specification: Radio Equipment Regulations for Japan

6 Page: 6 of 6 Main module Report number: Conclusions The sample of the product showed NO NON-COMPLINCES to the specification stated in chapter 6 of this report. The results of the tests as stated in this report, are exclusively applicable to the product items as identified in this report. Telefication accepts no responsibility for any stated properties of product items in this test report, which are not supported by the tests as specified in chapter 6 Summary. ll tests are performed by: name function : ing. P.. Suringa : Senior Engineer Radio/EMC signature : Review of test methods and report by: name function : ing. K.. Roes : Senior Engineer signature : The above conclusions have been verified by the following signatory: date : 8 ugust 28 name function : J.P. van de Poll : Co-ordinator Test Group signature :

7 Page: 7 of 7 Test results module Summary of tests 82.a W52 & W53 bands rticle Report Status Requirement reference reference (note ) General provisions 5 5. Frequency tolerance C Occupied bandwidth C Spurious emissions C Transmitting equipment ntenna power tolerance C Transmitting antenna Type, configuration, etc. of transmitting antenna C Directional pattern of transmitting antenna C Receiving equipment Spurious emission of receiver C , 4.6 Refer to all articles for transmitting antenna C Operating frequencies 58, 52, 522, 524, 526, 528, 53 & 532 MHz 49.2 (3) (a) 4.4 High Frequency/modulation section cannot be opened C easily 49.2 (3) (b) 4. Communication method C 49.2 (3) (c) 4. Modulation method C 49.2 (3) (d) 4. Signal transmission rate C 49.2 (3) (e) 5.8 Burst Length C 49.2 (3) (f) 5.6 ntenna power tolerance C 49.2 (3) (g) 5.6 Isotropically radiated power C 49.2 (3) (h) 5.2 Number of carriers within MHz bandwidth in OFDM C 49.2 (3) (i) -- Spreading factor N 5.4 Out-band emission power C 49.2 (3) (j) 5.5 djacent channel power tolerance C MIC notice Carrier sense capability C Note : C = Conform NC = Not Conform NT = Not Tested N = Not pplicable

8 Page: 8 of 8 2 Summary of tests 82.b rticle Report Status Parameter reference reference (note ) General provisions 5 6. Frequency tolerance C Occupied bandwidth C Spurious emissions C Transmitting equipment ntenna power C SR N 5 6. Frequency stabilization C Transmitting antenna Type, configuration, etc. of transmitting antenna C Directional pattern of transmitting antenna C Receiving equipment Spurious emission of receiver C , 4.6 Refer to all articles for transmitting antenna C Operating frequency MHz 49.2(); a 4.4 High Frequency/modulation section cannot be opened C easily 49.2(); b 4. Communication method C 49.2(); c 4. Modulation method C 49.2(); d 4. Spread spectrum method C 49.2(); e 6.5 ntenna power C 49.2();f() 4.5 bsolute gain of transmitting antenna C 49.2();f(2) 6.6 ngular width of principal radiation (WPR) C 49.2(); g -- Number of carriers within MHz bandwidth in OFDM N 49.2(); h 6.3 Diffusion bandwidth C 49.2(); i 6.3 Spreading factor C 49.2(); j -- Frequency retention time (FH employed) N Operating frequency MHz 49.2(2); a 4. High Frequency/modulation section cannot be opened C easily 49.2(2); b 4. Communication method C 49.2(2); c 4. Spread Spectrum method C 49.2(2); d 6.5 ntenna power C 49.2(2); e 4.5 bsolute gain of transmitting antenna C 49.2(2); f 6.3 Diffusion bandwidth C 49.2(2); g 6.3 Spreading factor C 49.2(2); h -- Interference immunity function N Note : C = Conform NC = Not Conform NT = Not Tested N = Not pplicable

9 Page: 9 of 9 3 Summary of tests 82.g rticle Report reference reference Parameter General provisions 5 7. Frequency tolerance C Occupied bandwidth C Spurious emissions C Transmitting equipment ntenna power C SR N 5 7. Frequency stabilization C Transmitting antenna Type, configuration, etc. of transmitting antenna C Directional pattern of transmitting antenna C Receiving equipment Spurious emission of receiver C & 3.5 Refer to all articles for transmitting antenna C Operating frequency MHz 49.2(); a 4.4 High Frequency/modulation section cannot be opened easily C 49.2(); b 4. Communication method C 49.2(); c 4. Modulation method C 49.2(); d 4. Spread spectrum method C 49.2(); e 7.5 ntenna power C 49.2();f() 3.4 & 3.5 bsolute gain of transmitting antenna C 49.2();f(2) 7.6 ngular width of principal radiation (WPR) C 49.2(); g 7.2 Number of carriers within MHz bandwidth in OFDM C 49.2(); h 7.3 Diffusion bandwidth C 49.2(); i 7.3 Spreading factor C 49.2(); j -- Frequency retention time (FH employed) N Operating frequency MHz 49.2(2); a -- High Frequency/modulation section cannot be opened easily N 49.2(2); b -- Communication method N 49.2(2); c -- Spread Spectrum method N 49.2(2); d -- ntenna power N 49.2(2); e -- bsolute gain of transmitting antenna N 49.2(2); f -- Diffusion bandwidth N 49.2(2); g -- Spreading factor N 49.2(2); h -- Interference immunity function N Note : C = Conform NC = Not Conform NT = Not Tested N = Not pplicable Status (note )

10 Page: of 4 General information 4. Equipment information Equipment type designation SDC-CFG Type of equipment Data transmission equipment operating in the 2.4 & 5 GHz bands using spread spectrum techniques Modulation 82.a: Orthogonal Frequency Division (OFDM) 82.b: CCK 82.g: Orthogonal Frequency Division (OFDM) Operating frequency ranges MHz (W52 & W53 bands); MHz Rated conducted RF power IEEE 82.a.5 mw/mhz Rated conducted RF power IEEE 82.b 2.5 mw/mhz Rated conducted RF power IEEE 82.g 2.5 mw/mhz Signal transmission rate (max.) 82.a: 54 Mbps; 82.b: Mbps; 82.g: 54 Mbps 4.2 Frequency test channels 82.a W52 & W53 bands TX RX Channel MHz 58 MHz Channel MHz 524 MHz Channel MHz 526 MHz Channel MHz 532 MHz 82.b TX RX Channel 242 MHz 242 MHz Channel MHz 2442 MHz Channel MHz 2484 MHz 82.g TX RX Channel 242 MHz 242 MHz Channel MHz 2442 MHz Channel MHz 2472 MHz

11 Page: of 4.3 Test conditions Test Conditions Voltage (Vdc) Normal 3.3 The nominal voltage of the SDC-CFG is 3.3 V DC. This voltage is the input voltage to the voltage regulator (type LP2985, manufacturer National Semiconductor) of the radio module. The line regulation error is specified as.4 %/V. This means that in the worst case of a variation of.33 V ( %) at the input, the output varies with.46 %, which is less than the required %. Therefore all measurements for the SDC-CFG are performed with a (nominal) supply voltage of 3.3 V DC. 4.4 ssembly The RF part is contained in a miniature shielded metal housing. The housing cannot be opened easily, see photographs 3 up to 6 in the Photographs module. 4.5 ntenna specifications The device has been designed to operate with the antennas listed below: Larson dual band swivel mount dipole Type Dipole Freq. range 24 25/49-59 (MHz) Gain max..6 dbi/ 5 dbi VSWR 2: Impedance 5 Ohms Polarization Linear vertical Radiation pattern E plane: 85º low band 3 º high band H plane: omnidirectional

12 Page: 2 of 2 Type PCB Laird Centurion NanoBlade Freq. range (GHz) Gain max. VSWR < 2: / dbi (2.45 GHz); 4.7 dbi (4.9 GHz); 5. dbi (5.25 GHz); 4.5 dbi (5.875 GHz) Volex VLX-54- Impedance Polarization Radiation pattern Type Freq. range (GHz) Gain max. VSWR Impedance Polarization Radiation pattern 5 Ohms Vertical, omni-directional See section 4.6 radiation patterns Dipole / dbi ( GHz);.9 dbi ( GHz).92: Max. 5 Ohms Linear, vertical Omni-directional

13 Page: 3 of Radiation patterns Laird Centurion NanoBlade

14 Page: 4 of 4 Volex VLX GHz band

15 Page: 5 of 5 5 GHz band

16 Page: 6 of 6 Larson dual band swivel mount dipole

17 Page: 7 of 7 5 Test results 82.a W52 & W53 bands 5. Frequency Tolerance Result values: Tolerance from nominal frequency: T amb : 27 C RH: 45 % U nom : 3.3 Vdc Voltage Ch 36 Ch 48 Ch 64 U nom U -% U +% Carrier frequency (MHz) Frequency tolerance (ppm) Carrier frequency (MHz) n.t.* n.t.* n.t.* Frequency tolerance (ppm) n.t.* n.t.* n.t.* Carrier frequency (MHz) n.t.* n.t.* n.t.* Frequency tolerance (ppm) n.t.* n.t.* n.t.* Measurement uncertainty * See remark in section 4.3 test conditions. +/- 2 khz Limit values: Under all test conditions 2 ppm

18 Page: 8 of Occupied Bandwidth (99 % channel power bandwidth) Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW 3 khz Marker [T ] * RBW 3 khz Marker [T ] Ref dbm * tt 3 db * VBW 3 khz SWT 2 ms.2 dbm 5.55 GHz Ref dbm * tt 3 db * VBW 3 khz SWT 2 ms dbm 5.25 GHz OBW 6.6 MHz OBW 6.6 MHz PK - T T2 Temp [T OBW] -4.5 dbm 5.77 GHz Temp 2 [T OBW] dbm GHz B PK - T T2 Temp [T OBW] -2.6 dbm GHz Temp 2 [T OBW] dbm GHz B Center 5.8 GHz 5 MHz/ Span 5 MHz Center 5.24 GHz 5 MHz/ Span 5 MHz Date: 4.JUL.28 5:34:2 Ch 36: occupied bandwidth 6.6 MHz * RBW 3 khz Marker [T ] * VBW 3 khz -47. dbm Ref 2 dbm * tt 3 db SWT 2 ms GHz Date: 4.JUL.28 6:26:4 Ch 48: occupied bandwidth 6.6 MHz OBW 6.6 MHz T T2 Temp [T OBW] -4.4 dbm S * GHz Temp 2 [T OBW] dbm GHz - Center 5.32 GHz 5 MHz/ Span 5 MHz Date:.JUL.28 5:56:3 Ch 64: occupied bandwidth 6.6 MHz Measurement uncertainty ± 96 khz Limit values: Under all test conditions Occupied bandwidth: 8 MHz Number of carriers: The total number of subcarriers in one channel OFDM is 52. There is no subcarrier at the channel center frequency (therefore there are 53 subcarrier frequencies but only 52 are used in a given channel). The measured occupied bandwidth varies is 6.6 MHz. 6.6 MHz / 53 =.3 Within a bandwidth of MHz there are at least 3 subcarriers. This complies with the requirement of at least subcarrier.

19 Page: 9 of Spurious emissions transmitter Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz Marker [T ] * RBW MHz Marker [T ] Ref 2 dbm * tt 3 db * VBW khz SWT ms dbm. GHz Ref 2.9 dbm * tt 3 db * VBW MHz SWT 9 ms 3.65 dbm GHz Offset.9 db LIMIT CHECK PSS LIMIT CHECK PSS S * - S * - JPN5GHz JPN5GHz - - Start MHz 99 MHz/ Stop GHz Start GHz 436 MHz/ Stop 5.36 GHz Date: 3.JUL.28 7:9: Date: 3.JUL.28 7:3:4 Ch 36 TX * RBW MHz Marker [T ] Ch 36 TX * RBW MHz Marker [T ] Ref 2.9 dbm * tt 3 db * VBW MHz SWT 2 ms 7.3 dbm GHz Ref 23.2 dbm * tt 3 db * VBW MHz SWT 26 ms dbm GHz Offset.9 db LIMIT CHECK PSS Offset 3.2 db LIMIT CHECK PSS S * - S * - JPN5GHz JPN5GHz - Start 5 GHz 4 MHz/ Stop 5.4 GHz Start 5.4 GHz.286 GHz/ Stop 8 GHz Date: 3.JUL.28 7:5:22 Ch 36 TX Measurement uncertainty Date: 3.JUL.28 7:7:24 Ch 36 TX +2.4/-2.7 db

20 Page: 2 of 2 Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz Marker [T ] * RBW MHz Marker [T ] Ref 2 dbm * VBW khz * tt 3 db SWT ms LIMIT CHECK PSS dbm MHz Ref 2.9 dbm Offset.9 db * VBW MHz * tt 3 db SWT 9 ms LIMIT CHECK PSS 6.63 dbm GHz S * - S * - JPN5GHz JPN5GHz - - Start MHz 99 MHz/ Stop GHz Start GHz 436 MHz/ Stop 5.36 GHz Date: 3.JUL.28 6:59:4 Date: 3.JUL.28 6:53:7 Ch 48 TX * RBW MHz Marker [T ] Ch 48 TX * RBW MHz Marker [T ] Ref 2.9 dbm Offset.9 db * VBW MHz * tt 3 db SWT 2 ms LIMIT CHECK PSS 7.77 dbm GHz Ref 23.2 dbm Offset 3.2 db * VBW MHz * tt 3 db SWT 26 ms LIMIT CHECK PSS 8.8 dbm GHz S * - S * - JPN5GHz JPN5GHz - Start 5 GHz 4 MHz/ Stop 5.4 GHz Start 5.4 GHz.286 GHz/ Stop 8 GHz Date: 3.JUL.28 6:5:5 Ch 48 TX Measurement uncertainty Date: 3.JUL.28 6:55:5 Ch 48 TX +2.4/-2.7 db

21 Page: 2 of 2 T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz * RBW MHz Marker [T ] Ref 2 dbm * VBW khz * tt 3 db SWT ms LIMIT CHECK PSS Ref 2.9 dbm Offset.9 db * VBW MHz * tt 3 db SWT 9 ms LIMIT CHECK PSS 4.74 dbm GHz S * - S * - JPN5GHz JPN5GHz - - Start MHz 99 MHz/ Stop GHz Start GHz 436 MHz/ Stop 5.36 GHz Date: 3.JUL.28 5:22:37 Date: 3.JUL.28 5:3:2 Ch 64 TX * RBW MHz Marker [T ] Ch 64 TX * RBW MHz Marker [T ] Ref 2.9 dbm Offset.9 db * VBW MHz * tt 3 db SWT 2 ms LIMIT CHECK PSS 5.7 dbm GHz Ref 23.2 dbm Offset 3.2 db * VBW MHz * tt 3 db SWT 26 ms LIMIT CHECK PSS 8.2 dbm GHz S * - S * - JPN5GHz JPN5GHz - Start 5 GHz 4 MHz/ Stop 5.4 GHz Start 5.4 GHz.286 GHz/ Stop 8 GHz Date: 3.JUL.28 5:6:43 Ch 64 TX Measurement uncertainty +2.4/-2.7 db Date: 3.JUL.28 5:2:39 CH 64 TX Limit values: Transmitter operating < 54 MHz: - 26 dbm/mhz > 528 MHz: - 26 dbm/mhz

22 Page: 22 of Out-band emission power Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW 3 khz * RBW 3 khz.jul 8 5:6 Ref 22 dbm * tt 3 db * VBW 3 khz SWT 2 ms.jul 8 5:2 Ref 22 dbm * tt 3 db * VBW 3 khz SWT 2 ms 2 Offset 5.9 db LIMIT CHECK PSS B 2 Offset 5.9 db LIMIT CHECK PSS B PK PK JPOUTPR - - JPOUTBND Center 5.49 GHz 2 MHz/ Span 2 MHz Center GHz 2 MHz/ Span 2 MHz SUBSTITUTED VLUE: 242. MHz SUBSTITUTED VLUE: 242. MHz Date:.JUL.28 5:6:55 Date:.JUL.28 5:2:46 Ch 36 TX * RBW 3 khz Marker [T ] Ch 48TX.Jul 8 4:57 Ref 22 dbm 2 Offset 5.9 db PK * VBW 3 khz * tt 3 db SWT 2 ms LIMIT CHECK PSS dbm 5.6 GHz B.Jul 8 7: Ref 22 dbm 2 Offset 5.9 db PK * RBW 3 khz * VBW 3 khz * tt 3 db SWT 2 ms LIMIT CHECK PSS B - - JPLEKPW W53OUTBD Center 5.26 GHz 2 MHz/ Span 2 MHz Center 5.34 GHz 5 MHz/ Span 5 MHz SUBSTITUTED VLUE: 242. MHz Date:.JUL.28 4:57:36 Ch 52 TX Measurement uncertainty Date:.JUL.28 7::43 Ch 64 TX +2.4/-2.7 db

23 Page: 23 of 23 Limit values W52 band: Frequency band Deviation frequency (f) from 524MHz EIRP MHz 98- MHz 2.5µW/MHz or less MHz 9-98MHz 5µW/MHz or less MHz - MHz MHz - 2MHz MHz MHz -(f-9) mw/mhz or less --(8/9)(f) mw/mhz or less -.8-(6/5)(f) mw/mhz or less MHz MHz 2.5µW/MHz or less Limit values W53 band: Frequency band Deviation frequency (f) from 526MHz EIRP MHz MHz 2.5µW/MHz or less MHz MHz MHz - 2MHz MHz - MHz -.8-(6/5)(f) mw/mhz or less - -(8/9)(f-) mw/mhz or less -(f-9) mw/mhz or less MHz 9 - MHz 2.5µW/MHz or less

24 Page: 24 of djacent channel power tolerance Result values: CH 36 Ref.9 dbm * tt 2 db * RBW 3 khz * VBW 3 khz SWT 2 ms Marker [T ] dbm GHz Offset.9 db - RM * - Center 5.8 GHz MHz/ Span MHz Tx Channel Bandwidth 8 MHz Power 2.5 dbm djacent Channel Bandwidth 8 MHz Lower db Spacing 2 MHz Upper db lternate Channel Bandwidth 8 MHz Lower db Spacing 4 MHz Upper db

25 Page: 25 of 25 CH 48 Ref.9 dbm * tt 2 db * RBW 3 khz * VBW 3 khz SWT 2 ms Marker [T ] dbm 5.9 GHz Offset.9 db - RM * - Center 5.24 GHz MHz/ Span MHz Tx Channel Bandwidth 8 MHz Power 4.7 dbm djacent Channel Bandwidth 8 MHz Lower db Spacing 2 MHz Upper db lternate Channel Bandwidth 8 MHz Lower db Spacing 4 MHz Upper db

26 Page: 26 of 26 CH 64 Ref.9 dbm * tt 2 db * RBW 3 khz * VBW 3 khz SWT 2 ms Marker [T ] dbm 5.27 GHz Offset.9 db - RM * - Center 5.32 GHz MHz/ Span MHz Tx Channel Bandwidth 8 MHz Power 4.29 dbm djacent Channel Bandwidth 8 MHz Lower db Spacing 2 MHz Upper db lternate Channel Bandwidth 8 MHz Lower db Spacing 4 MHz Upper db ** These test results are conducted measurements. ntenna gain is not related to this measurement. Limit values: Under all test conditions Mean Power 2 MHz distance of carrier: Mean Power 4 MHz distance of carrier: -25 dbc dbc

27 Page: 27 of ntenna Power Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc Voltage ch 36 ch 48 ch 64 U nom U -% U +% Conducted power (dbm/mhz) Deviation from rated power (%) Radiated power (mw/mhz) ** Conducted power (dbm) n.t.* n.t.* n.t.* Radiated power (mw/mhz) n.t.* n.t.* n.t.* Conducted power (dbm) n.t.* n.t.* n.t.* Radiated power (mw/mhz) n.t.* n.t.* n.t.* Measurement uncertainty * See remark in section 4.3 test conditions. < 3.3 db ** The test results are valid for the 5. dbi gain antenna as specified in section 3.5 ntenna specifications. Note: the rated conducted power is.5 mw/mhz Limit values : Under all test conditions OFDM: mw/mhz (radiated) (tolerance +5% to - 5% from rated conducted power)

28 Page: 28 of Spurious emissions receiver Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz Marker [T ] * RBW MHz Marker [T ] Ref dbm * tt db * VBW khz SWT ms.5 dbm. GHz Ref 3.2 dbm * tt db * VBW MHz SWT 34 ms dbm 5.82 GHz Offset 3.2 db - B - B PK PK D dbm D dbm - Start MHz 99 MHz/ Stop GHz Start GHz.7 GHz/ Stop 8 GHz Date: 4.JUL.28 7:6:9 Date: 4.JUL.28 7:2:9 Ch 36 RX * RBW khz Marker [T ] Ch 36 RX * RBW MHz Marker [T ] Ref dbm * tt db * VBW khz SWT ms dbm. GHz Ref 3.2 dbm * tt db * VBW MHz SWT 34 ms -6.5 dbm 5.25 GHz Offset 3.2 db - B - B PK PK D dbm D dbm - Start MHz 99 MHz/ Stop GHz Start GHz.7 GHz/ Stop 8 GHz Date: 4.JUL.28 6:56:47 Date: 4.JUL.28 6:54:4 Ch 48 RX Ch 48 RX

29 Page: 29 of 29 * RBW MHz Marker [T ] Ref dbm * tt db * RBW khz * VBW khz SWT ms Marker [T ] dbm. GHz Ref 3.2 dbm Offset 3.2 db * tt db * VBW MHz SWT 34 ms.8 dbm 5.38 GHz PK - B PK - B D dbm D dbm - Start GHz.7 GHz/ Stop 8 GHz Start MHz 99 MHz/ Stop GHz Date: 4.JUL.28 7:6:53 CH 64 Measurement uncertainty Date: 4.JUL.28 7:4:34 CH 64 2 GHz: +.7/-.9 db; > 2 GHz: +2.4/-2.7 db Limit values: Receiver operating MHz: MHz: 4 nw (-54 dbm) 2 nw (-47 dbm)

30 Page: 3 of Burst Length Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc RBW 3 MHz Delta [T ] RBW 3 MHz Delta [T ] 29.Jul 8 6:42 Ref 2 dbm * tt 3 db * VBW 3 MHz SWT 2 ms db 288. µs Ref 2 dbm * tt 3 db * VBW 3 MHz SWT 2 ms db 372. µs 2 Marker [T ] 2 Marker [T ] 4.85 dbm -84. µs B 5.62 dbm as B PK * TRG PK * TRG - - TRG -4.2 dbm TRG dbm Center 5.8 GHz 2 µs/ Center 5.24 GHz 2 µs/ Date: 29.JUL.28 6:42:5 Date: 4.JUL.28 6:45:22 Ch 36: burst length 288 μsec. RBW 3 MHz Delta [T ] 29.Jul 8 6:35 * VBW 3 MHz db Ref 2 dbm * tt 3 db SWT 2 ms 288. µs Ch 48: burst length 372 μsec. 2 Marker [T ] 4.83 dbm as B PK * TRG - TRG -4.2 dbm Center 5.32 GHz 2 µs/ Date: 29.JUL.28 6:35:2 Ch 64: burst length 288 μsec. Measurement uncertainty 4.5% Limit values: Transmitter operating 4 ms

31 Page: 3 of Carrier sense capability utomatic cessation of transmitting is required when the electric field strength is exceeding E (mv/m):.6 E = (mv/m) G 2 Pt n where: Pt = antenna power in W; G = gain (numeric); n = 2,, and 5 for 2 MHz, MHz and 5 MHz systems respectively Substituting the formula into the expression: converts to the expression: 2 2 E λ P cs = G 2π 4π (W) P n = log F Ptm log (dbm) 2 cs + where: P cs = carrier sense power in dbm; P tm = total antenna power in dbm; F = frequency in MHz; n = 2,, and 5 for 2 MHz, MHz and 5 MHz systems respectively For example, for channel 36 (58 MHz) this yields: P = log log (2/2) = dbm cs Results: Channel Limit (dbm) Result (dbm) Margin w.r.t. to limit (db) 58 MHz MHz MHz

32 Page: 32 of 32 6 Test results 82.b 6. Frequency Tolerance Result values: Tolerance from nominal frequency: T amb : 27 C RH: 45 % U nom : 3.3 Vdc Voltage Ch Ch 7 Ch 4 U nom U -% U +% Carrier frequency (MHz) Frequency tolerance (ppm) Carrier frequency (MHz) n.t.* n.t.* n.t.* Frequency tolerance (ppm) n.t.* n.t.* n.t.* Carrier frequency (MHz) n.t.* n.t.* n.t.* Frequency tolerance (ppm) n.t.* n.t.* n.t.* Measurement uncertainty * See remark in section 4.3 test conditions. +/- 2 khz Limit values: Under all test conditions 5 ppm

33 Page: 33 of Occupied Bandwidth (99 % channel power bandwidth) Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW 3 khz Marker [T ] * RBW 3 khz Marker [T ] Ref 2 dbm * tt 3 db * VBW 3 khz SWT 2.5 ms.25 dbm GHz Ref 2 dbm * tt 3 db * VBW 3 khz SWT 2.5 ms dbm GHz OBW 2.6 MHz OBW 2.6 MHz T T2 Temp [T OBW] dbm T T2 Temp [T OBW] dbm S * GHz Temp 2 [T OBW] -4.8 dbm GHz S * GHz Temp 2 [T OBW] dbm GHz - - Center 2.42 GHz 5 MHz/ Span 5 MHz Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 3:37:4 Ch : occupied bandwidth 2.6 MHz * RBW 3 khz Marker [T ] * VBW 3 khz dbm Ref 2 dbm * tt 3 db SWT 2.5 ms GHz Date: 3.JUN.28 3:35:3 Ch 7: occupied bandwidth 2.6 MHz OBW 8.5 MHz T Temp [T OBW] T dbm S * GHz Temp 2 [T OBW] dbm GHz - Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 3:4:42 Ch 4: occupied bandwidth 8.5 MHz Measurement uncertainty ± 96 khz Limit values: Under all test conditions Occupied bandwidth: 8 MHz

34 Page: 34 of 34 Number of carriers: The total number of subcarriers in one channel OFDM is 52. There is no subcarrier at the channel center frequency (therefore there are 53 subcarrier frequencies but only 52 are used in a given channel). The measured occupied bandwidth varies between 7.8 MHz and 7.92 MHz. 7.8 MHz / 53 =.32, 7.88 MHz / 53 =.34. Within a bandwidth of MHz there are at least 3 subcarriers. This complies with the requirement of at least subcarrier.

35 Page: 35 of Occupied Bandwidth (9 % channel power bandwidth) Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW 3 khz Marker [T ] * RBW 3 khz Marker [T ] Ref 2 dbm * tt 3 db * VBW 3 khz SWT 2.5 ms dbm GHz Ref 2 dbm * tt 3 db * VBW 3 khz SWT 2.5 ms dbm GHz T T2 OBW 9.4 MHz T T2 OBW 9.4 MHz Temp [T OBW] 2.7 dbm Temp [T OBW] 2.58 dbm S * GHz Temp 2 [T OBW] 2.98 dbm GHz S * GHz Temp 2 [T OBW] 2.48 dbm GHz - - Center 2.42 GHz 5 MHz/ Span 5 MHz Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 3:38:59 Ch : occupied bandwidth 9.4 MHz Spreading factor: 9.4/.375 = 6.8 * RBW 3 khz Marker [T ] * VBW 3 khz dbm Ref 2 dbm * tt 3 db SWT 2.5 ms GHz Date: 3.JUN.28 3:34: Ch 7: occupied bandwidth 9.4 MHz Spreading factor: 9.4 /.375 = 6.8 T T2 OBW 4.9 MHz Temp [T OBW].97 dbm S * GHz Temp 2 [T OBW].5 dbm GHz - Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 3:32:22 Ch 4: occupied bandwidth 4.9 MHz Spreading factor: 4.9/.375 =.8 Measurement uncertainty ± 96 khz Limit values: Under all test conditions Spreading factor: 5 ( MHz); ( MHz)

36 Page: 36 of Spurious emissions transmitter Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz Marker [T ] * RBW MHz Marker [T ] Ref 3 dbm * tt 4 db * VBW khz SWT ms.93 dbm. GHz Ref 3 dbm * tt 4 db * VBW MHz SWT ms dbm 2.4 GHz S * S * JPT 492JPT Start MHz 99 MHz/ Stop GHz Start GHz 4 MHz/ Stop 2.4 GHz Date: 3.JUN.28 2:4:4 Date: 3.JUN.28 2:2:2 Ch. GHz * RBW MHz Marker [T ] Ch 2.4 GHz * RBW MHz Marker [T ] Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms 6.9 dbm GHz Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms.9 dbm GHz Offset.5 db Offset.5 db S * S * JPT 492JPT Start 2.38 GHz 2 MHz/ Stop 2.5 GHz Start 2.4 GHz 56 MHz/ Stop 8 GHz Date: 3.JUN.28 :57:28 Date: 3.JUN.28 2::5 Ch GHz Measurement uncertainty Ch GHz +2.4/-2.7 db

37 Page: 37 of 37 Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz Marker [T ] * RBW MHz Marker [T ] Ref 3 dbm * tt 4 db * VBW khz SWT ms dbm MHz Ref 3 dbm * tt 4 db * VBW MHz SWT ms dbm 2.4 GHz S * S * JPT 492JPT Start MHz 99 MHz/ Stop GHz Start GHz 4 MHz/ Stop 2.4 GHz Date: 3.JUN.28 2:3:7 Date: 3.JUN.28 2::3 Ch 7. GHz * RBW MHz Marker [T ] Ch GHz * RBW MHz Marker [T ] Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms 7.9 dbm GHz Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms 7.3 dbm GHz Offset.5 db Offset.5 db S * S * JPT 492JPT Start 2.38 GHz 2 MHz/ Stop 2.5 GHz Start 2.4 GHz 56 MHz/ Stop 8 GHz Date: 3.JUN.28 2:7:27 Date: 3.JUN.28 2:9:42 Ch GHz Measurement uncertainty Ch GHz +2.4/-2.7 db

38 Page: 38 of 38 T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz Marker [T ] * RBW MHz Marker [T ] Ref 3 dbm * tt 4 db * VBW khz SWT ms dbm. GHz Ref 3 dbm * tt 4 db * VBW MHz SWT ms dbm 2.4 GHz S * S * - - JPN492 JPN492 Start MHz 99 MHz/ Stop GHz Start GHz 4 MHz/ Stop 2.4 GHz Date: 3.JUN.28 3:28:59 Date: 3.JUN.28 3:27:26 Ch 4. GHz * RBW MHz Marker [T ] Ch GHz * RBW MHz Marker [T ] Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms 5.37 dbm GHz Ref 3.5 dbm * tt 4 db * VBW MHz SWT 2 ms 6.27 dbm GHz Offset.5 db Offset.5 db S * S * - - JPN492 JPN492 Center 2.44 GHz 2 MHz/ Span 2 MHz Start 2 GHz 6 MHz/ Stop 8 GHz Date: 3.JUN.28 3:23:49 Date: 3.JUN.28 3:25:52 Ch GHz Measurement uncertainty Ch GHz +2.4/-2.7 db Limit values: Transmitter operating CH - 3 CH 4 Below 2387MHz : 2.5µW/MHz 2387 to 24MHz : 25µW/MHz through MHz : 25µW/MHz Over MHz : 2.5µW/MHz Below 2458MHz : 2.5µW 2458 to 247MHz : 25µW 2497 through 25MHz : 25µW Over 25MHz : 2.5µW

39 Page: 39 of ntenna Power Result values: T amb : 22 C RH: 43 % Voltage ch ch 7 ch 4 Conducted power (dbm/mhz) U nom U -% U +% Deviation from rated power (%) Radiated power (dbm/mhz) ** Conducted power (dbm) * n.t.* n.t.* n.t.* Radiated power (mw/mhz) * n.t.* n.t.* n.t.* Conducted power (dbm) * n.t.* n.t.* n.t.* Radiated power (mw/mhz) * n.t.* n.t.* n.t.* Measurement uncertainty < 3.3 db * See remark in section 4.3 test conditions. ** The test results are valid for dbi gain. Note: the rated conducted power is 2.5 mw/mhz Limit values : Under all test conditions DS: mw/mhz (tolerance +2 % to - 8 %)

40 Page: 4 of ngular width of principal radiation (WPR) The angular width of principal radiation (WPR), which follows from the antenna pattern specifications, shall satisfy the expression 36/ degrees. To be assessed: WPR < 36/ (degrees) represents the value determined by dividing the equivalent isotropic radiated power by the value obtained by applying an antenna power with the mean power of mw to the transmitting antenna with its absolute gain being 2.4 dbi. Results: ch ch 7 ch 4 Radiated power (mw/mhz) Constant 4.94/6.4 < 6.53/6.4 < 2.2/6.4 < 36/ (degrees)

41 Page: 4 of Spurious emissions receiver Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz * RBW MHz * VBW khz * VBW MHz Ref dbm * tt db SWT ms Ref.5 dbm * tt db SWT 4 ms Offset.5 db S * S * 492JPR 492JPR Start MHz 99 MHz/ Stop GHz Start GHz 7 MHz/ Stop 8 GHz Date:.JUL.28 :55:3 Date:.JUL.28 :59:46 Ch. GHz * RBW khz Ch 8 GHz * RBW MHz * VBW khz * VBW MHz Ref dbm * tt db SWT ms Ref.5 dbm * tt db SWT 4 ms Offset.5 db S * S * 492JPR 492JPR Start MHz 99 MHz/ Stop GHz Start GHz 7 MHz/ Stop 8 GHz Date:.JUL.28 :5:57 Date:.JUL.28 :49:4 Ch 7. GHz Ch 7 8 GHz

42 Page: 42 of 42 * RBW khz * RBW MHz * VBW khz * VBW MHz Ref dbm * tt db SWT ms Ref.5 dbm * tt db SWT 4 ms Offset.5 db S * S * 492JPR 492JPR Start MHz 99 MHz/ Stop GHz Start GHz 7 MHz/ Stop 8 GHz Date:.JUL.28 :42:4 Date:.JUL.28 :45:4 Ch 4. GHz Measurement uncertainty Ch 4 8 GHz 2 GHz: +.7/-.9 db; > 2 GHz: +2.4/-2.7 db Limit values: Receiver operating MHz: MHz: 4 nw (-54 dbm) 2 nw (-47 dbm)

43 Page: 43 of 43 7 Test results 82.g 7. Frequency Tolerance Result values: Tolerance from nominal frequency: T amb : 27 C RH: 45 % U nom : 3.3 Vdc Voltage Ch Ch 7 Ch 3 U nom U -% U +% Carrier frequency (MHz) Frequency tolerance (ppm) +3 Carrier frequency (MHz) n.t.* n.t.* n.t.* Frequency tolerance (ppm) n.t.* n.t.* n.t.* Carrier frequency (MHz) n.t.* n.t.* n.t.* Frequency tolerance (ppm) n.t.* n.t.* n.t.* Measurement uncertainty * See remark in section 4.3 test conditions. +/- 2 khz Limit values: Under all test conditions 5 ppm

44 Page: 44 of Occupied Bandwidth (99 % channel power bandwidth) Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW 3 khz Marker [T ] * RBW 3 khz Marker [T ] Ref 2 dbm * tt 3 db * VBW 3 khz SWT 2.5 ms dbm GHz Ref 2 dbm * tt 3 db * VBW 3 khz SWT 2.5 ms 2.54 dbm GHz T T2 OBW 6.6 MHz Temp [T OBW] dbm T T2 OBW 6.6 MHz Temp [T OBW] -.3 dbm S * GHz Temp 2 [T OBW] -.87 dbm GHz S * GHz Temp 2 [T OBW] -2.9 dbm GHz - - Center 2.42 GHz 5 MHz/ Span 5 MHz Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 4:8:7 Ch : occupied bandwidth 6.6 MHz * RBW 3 khz Marker [T ] * VBW 3 khz 3.69 dbm Ref 2 dbm * tt 3 db SWT 2.5 ms GHz OBW 6.6 MHz T T2 Temp [T OBW] -2.8 dbm GHz S * - Temp 2 [T OBW] dbm GHz Date: 3.JUN.28 4:28:33 Ch 7: occupied bandwidth 6.6 MHz - Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 5:33:24 Ch 3: occupied bandwidth 6.6 MHz Measurement uncertainty ± 96 khz Limit values: Under all test conditions Occupied bandwidth: 8 MHz

45 Page: 45 of 45 Number of carriers: The total number of subcarriers in one channel OFDM is 52. There is no subcarrier at the channel center frequency (therefore there are 53 subcarrier frequencies but only 52 are used in a given channel). The measured occupied bandwidth varies between 7.8 MHz and 7.92 MHz. 7.8 MHz / 53 =.32, 7.88 MHz / 53 =.34. Within a bandwidth of MHz there are at least 3 subcarriers. This complies with the requirement of at least subcarrier.

46 Page: 46 of Occupied Bandwidth (9 % channel power bandwidth) Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW 3 khz Marker [T ] * RBW 3 khz Marker [T ] Ref 2 dbm * tt 3 db T * VBW 3 khz SWT 2.5 ms T dbm GHz OBW 4.8 MHz Ref 2 dbm * tt 3 db T * VBW 3 khz SWT 2.5 ms T dbm GHz OBW 4.8 MHz Temp [T OBW] 2.6 dbm Temp [T OBW] 2.25 dbm S * GHz Temp 2 [T OBW] 2.6 dbm GHz S * GHz Temp 2 [T OBW].88 dbm GHz - - Center 2.42 GHz 5 MHz/ Span 5 MHz Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 4:5:56 Ch : occupied bandwidth 4.8 MHz Spreading factor: 4.8/.5 = 9.9 * RBW 3 khz Marker [T ] * VBW 3 khz 4.2 dbm Ref 2 dbm * tt 3 db SWT 2.5 ms GHz T T2 OBW 4.8 MHz Temp [T OBW] 2.69 dbm GHz S * - Temp 2 [T OBW] 2.24 dbm GHz Date: 3.JUN.28 4:27:6 Ch 7: occupied bandwidth 4.8 MHz Spreading factor: 4.8/.5 = Center GHz 5 MHz/ Span 5 MHz Date: 3.JUN.28 5:37: Ch 3: occupied bandwidth 4.8 MHz Spreading factor: 4.8/.5 = 9.9 Measurement uncertainty ± 96 khz Limit values: Under all test conditions Spreading factor: 5 ( MHz); ( MHz)

47 Page: 47 of Spurious emissions transmitter Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz * RBW MHz Marker 2 [T ] Ref 3 dbm * tt 4 db * VBW khz SWT ms Ref 3 dbm * tt 4 db * VBW MHz SWT ms dbm 2.4 GHz Marker [T ] dbm.8764 GHz S * S * JPT 492JPT 2 Start MHz 99 MHz/ Stop GHz Start GHz 4 MHz/ Stop 2.4 GHz Date: 3.JUN.28 5::54 Date: 3.JUN.28 4:59:6 Ch. GHz * RBW MHz Marker [T ] Ch 2.4 GHz * RBW MHz Marker [T ] Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms.35 dbm GHz Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms.3 dbm 2.42 GHz Offset.5 db Offset.5 db S * S * JPT 492JPT Start 2.38 GHz 2 MHz/ Stop 2.5 GHz Start 2.4 GHz 56 MHz/ Stop 8 GHz Date: 3.JUN.28 4:55:3 Date: 3.JUN.28 4:57:3 Ch GHz Measurement uncertainty Ch GHz +2.4/-2.7 db

48 Page: 48 of 48 Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz * RBW MHz Marker [T ] Ref 3 dbm * tt 4 db * VBW khz SWT ms Ref 2 dbm * tt 3 db * VBW MHz SWT ms dbm.8764 GHz S * S * JPT 492JPT - Start MHz 99 MHz/ Stop GHz Start GHz 4 MHz/ Stop 2.4 GHz Date: 3.JUN.28 4:38:29 Date: 3.JUN.28 4:3:6 Ch 7. GHz * RBW MHz Marker [T ] Ch GHz * RBW MHz Delta 2 [T ] Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms.7 dbm GHz Ref 3.5 dbm * tt 4 db * VBW MHz SWT 5 ms db GHz Offset.5 db Offset.5 db Marker [T ] 5.42 dbm GHz S * S * JPT 492JPT 2 Start 2.38 GHz 2 MHz/ Stop 2.5 GHz Start 2.4 GHz 56 MHz/ Stop 8 GHz Date: 3.JUN.28 4:33:3 Date: 3.JUN.28 4:36:44 Ch GHz Measurement uncertainty Ch GHz +2.4/-2.7 db

49 Page: 49 of 49 T amb : 27 C RH: 45 % U nom : 3.3 Vdc Ref 3 dbm * tt 4 db * RBW khz * VBW khz SWT ms Marker [T ] dbm. GHz Ref 3 dbm * tt 4 db * RBW MHz * VBW MHz SWT ms Marker [T ] dbm.8848 GHz S * S * JPT 492JPT Start MHz 99 MHz/ Stop GHz Start GHz 4 MHz/ Stop 2.4 GHz Date: 3.JUN.28 5:47:36 Date: 3.JUN.28 5:39:5 Ch 3. GHz Ref 3.5 dbm * tt 4 db * RBW MHz * VBW MHz SWT 5 ms Marker [T ].64 dbm GHz Ch GHz Ref 3.5 dbm * tt 4 db * RBW MHz * VBW MHz SWT 5 ms Marker [T ] 7.9 dbm GHz Offset.5 db Offset.5 db S * S * JPT 492JPT Start 2.38 GHz 2 MHz/ Stop 2.5 GHz Start 2.4 GHz 56 MHz/ Stop 8 GHz Date: 3.JUN.28 5:42:34 Ch GHz Measurement uncertainty Date: 3.JUN.28 5:45:26 Ch GHz +2.4/-2.7 db Limit values: Transmitter operating CH - 3 Below 2387MHz : 2.5µW/MHz 2387 to 24MHz : 25µW/MHz through MHz : 25µW/MHz Over MHz : 2.5µW/MHz

50 Page: 5 of ntenna Power Result values: T amb : 22 C RH: 43 % Voltage ch ch 7 ch 3 Conducted power (dbm/mhz) U nom U -% U +% Deviation from rated power (%) Radiated power (dbm/mhz) ** Conducted power (dbm) * n.t.* n.t.* n.t.* Radiated power (mw/mhz) * n.t.* n.t.* n.t.* Conducted power (dbm) * n.t.* n.t.* n.t.* Radiated power (mw/mhz) * n.t.* n.t.* n.t.* Measurement uncertainty < 3.3 db * See remark in section 4.3 test conditions. ** The test results are valid for dbi gain. Note: the rated conducted power is 2.5 mw/mhz Limit values : Under all test conditions DS: mw/mhz (tolerance +2 % to - 8 %)

51 Page: 5 of ngular width of principal radiation (WPR) The angular width of principal radiation (WPR), which follows from the antenna pattern specifications, shall satisfy the expression 36/ degrees. To be assessed: WPR < 36/ (degrees) represents the value determined by dividing the equivalent isotropic radiated power by the value obtained by applying an antenna power with the mean power of mw to the transmitting antenna with its absolute gain being 2.4 dbi. Results: ch ch 7 ch 3 Radiated power (mw/mhz) Constant 5.4/6.4 < 5.2/6.4 < 5./6.4 < 36/ (degrees)

52 Page: 52 of Spurious emissions receiver Result values: T amb : 27 C RH: 45 % U nom : 3.3 Vdc * RBW khz * RBW MHz Marker [T ] Ref dbm * tt db * VBW khz SWT ms Ref.5 dbm * tt db * VBW MHz SWT 4 ms dbm 2.4 GHz Offset.5 db S * S * 492JPR 492JPR Start MHz 99 MHz/ Stop GHz Start GHz 7 MHz/ Stop 8 GHz Date:.JUL.28 :2:32 Date:.JUL.28 :8:3 Ch. GHz * RBW khz Marker [T ] Ch 8 GHz * RBW MHz Marker [T ] Ref dbm * tt db * VBW khz SWT ms dbm MHz Ref.5 dbm * tt db * VBW MHz SWT 4 ms dbm 3.98 GHz Offset.5 db S * S * 492JPR 492JPR Start MHz 99 MHz/ Stop GHz Start GHz 7 MHz/ Stop 8 GHz Date:.JUL.28 :23:7 Date:.JUL.28 :25:2 Ch 7. GHz Ch 7 8 GHz

53 Page: 53 of 53 * RBW khz * RBW MHz Marker [T ] Ref dbm * tt db * VBW khz SWT ms Ref.5 dbm * tt db * VBW MHz SWT 4 ms dbm GHz Offset.5 db S * S * 492JPR 492JPR Start MHz 99 MHz/ Stop GHz Start GHz 7 MHz/ Stop 8 GHz Date:.JUL.28 :28:26 Date:.JUL.28 :26:36 Ch 3. GHz Measurement uncertainty Ch 3 8 GHz 2 GHz: +.7/-.9 db; > 2 GHz: +2.4/-2.7 db Limit values: Receiver operating MHz: MHz: 4 nw (-54 dbm) 2 nw (-47 dbm)

54 Page: 54 of 54 Used test equipment module Report number: Used test equipment module Item Test equipment Manufacturer Type Ident Used at par.: RF Measurement Equipment Spectrum nalyzer Rohde & Schwarz FSP TE 25 all 2 Signal Generator khz GHz Marconi 242 TE , 5.6, 5.9, 6., 6.5, 7., Power sensor Hewlett Packard 848 TE , 6.5, Power meter Hewlett Packard 437B TE , 6.5, Directional coupler Hewlett Packard 873C Te

55 Page: 55 of 55 Photographs module Report number: Photographs module PHOTOGRPH : SDC-CFG, TOP...56 PHOTOGRPH 2: SDC-CFG, BOTTOM...57 PHOTOGRPH 3: SDC-CFG, DISSSEMBLED...58 PHOTOGRPH 4: SDC-CFG, PCB WITH TOP ND BOTTOM COVERS...59 PHOTOGRPH 5: SDC-CFG, PCB SIDE WITH COVER REMOVED...6 PHOTOGRPH 6: SDC-CFG, PCB SIDE 2 WITH COVER REMOVED...6 PHOTOGRPH 7: SDC-CFG, LIRD CENTURION NTENN...62 PHOTOGRPH 8: SDC-CFG, DIPOLE NTENN (LRSON)...63 PHOTOGRPH 9: SDC-CFG, DIPOLE NTENN (VOLEX)...64

56 Page: 56 of 56 Photographs module Report number: Photograph : SDC-CFG, top

57 Page: 57 of 57 Photographs module Report number: Photograph 2: SDC-CFG, bottom

58 Page: 58 of 58 Photographs module Report number: Photograph 3: SDC-CFG, disassembled view

59 Page: 59 of 59 Photographs module Report number: Photograph 4: SDC-CFG, PCB with top and bottom covers

60 Page: 6 of 6 Photographs module Report number: Photograph 5: SDC-CFG, PCB side with cover removed

61 Page: 6 of 6 Photographs module Report number: Photograph 6: SDC-CFG, PCB side 2 with cover removed

62 Page: 62 of 62 Photographs module Report number: Photograph 7: SDC-CFG, Laird centurion antenna

63 Page: 63 of 63 Photographs module Report number: Photograph 8: SDC-CFG, dipole antenna (Larson)

64 Page: 64 of 64 Photographs module Report number: Photograph 9: SDC-CFG, dipole antenna (Volex)