Laird RM024 EN 300 328 141007 r2
Contents
1. 1 NOTE In case of equipment with antenna connectors these limits apply to emissions at the antenna port conducted and to the emissions radiated by the cabinet In case of integral antenna equipment without temporary antenna connectors these limits apply to emissions radiated by the equipment Limit Table 118 MHz to 174 MHz 36 dBm 100 kHz Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 21 of 29 Unwanted emissions Antenna Port Conducted dBm bandwidth MHz ee A TS RS EE D Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 22 of 29 Unwanted emissions Radiated Chip Antenna Frequency MHz Spurious Emission Spurious Emission Measurement Level dBm Level dBm Bandwidth MHz Horizontal Vertical ay 0 ay ay ay oe ew is fa ws ay o Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date Februar2. 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 9 of 29 End point voltage as quoted by equipment manufacturer volt AC mains AC Voltage VAC SOE ACPhase ee Common power source for transmitter and Ye receiver NO 7 If a transmitter and receiver use the same power source this should be declared In such cases only the box for the transmitter power source should be filled in Transmitter and receiver characteristics ITU designation s of emission 1M02 FID OC to 455 C _ o 10 C to 455 C _ 0 C to 35 C indoor home and office use oS 8 The equipment shall be tested over the following temperature ranges a 20 C to 55 C in the case of stand alone equipment b over the extremes of the temperature range s of the intended host equipment s in case of plug in radio devices see ETSI EN 300 328 clause 6 4 1 Construction of equipment Single unit Multiple units If multiple units describe each one clearly There is one top level hardware version available in the RM024 family That top level surface mount version can be ordered by itself or mounted to a pluggable interface board Hardware also includes the option for either an integral 2dBi chip antenna or a U FL RF connector which can be used to connect dipoles up to 2 dBi in gain The option also exists for removing the chip antenna section of the board when it is not being
3. FHSS 43 10 62 mS 1 137 MHz 1 05 MHz Transmitter aggregate data rate bits per second gt 250 kbit s 500kbit s or 280kbit s see ETSI EN 300 328 clause 5 1 2 Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 7 of 29 Transmitter RF power characteristics Antenna assembly identification 2 4Ghz Dipole Effective radiated power dBm lt 10dBm Peak power density FHSS dBm 100kHz Peak power density DSSS mW MHz 2 4Ghz Chip lt 10dBm ee RE ee ay Is transmitter output power CAINS variable X Yes continuous variable stepped variable _ _ stepsize dB _ _ o _ minimum RF power dBm X maximum RF power dBm Is the transmitter intended for a E o Is the transmitter intended for No o Transmitter duty cycle Is continuous operation possible cle Equipment state during the test Tx off seconds Duty cycle Tx on Tx on Tx off If the transmitter ON time is less than 10 microseconds the applicant shall appoint a test house and agree a test method with the National Regulatory Authority and accreditation authority Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 30
4. The EUT is a 2404 2470 MHz Frequency Hopping Spread Spectrum Transceiver Module used to transmit data in applications offering wireless connectivity The design offers operation as a 43 hop set mode The equipment is marketed for use to incorporate a wireless link to exchange data information from one point to another The design offers two antenna options PCB mounted chip antenna and u fl connection For testing purposes the RM024 transceiver was connected to the manufacturer supplied test fixture AC DC power adapter and communicating to the laptop computer allowing for data communications and operational control of the transmitter The RM024 received power from the test fixture and offers no other provision for connection to other interface or power systems Preliminary investigation was performed for all channel bandwidths and modes of operation Testing of the RM024 and support equipment was performed with the EUT placed on the test fixture powered from the AC DC power adapter and set to transmit in all available data modes and channels Test results in this report relate only to the products described in this report Equipment Configuration Optional EUT Laptop Computer External Placed on Test Vi Antenna Fixture RS 232 Cable AC Power Adapter Utility Power Coaxial Cable AC Power Adapter Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phon
5. populated Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 10 of 29 Automatic equipment switch off If the equipment is designed to automatically switch off at a japplies ss predetermined voltage level which is higher or lower in value than _ does not apply the battery minimum voltage calculated values this shall be clearly cut off voltage 1 8V stated Other items supplied Spare batteries i O Battery charging device Special tools for dismantling equipment ou Host Systems see ETSI EN 300 328 clauses 6 4 and 6 5 supply host details separately X Test jig or interface box if applicable oS 9 The EN 300 328 indicates information to be provided in the User Manual The User Manual shall be provided with the application form Declarations no ee ee _ yes If pre production equipments are submitted will the final production equipments be identical in all respects with the equipment tested im no Is the equipment submitted marked in accordance with R amp TTE requirements no I hereby declare that I am entitled to sign on behalf of the applicant and that the information supplied is correct and complete Signature Daniel E Waters Position held Certifications Specialist 2
6. 0 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 8 of 29 Transmitter power source 6 Battery __ Nickel Cadmium please tick relevant box opposite Mercury o Alkaline Lead acid Vehicle regulated Leclanch Lithium Other 2 3 3 6 Volts 120mA 40ma average End point voltage as quoted by equipment manufacturer Volt AC mains ACPhase Size phase _ Threephase o Common power source for transmitter and receiver No 6 If a transmitter and receiver use the same power source this should be declared In such cases only the box for the transmitter power source should be filled in Receiver technical characteristics Method of frequency generation Oysa o please tick relevant box opposite Or Intermediate frequencies Ist MHz 0 406MHZ 500k data rate 0 28MHz 280k data rate 2nd MHz 3rd MHz Is local oscillator injection frequency higher Higher o or lower than the receiver nominal X Lower Near zero IF frequency Receiver operating frequency range MHz 2404 to 2470 MHz Receiver power source 7 Battery Nickel Cadmium please tick relevant box opposite Mercury ss Alkaline o Lead acid Vehicle regulated Leclanch o oo o Lithium o Other S Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913
7. 403 5 MHz 24803 5 MHZ BW 2405 5 MHz 26W A 10 dm MAZ 8 LE B 20 din WH er BW Occupied Channel Bandwidth ja MHz ar 1 MAG whichever is greater C Snurous Domain imis Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 19 of 29 Plot of Out of band emissions low band edge t REW 100 EHs VEN 300 kHz SWT 10 Ret 11 6 dim Att oO AE ST EE SS ES CS N ee ee ee RE Pt tT ft E P te jt tf yy MT ot RARE pf Pt ft 2 477 GHs H Span 20 MEs He Center Plot of Out of band emissions high band edge Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 20 of 29 Transmitter unwanted emissions in the spurious domain Sub clause 4 3 1 9 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rated Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 Limit The transmitter unwanted emissions in the spurious domain shall not exceed the values given in table
8. 8 October 2014 Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 11 of 29 Environmental Conditions Ambient Temperature 25 ae Relative Humidity 42 Atmospheric Pressure 1011 3 mb Units of Measurements Conducted EMI Data is in dBuV dB referenced to one microvolt Radiated EMI Data is in dBu V m dB m referenced to one microvolt per meter Test Site Locations Conducted EMI The AC power line conducted emissions testing performed in a shielded screen room located at Rogers Labs Inc 4405 W 259 Terrace Louisburg KS Radiated EMI The radiated emissions tests were performed at the 3 meters Open Area Test Site OATS located at Rogers Labs Inc 4405 W 259 Terrace Louisburg KS Site Approval Refer to Annex for FCC and Industry Canada Site Registration Letters NVLAP Lab code 200087 0 Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 12 of 29 RF Output Power Sub clause 4 3 1 1 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rate
9. ROGERS LABS INC R s L 4405 West 259 Terrace Louisburg KS 66053 Phone Fax 913 837 3214 ENGINEERING TEST REPORT FORM For TESTING to EN 300 328 v1 8 1 2012 06 For Laird Technologies 11160 Thompson Avenue Lenexa KS 66219 913 981 5712 Daniel Waters Engineering Specialist Model RM024 Series Digital Transmission System Transmitter Frequency 2 400 2 483 5 MHz Test Date October 10 2014 Test Report Number 141007 Certification Date October 10 2014 Certifying Engineer Ere th Koger Scot D Rogers Rogers Labs Inc 4405 West 259th Terrace Louisburg KS 66053 Telephone Facsimile 913 837 3214 This report shall not be reproduced except in full without the written approval of the laboratory This report must not be used by the client to claim product certification approval or endorsement by NVLAP NIST or any agency of the Federal Government File Laird RM024 EN 300 328 141007 r2 Page 1 of 29 Table of Contents TAB Ol CONTENT S iran send anal essences eee nie 2 REVISIONS icira i 3 OPINION INTERPRETATION OF RESULTS nn nnnnnnnnmanmnnennnmnennnnnn 4 EQUIPMENT TESTED minniy 4 Gun pime nit Panic AL EE E E EEEE EOE E 5 Equipment Configuration uidiaatees 5 APPLICANT DETAILS 2 nnmnnn nnn 6 ENVIRONMENTAL CONDITIONS cesser ee et ce es dec 12 UNITS OF MEASUREMENTS cccccecceeeceeceeeensenseensenseeseeasenseensensesecasenseonssnsenneoas 12 TEST SITE LOCATIONS cccccccecceeeneceeeens
10. SIONS IN THE SPURIOUS DOMAIN SUB CLAUSE ST a ea a a a ee ee ce et en 21 Unwanted emissions Antenna Port Conducted ccccccccsscccsscccssscccscccssccccsccccssscccsccccsscccscccccsccccecccescscosesee 22 Unwanted emissions Radiated Chip Antenia ccccccccccssssssssssssssssssssssscccccccssssccsssssssssssssscccccsssssssssseeeees 23 Unwanted emissions Radiated 2 dBi Dipole Antenna ssscssccccsssssssscssccccccssssssscccccccsssscsscccsssessescees 24 RECEIVER SPURIOUS EMISSIONS SUB CLAUSE 4 3 1 10 eens eeeee 25 RECEIVER BLOCKING SUB CLAUSE 4 3 1 11 0 0 eee eeeeeeeneenseeneeenseeneeenecnseeneeens 25 TEST EQUIPMENT AND ANCILLARIES USED FOR TESTS 26 PHOTOGRAPHS OF THE EQUIPMENT ccecccseccneceneceeeensecnseenseeneeeneenseoneeens 27 External photograph front SIA in ce etat etaient tenais nie dose 27 External photograph rear Sid ne en sant tienne nn test a veo antenne nes sense teens 27 Photograph Radiated Emissions Test Setup ccccccccsssssssscccccssssssssscccccccsssssscscccccccssssssccccsccsssssssccssssssssscess 28 Revisions Revision 2 Issued February 13 2015 updated Opinion table ref pg4 added model info pg6 Revision Issued October 29 2014 Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revis
11. ause 4 3 1 11 This requirement does not apply to non adaptive equipment or adaptive equipment operating in a non adaptive mode In addition this requirement does not apply for equipment with a maximum declared RF Output power level of less than 10 dBm e 1 r p or for equipment when operating in a mode where the RF Output power is less than 10 dBm e 1 r p Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 25 of 29 Test Equipment And Ancillaries Used For Tests To simplify the identification on each page of the test equipment used on each page of the test report each item of test equipment and ancillaries such as cables are identified numbered by the Test Laboratory below RE A ES EE Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 26 of 29 Photographs of the equipment SAREE Ss GA L y wN ew oO T oO gt oO BRAN ste Ca 1 x OP ve r RhAAAAAS we ee Oe m n LV ont mr a 2 SR 3 TS RATES 2 RSS et ae gt hae ga ee TE el Exte
12. ba i a ra H ur i CCS a i i oo fT D F p is F a SS m ae Et _ _______ CS ES n E pP Cd PA _ 43 GHs 46 ms ie a 3 E g Enter EL a ot al Plot of channel occupancy during 30 second period Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 15 of 29 Hopping Frequency Separation Sub clause 4 3 1 4 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rated Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 Limit For equipment with a maximum declared RF Output power level of less than 10 dBm e 1 r p or for non adaptive Frequency Hopping equipment operating in a mode where the RF Output power is less than 10 dBm e 1 r p only the minimum Hopping Frequency Separation of 100 kHz applies t REW 50 EHs Delta 2 T1 BE Center 2 4343434660705 GHe 300 kEHe Span a2 Hug Plot of Frequency Serration Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Pa
13. d Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 Test Condition Transmitter Power dBm Lowest Middle Highest Frequency Frequency Frequency Limits Under all test conditions 20 dBm less than 10 dBW Maximum transmit power measurement was performed as defined in EN 300 328 4 3 2 9 9 Reference Number s of Test Equipment Used for references see test equipment listing 7 8 9 Duty Cycle Tx sequence Tx gap Sub clause 4 3 1 2 These requirements do not apply for equipment with a maximum declared RF Output power of less than 10 dBm e 1 r p or for equipment when operating in a mode where the RF Output power is less than 10 dBm e 1 r p Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 13 of 29 Accumulated Transmit Time Frequency Occupation and Hopping Sequence Sub clause 4 3 1 3 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rated Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 The EUT utilizes 43 hopping channels and occupies each equally Dwell time of EUT was measured and plots produced demonstrating compliance Limits Under all test conditions Maximum Dwell time Reference Number S
14. e Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 5 of 29 Applicant Details Category of applicant X please tick relevant box opposite Postbox S O Postal code city Email address Daniel waters lairdtech com Z O Z O O OO Company name Street address Postal code city Post box Postal code city Country Contact person name Phone number Fax number Email address Daniel waters lairdtech com 7 Web site address 1 skip this section if applicant is manufacturer Type designation The type designation may be either a single alphanumeric code or an alphanumeric code divided into two parts 2 Type designation as a single alphanumeric code E Type designation in two parts Equipment series no 3 RMO24 2 Equipment specific no RM024 S 10 C 20 RMO24 S10 M 20 RM024 P10 C 20 RMO24 P10 M 20 RMO24 S10 C 24 RM024 S 10 M 24 RM024 P10 C 24 RMO24 P10 M 24 2 This is the manufacturer s numeric or alphanumeric code or name that is specific to a particular equipment It may contain information in coded form on the characteristics of the equipment e g frequency power The manufacturer is free to choose the form of the type designation 3 This is the number code or trade name used by the manufacturer to describe a series or family of equipment of substantially the same mechanical and electrical construction which will includ
15. e a number of related equipments This number is often referred to as the model no 4 This is the manufacturer s identification number given to a specific equipment in the series or family of equipments It is often referred to as the identification number Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 6 of 29 Type of equipment 5 zi Stand alone Equipment with or without its own control provisions Combined Equipment Equipment where the radio part is fully integrated within another type of equipment Plu 2 in card Equipment intended for a variety of host systems __ Other 5 Equipment belongs to one of the following and only to one Separate application forms are required for each variant Type of antenna integral antenna with temporary RF connector integral antenna without temporary RF connector antenna connector Number of antenna assembly ies submitted 2 a ee Transmitter technical characteristics Method of frequency generation Crystal please tick relevant box opposite Other o Transmitter operating frequency range in MHz Spread spectrum technique used Direct sequence DSSS Frequency hopping FHSS Combined Other Spread spectrum parameters
16. enseensenseeeeenseaseesseasceseensenseesseassessenssnsenneens 12 RF OUTPUT POWER SUB CLAUSE 4 3 1 1 ooo cee ceccseeeeeeneeeseensenseeeeensenseensenseeneeas 13 DUTY CYCLE TX SEQUENCE TX GAP SUB CLAUSE 4 3 1 2 13 ACCUMULATED TRANSMIT TIME FREQUENCY OCCUPATION AND HOPPING SEQUENCE SUB CLAUSE A G Sn ee ee 14 Plot of Dwell time On CHANNEL mme 15 Plot of channel occupancy during 30 second period ces 15 HOPPING FREQUENCY SEPARATION SUB CLAUSE 4 3 1 4 ee eeeeeeeeeees 16 Plot of Frequency Serration sense 16 MEDIUM UTILIZATION MU FACTOR SUB CLAUSE 4 3 1 5 esse eeeeeeeeees 17 ADAPTIVITY ADAPTIVE FREQUENCY HOPPING SUB CLAUSE 4 3 1 6 17 OCCUPIED CHANNEL BANDWIDTH SUB CLAUSE 4 3 1 7 18 Plot of Occupied Bandwidih 2e E ne dard 18 Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 2 of 29 TRANSMITTER UNWANTED EMISSIONS IN THE OUT OF BAND DOMAIN SUB CLAUSE ah eee cacao Sn en 19 Plot of Out of band emissions low band edge sssccccccccrssssssscccccccccssssssscccssccssssssccccsscssssssssccsssesssscess 20 Plot of Out of band emissions high band dGe ssccccccccssssssssssccccsssssssscsccccccsssscsccccsssessssssccsessssssscees 20 TRANSMITTER UNWANTED EMIS
17. ge 16 of 29 Medium Utilization MU Factor Sub clause 4 3 1 5 This requirement does not apply for equipment with a maximum declared RF Output power level of less than 10 dBm e i r p or for equipment when operating in a mode where the RF Output power is less than 10 dBm e 1 r p Adaptivity Adaptive Frequency Hopping Sub clause 4 3 1 6 This requirement does not apply to non adaptive equipment or adaptive equipment operating in a non adaptive mode providing the equipment complies with the requirements and or restrictions applicable to non adaptive equipment In addition this requirement does not apply for equipment with a maximum declared RF Output power level of less than 10 dBm e 1 r p or for equipment when operating in a mode where the RF Output power is less than 10 dBm e 1 r p Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 17 of 29 Occupied Channel Bandwidth Sub clause 4 3 1 7 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rated Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 Limit The Occupied Channel Bandwidth for each hopping frequency shall fall completely within the band given in clause 1 For non adaptive Freq
18. ion 2 File Laird RM024 EN 300 328 141007 r2 Page 3 of 29 Opinion Interpretation of Results Tests Performed Results Maximum transmit power EN 300 328 paragraph 5 3 2 Complies Power Spectral Density EN 300 328 paragraph 5 3 3 N A Duty Cycle Tx sequence Tx gap EN 300 328 paragraph 5 3 2 N A Dwell time Minimum Frequency Occupation amp Hopping Sequence Complies EN 300 328 paragraph 5 3 4 EN 300 328 paragraph 5 3 5 Frequency hopping requirements Complies Medium Utilization MU Factor EN 300 328 paragraph 5 3 2 N A Adaptivity modulations other than FHSS EN 300 328 paragraph 5 3 7 N A Occupied Channel Bandwidth EN 300 328 paragraph 5 3 8 Complies Transmitter Out of Band Domain EN 300 328 paragraph 5 3 9 Complies Transmitter unwanted emissions spurious domain EN 300 328 paragraph 5 3 10 Complies Receiver spurious emissions EN 300 328 paragraph 5 3 11 Complies Receiver Blocking EN 300 328 paragraph 5 3 7 N A Equipment Tested Equipment Model PN Serial Number EUT RM024 A CPU HP CRVSA 02T1 75 TW24416178 2 dBi Chip WIC2450A N A 5 dBi Dipole S151 6 PX 2450S N A Test results in this report relate only to the items tested Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 4 of 29 Equipment Function
19. of Test Equipment Used for references see test equipment listing 1 7 8 9 The device hops across 43 channels in the frequency band 2404 to 2466 9 MHz selecting channel frequency from a pseudo random list of hopping frequencies at a rate of 0 013 seconds 13mS hopping rate The unit dwells on channel 10 625 mS waits 2 375 mS every hop and hops at a rate of 13 mS to the next channel in the hop sequence The design hops on channel 1 times in a 0 43 second period 10 625 mS 43 channels 0 43 seconds The number of times on channel times the dwell time on channel predicts the accumulated transmit time is 10 625 mS The design uses each chop channel equally in the predefined hop list of 43 channels which is greater than the required 2 channels The design occupies the hop channel for the duration of the typical dwell time Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 14 of 29 REW 1 MHz Marker 1 Ti t YEW 1 MHs 634 02 dim dim SWT 12 500000 ps Ref 15 Att 15 dB 25 ms 2 500000 ps mee Ss ae 10 lt _ ms CRE TRE LVL Center 2 4355 GHs 2 5 ms Plot of Dwell time on channel REW 1 MHz Marker 1 TL t VEN 1 MHz 56 35 dEm Reet 15 dBm TAEE 15 AE SWT 460 ma 12 500000 4 oy
20. rnal photograph rear side s Ti ie Lil ok tak Wa Ch W mi EY P RA oon d ay A Me ed J las Nes Mii Wi LLS a M rae Vi VE LE HE ee Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 27 of 29 Photograph Radiated Emissions Test Setup Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 28 of 29 iea ge D ne aena 4 NOT eme Ve mo em esta N ee aed 7a eee A Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 29 of 29
21. uency Hopping equipment with e 1 r p greater than 10 dBm the Occupied Channel Bandwidth for every occupied hopping frequency shall be equal to or less than the Nominal Channel Bandwidth declared by the supplier See clause 5 3 1 J This declared value shall not be greater than 5 MH t REW 50 ks TEW 500 kHz 8 97 dom Ref 10 dBm Att 15 dE t SWT 1 s BEJ Z tez 2 46659 GHz 200 Span 3 MEs EEc Plot of Occupied Bandwidth Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 18 of 29 Transmitter unwanted emissions in the out of band domain Sub clause 4 3 1 8 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rated Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 Limit The transmitter unwanted emissions in the out of band domain but outside the allocated band shall not exceed the values provided by the mask in figure 1 NOTE Within the 2 400 MHz to 2 483 5 MHz band the Out of band emissions are fulfilled by compliance with the Occupied Channel Bandwidth requirement in clause 4 3 1 8 Spurious Domain Out OF Band Domain OCE Allocaied Gand Qui OF Band Domain OOK Spurious Dom 2400 MAz 2EW 2400 HHZ BW 2 400 MHZ 2
22. y 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 23 of 29 Unwanted emissions Radiated 2 dBi Dipole Antenna Frequency MHz Spurious Emission Spurious Emission Measurement Level dBm Level dBm Bandwidth MHz Horizontal Vertical 4870 9 63 73 0 ie few ay 0 ay ay ay ON p lt ay gt ay Rogers Labs Inc Laird Technologies 4405 W 259th Terrace Model RM024 Series SN A Louisburg KS 66053 Test 141007 Phone Fax 913 837 3214 Test to EN 300 328 v1 8 1 2012 06 Date February 13 2015 Revision 2 File Laird RM024 EN 300 328 141007 r2 Page 24 of 29 Receiver Spurious emissions Sub clause 4 3 1 10 Applicants declared operating frequency band 2404 2470 Lowest frequency 2 404 MHz Highest frequency 2 470 MHz Rated Output Power 8 dBm 1dB Antenna assembly gain 2 dBi Duty Cycle 76 Spurious emissions receiver operating antenna port conducted Channel Frequency Spurious Emission Spurious Emission Measurement MHz Frequency MHz Level dBm Bandwidth MHz 2435 50 Note No other emissions found having amplitudes greater than 20 dB below limit Limits 30 MHz to 1 GHz 57 dBm 1 GHz to 12 75 GHz 47 dBm Receiver spurious emissions measurement was performed as defined in EN 300 328 4 3 7 Reference Number s of Test Equipment Used for references see test equipment listing 56 76 9 10 11 12 13 Receiver Blocking Sub cl
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