1、, STD-CEPT I-ETS 300 bO9-1-ENGL 1999 232b414 OOlbLbl 7T3 Combined Form for Application for Type Approval Testing and Report for Testing to (I-)ETS 300 609-1 (GSM 11.21) for E-GSM 9OO/DCS 1800 Base Station Equipment The submission documentation to a National Regulatory Body for Type approval purposes
2、 shall consist of the complete document. Important copyright notice: No modification whatsoever of any part of the text of this Application Form may be made. The only amendments permissible in reproduction are modifications to the layout, enlargement of the field or the addition of logos of test lab
3、oratories making use of this form. Version : 01/99 Adopted by ERC WG RR : May 1999 P itblished by: European Radiocommunications Office Midtermolen 1 DK-2 100 Copenhagen Denmark Telephone: +35 25 O3 O0 Telefax: +45 25 03 30 E-mail: eroero.dk Internet: http:/www.ero.dk REPORT ON Type Approval Testing
4、of the E-GSM 900/DCS 1800 Equipped Base Station in accordance with (I-)ETS 300 609-1 (GSM 11.21) (Versioflate) Report Number Testing Laboratory: Test Location: (Month) (Year) Previous page is blank EST REPORT REFERENCE REPORT ON Report No. PREPARED FOR PAGE I Type Approval Testing of the E-GSM BOo/D
5、CS 1800 Equipped Base Station in accordance with (I-)ETS 300 609-1 (GSM 11.21) (VersionDate) I DISTRIBUTION (Applicant) (Recipient) (Regulatory Authority) (Recipient) (Accredited Test House) Copy No. 1 Copy No. 2 Copy No. 3 Copy No: * TEST REPORT REFERENCE PAGE 2 APPLICANTS DETAILS CATEGORY OF APPLI
6、CANT (please tick relevant box opposite) (a) (b) If box (b), (c) or (d) is ticked complete details in box below with respect to the manufacturer (c) (4 COMPANY NAME : ADDRESS : NAME FOR CONTACT PURPOSES : TELEPHONE NO : E-MAIL: MANUFACTURER WORTER DISTRIBUTOR AGENT FAX NO : TELEX NO: MANUFACTURERS D
7、ETAILS COMPANY NAME : ADDRESS : NAME FOR CONTACT PURPOSES TELEPHONE NO: E-MAIL: FAX NO: TELEX NO: STD-CEPT I-ETS 300 bOS-L-ENGL 1999 I232b414 OOLblbS 343 TEST REPORT REFERENCE IAGE 3 TYPE DESIGNATION (NOTE 1) The type designation may be either a single alphanumeric code 0 an alphanumeridcode divided
8、 into two parts. Please fill in EITHER : TYPE DESIGNATION AS ASINGLEALPHANUMERICCODE OR : TYPE DESIGNATION IN TWO PARTS : I I I I 1 I I I 1 I I I I 1 I I I I 1. EQUIPMENT SERIES NO. (NOTE 2) (“MODEL NUMBER) llll/l/llll/llllll AND 2. EQUIPMENT SPECIFIC NO. (NOTE 3) (“IDENTIFICATION NO“) l/lllllll/l/l
9、lll/l NOTES: If the equipment comprises of two bands, then the following set of equipment definition tables shall be completed for each band. (1) This is the manufacturers numeric or alphanumeric code or name that is specific to a particular equipment. it may contain information in coded form on the
10、 characteristics of the equipment e.g. frequency, power. The manufacturer is free to choose the form of the type designation. (2) 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 constructi
11、on which will include a number of related equipments. This number is often referred to as the “model no.“. (3) This is the manufacturers identification number given to a specific equipment in the series or family of equipments. It is often referred to as the “identification number“. I TEST REPORT RE
12、FERENCE IDENTIFICATION PAGE 4 COMMENTS Variants covered by this report: This report is applicable to ali the following variants: A description of the whole equipment family may be included in this report or added as an annex. In the opinion of * all modules and configurations comply with the require
13、ment. * Insert name of the Accredited Test House. STD-CEPT I-ETS 300 bO7-1-ENGL 1799 m 232bqL4 001blb7 1Lb = TEST REPORT REFERENCE PAGE 5 TYPE OF EQUIPMENT I BTS I Micro BTS I Other BTS Max. Number of Transceivers 3 Dedicated BCCH Transceivers I BTS Power Class I BTS Power Measurement Position :- Sl
14、ow Frequency Hopping :- Input to Combiner I Baseband I Antenna Connector I Synthesizer I DTX I Receiver Diversity I 11 MicroBTS Max. Number of Transceivers Dedicated BCCH Transceivers I Micro BTS Power Class I Power W (as declared by manufacturer) Slow Frequency Hopping :- BTS Power Measurement Posi
15、tion :- Input to Combiner I Baseband I Antenna Connector I Synthesizer I DTX I Receiver Diversity I Special Configuration (Justify compliance) TEST REPORT REFERENCE PAGE 6 TRANSMITTER TECHNICAL CHARACTERISTICS TRANSMITER FREQUENCY Method of frequency generation I CRYSTAL J 1 SYNTHESIZER I OTHER TRAN
16、SMITIER FREQUENCY RANGE PGSM 90 (935-960 MHz) 3 EGSM900(925-9600) DCS 1800(1805-1880MHz) 3 DualBand other - (include frequency ranges supported) TRANSMITTER RF POWER CHARACTERISTICS MAXIMUM RATED TRANSMiTTER OUTPUT POWER per transceiver as stated by manufacturer W AT BTS RF OUTPUT CONNECTOR or INPUT
17、 TO COMBINER (as declared by manufacturer) Static Power Control Number of steps supported 1 Is Dynamic Power Control Supported ? Yes I If supported, how many steps? TRANSMITTER MODULATION INPUT CHARACTERISTICS Modulation bit rate 270.833 kbit/s Type of modulation: 0.3 GMSK SUBCARRIER: DIRECT: MSK YE
18、S I NO J 3 DirectFSK YES FFSK YES 3 NO J I GMSK YES JI Generalis4 TamedFM YES Multilevel SateFM YES PLLAPSK YES 8 PSK YES I Other * TEST REPORT REFERENCE c PAGE 8 II RECEIVER TECHNICAL CHARACTERISTICS Il RECEIVER - FREQUENCY METHOD OF FREQUENCY GENERATION I CRYSTAL J 1 SYNTHESIZER I OTHER INTERMEDIA
19、TE FREQUENCIES I 1 st MHZ I 2nd MHZ I 3rd kHz Is local oscillator injection frequency higher or lower than the receiver nominal frequency? I I I Identical Give details Higher (For channel to . ) Lower (For channel to . ) RECEIVER FREQUENCY RANGE PGSM900 (890-915 MHz) 3 EGSM 900 (880-915 MHz) DCS lSO
20、O(1710-1785MHz) Dual Band Other - (include frequency ranges supported) Receiver Diversity II TRANSMITTER AND RECEIVER CHARACTERISTICS ITU DESIGNATION OR CLASS OF EMISSION CHANNEL SEPARATION State the maximum number of channels over which the equipment can operate State the minimum channel spacing EX
21、TREME TEMPERATURE RANGE over which equipment is to be type tested Minimum Temperature 3 Maximum Temperature I Il CONSTRUCTION OF EQUIPMENT Single unit (NOTE 4) I Multiple units I If multiple units describe each one clearly State the type and number of Tx and Rx connectors NOTE 4 Unit means a physica
22、lly separate item of the equipment. Il AUTOMATIC EQUIPMENT SWITCH OFF If the equipment is designed to automatically switch off at a predetermined voltage level which is higher or lower in value than the minimum and minimum calculated values this shall be clearly stated. Applies V Cut-off voltage Doe
23、snot apply I TEST REPORT REFERENCE PAGE 10 II POWER SOURCE ACMAINS V ACVoltage A AC Maximum Current AC MAINS FREQUENCY (Hz) Single phase Threephase 1 DClNPuT V DCVoltage A DC Maximum Current I Other (please supplydetails) 3 BATTERY NickelCadmium 1 Mercury Alkaline Lead acid (Vehicle regulated) Lead
24、acid (Not vehicle regulated) . Lithium 3 Other (please supply details) volts nominal. End point voltage as quoted by equipment manufacturer V STDOCEPT I-ETS 300 bOS-L-ENGL 1999 232b414 001bL73 4LT , TEST REPORT REFERENCE FAGF 11 DUPLEX OPERATION Is the equipment intended for Duplex operation Is the
25、equipment fitted with separate transmitter and receiver antenna sockets Is the equipment fitted with a duplex filter as an integral pari of the equipment with a single antenna connection socket Is the duplex filter externally fitted and connected to the main equipment by co-axial cable) Type and mak
26、e of duplex filter 3 I I I I 1 I I 1 1 1 YeS No Y es No YeS No Yes No Wideband Tunable Other CO-SITING OPERATION Is the equipment suitable for co-siting with:- GSM9 I Yes DCS 1800 I I No Yes Il I No TEST REPORT REFERENCE Equipment Channel No. Identification eg Serial Number PAGE 12 Transmit Nominal
27、Receive Nominal Dedicated Frequency Frequency BCCH MHZ MHZ (NOTE 5) (NOTE 5) Il CHANNEL IDENTIFICATION FREQUENCY RANGE LIMITATIONS Are there any differences between the configurations, if so please state:- (e.g. limited frequency range due to ancillaries, i.e. combiners, duplexers, etc.) NOTE 5. The
28、 frequency shall be marked as not applicable if the equipment is able to operate on any designated channel within the specified frequency range. STD-CEPT I-ETS 300 bOS-L-ENGL L777 W 232L4L4 00LbL75 272 TEST REPORT REFERENCE F.4GE 13 OTHER ITEMS SUPPLIED Spare batteries 1 Yes 1 No Battery charging de
29、vice Yes 1 No Special tools for dismantling equipment 1 yes 1 No Ancillary equipment 1 Yes 1 No Test interface box (if applicable) or where appropriate the RF test fixture 1 Yes 1 No Others 1 yes 1 No If Yes, please specify : TEST REPORT REFERENCE PAGE 14 DECLARATION Are the equipments submitted rep
30、resentative production models? I if not are the equipments pre-production models? If pre-production equipments are submitted will the final production equipments be identical in Base Station System (BSS) equipment specification; Part 1: Radio aspects (GSM 11.21). The test definitions, methods and re
31、quirements follow the applicable version (as indicated earlier) of ETSUGSM specification (I-)ETS 300 609-1. * retains all results, plots and printouts for the tests performed and also calibration details of the test equipment used. The test results relate only to the item(s) tested. The report shall
32、 not be reproduced except in full without the written approval of the testing laboratory. Certain modifications to this report format are permitted, e.g.:- the limit values in the conformance requirement tables should be amended to reflect the version of the specification to which the testing was pe
33、rformed. the sizes of the results and limit tables may be extended or reduced as required. limit tables or parts of limit tables may be deleted if they are not applicable to the type of base station being tested. a remarks area may be included in which special test conditions explanations or other c
34、omments may be recorded. * Insert name of the Accredited Test House. TEST REPORT REFERENCE IDENTIFICATION COMMENTS PAGE 16 CONFIGURATION CODE IDENTIFICATION k Description Phase error and mean fiequency error Mean transmitter RF carrier power Il 6.2 TEST STATUS (NOTE 7) Il 6.3 Switching transients sp
35、ectrum Spurious emissions &om the transmitter antenna connector Intermodulation attenuation Intra Base Station System intermoduiation attenuation Il 6.4 6.5.1 6.5.2 6.6 6.7 6.8 II II 7.6 Il 7.8 7.9 Il 8.0 DESCRIPTION I CONFIGURATION CODE Transmitter RF carrier power versus time Spectrum due to modul
36、ation and wideband noise III Static reference sensitivity levei Multipath reference sensitivity level Reference interference level Blocking characteristics Intermodulation characteristics AM suppression I I Spurious emissions from the receiver antenna connector II Radiated spurious emissions I I A t
37、est plan may also accompany this report. A module list for the tested equipment(s) shall be included. This list shall include serial number information if applicable. NOTE 7. P = pass, F = fail, NT = not tested - TEST REPORT REFERENCE EXPLANATORY NOTE The following page and set of results is repeate
38、d for each configuration. (This page will not appear in a final report) PAGE 18 STi)-CEPT I-ETS 300 bOS-L-ENGL 1999 D 232bllLll 00LblAL 59b E TEST REPORT REFERENCE PAW 19 Variant identificatiodConfiguration code LIST OF MEASUREMENTS. The list of measured parameters called for in (I-)ETS 300 609-1 (G
39、SM 11.21) is given below. Clause 6.2 6.3 6.4 6.5.1 6.5.2 6.6.1 6.6.2 6.7 6.8 7.3 7.4 7.5 7.6 7.7 7.8 7.9 8 Transmitter Parameters Page number Phase error and mean frequency error Mean transmitted RF carrier power Transmitted RF carrier power versus time Adjacent channel power - spectrum due to modul
40、ation and wideband noise Adjacent channel power - switching transients spectrum Conducted Spurious emissions from the transmitter antenna connector: inside the BTS transmit band Conducted Spurious emissions from the transmitter antenna connector: outside he BTS transmit band Intermodulation attenuat
41、ion Intra Base Station System intermodulation attenuation Receiver Parameters Static reference sensitivity level Multipath reference sensitivity level Reference interference level Blocking characteristics Intermodulation characteristics AM suppression Spurious emissions from the receiver antenna con
42、nector Equipment Parameters Radiated spurious emissions NOTE8. P=PSS F = fail NTS = not tested because SF“ not supported NTD = not tested because dynamic power control not supported NTO = not tested (other reason - state reason on test result page) . . . . . . . . . . . . . . . . . status (NOTE 8) .
43、 . . . . . . . . . . . . . . . . TEST REPORT REFERENCE rms phase error (O) peak phase error (O) PAGE 20 - c 5.0 - 19 to 24 dBm Q.0 c3 14 to 19 dBm k2.0 dB 9 to 14 dBm d.0 dB 27 to 32 dBm &.O dB 22 to 27 dBm Q.0 dB 17 to 22 dBm t2.0 dB Absolute Level (1-N) Power Range Step Size Result * The equipment
44、 passdfailed the requirement of this clause. * The equipment was not tested to this clause. See configuration . /page no. . - 19 to 24 dBm k2.5 dB 14 to 19 dBm &2.5 dB 9 to 14 dBm k2.5 dB 27 to 32 dBm rr2.5 dB 22 to 27 dBm rr2.5 dB 17 to 22 dBm rr2.5 dB TRANSMllTER POWER (W/dBm) Channel lm I TRX ide
45、nt ESSENTIAL CONFORMANCE REQUIREMENT CLAUSE 6.3.3 Absolute Level (01 1 II Normal BTS I nn dBm 22.5 dB II II Micro BTS I GSM 900 I DCS 1800 Il Result * The equipment passdfailed the requirement of this clause. * The equipment was not tested to this clause. See configuration . /page no. . * Delete as
46、required. TEST EQUIPMENT USED: STDOCEPT I-ETS 300 bO7-1-ENGL 1777 M 232b4LLi 00Lb1i87 TO4 TEST REPORT REFERENCE PAGE 2s Power range over 2 x M dB steps (dB) Maximum deviation from 2 dB per step (a) Measurement uncertainty (dB) absolute level step size Ambient temperature. . OC MEAN TRANSMITTED RF CA
47、RRIER POWER (normal conditions) Dynamic Power Control Declared maximum output power *Variant identificatiodConfiguration code Measurement carried out at *antenna connector/input to combiner Relative humidity % W (.am) Equipment Requirement tl.O a.7 SFH EnabledlDisabledMot supported TEST CONDITIONS C
48、LAUSE 6.3 Measured time slot . BTS POWER SETTING O 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 I TRANSMITTER POWER (dBm) Channel MHZ TRX ident Channel MHZ TRX ident Channel MHZ TRX ident TESTREPORTREFERENCE Normal BTS Micro BTS ESSENTIAL CONFORMANCE REQUIREMENT CLAUSE 6.3.3 nn dBm k3.0 dB GSM 900 DCS 1800 P
49、AGE 26 TRX power class M1 M2 M3 19 to 24 dBm k3.0 dB 14 to 19 dBm +3.0 dB 9 to 14 dBm 13.0 dB 27 to 32 dBm k3.0 dB 22 to 27 dBm k3.0 dB 17 to 22 dBm 23.0 dB Absolute Level ( 1 -M) Power Range Step Size I Normal and Micro BTS II - c 13.0 dB 2 x M dB 13.0dB 2.0 dB f 1.5 dB Result * The equipment passedlfailed the requirement of this c
