S9D-101010GSM 850/1900 Data module for vending machines

CANTALOUPE SYSTEMS Getting started with seed February 2005 Version 1.1 cantaloupe SYSTEMS • [email protected] • www.cantaloupesys.com • 510.647.3785 CANTALOUPE SYSTEMS SEED DEVICE INSTALLATION INSTRUCTIONS PAGE 1 DEVICE & ANTENNA 1 seed device 1 Antenna HARDWARE 1 large o-ring 4 small o-rings 2 washers 2 nuts CABLES 1 MDB Y tap cable 1 DEX cable (3 pronged) with phono plug 1. Remove the backing from the Velcro patch on the back of the seed device. 2. Mount the seed device in the machine an example is illustrated in the diagram to the left. The seed device should be easily accessible. 3. Plug the phono plug end of the DEX cable into the DEX phono jack of the machine. 4. Tap the male and female connectors of the MDB Y tap cable into the existing MDB cable. Note: Ensure all the wiring is away from any moving parts of the machine. We recommend using cable ties to route the wires in an organized fashion. 1. Turn off machine 2. Mount the device 3. Mount the antenna 4. Attach cabling 5. Turn on machine 6. Call Cantaloupe Sytems to verify installation Mounting the device Overview of steps Parts cantaloupe SYSTEMS • [email protected] • www.cantaloupesys.com • 510.647.3785 CANTALOUPE SYSTEMS SEED DEVICE INSTALLATION INSTRUCTIONS NESQUIK ROYAL VENDING PAGE 2 1. Position the antenna on top of the machine. We recommend mounting it on the part of the machine where the vending machine controller is attached to. We recommend putting it as center and far forward as possible. The example to the left is mounted on the door. 2. Using a 1/4” drill bit, drill two holes downwards through the door to accomodate the two mounting bolts protruding from the antenna base. 3. Drill a larger hole inbetween and in line with the 1/4” holes to accomodate the two antenna cables. Note: This center hole must be large enough to be able to thread both cables and their connectors through the door. Plug in the cables to the seed device. Refer to the diagram on the left for reference. 1. Plug antenna cables in at (a) and (b). It does not matter which cable is plugged in to a or b. 2. Plug DEX cable into the device at (c) 3. Plug MDB cable into the device at (d) 4. Turn on the machine 5. Close the machine door 6. Call Cantaloupe Systems at 510.647.3785 to verify the installation. ab cd Mount the antenna to the machine door as illustrated in the diagram to the left: 4. Place a small o-ring around each bolt, and the large o-ring around the two antenna wires. 5. Mount the antenna on the door by threading the two bolts and the two antenna wires through the door. There should now be o-rings sandwiched between the bottom of the antenna and the top of the machine. 6. Place a small o-ring and then a washer on each bolt, and then screw in each bolt with a nut. Make sure the antenna is tightened down securely. Mounting the antenna Finishing up During or after an installation, the LED indicator lights will assist you in diagnosing the status of the device. There are two modes of the device - its resting state, and its confi guration state. The lights will differ in meaning according to what state the device is in. RESTING STATE The device is perpetually in resting state until a button is pressed. CONFIGURATION STATE Hold the Confi g button to view the confi guration state. Pressing and holding the button any longer than 10 seconds will force the device to DEX and report its data to Cantaloupe Systems (otherwise known as “forcing a DEX”). HOW TO USE THIS GUIDE There are two tables, one for resting state and confi guration state. Each table will describe the deviceʼs state ac- cording to what the LED indicators are doing. The symbols in the table represent the following: Solid light Off Blinking light CANTALOUPE SYSTEMS SEED DEVICE LED INDICATOR GUIDE StatusDEXRadioModem n/aLast DEX successfuln/aConnected to network Door openDEXing machinen/aConnecting/dialing to network Door closedLast DEX unsuccessfuln/aDisconnected from network StatusDEXRadioModem Device onLast DEX successfuln/aAble to connect to network Battery powerDEXing machinen/aModem problem Device offLast DEX unsuccessfuln/aUnable to connect to network Copyright © 2005 Cantaloupe Systems, Inc CANTALOUPE SYSTEMS SEED DOOR ADAPTER GUIDE INSTALLING THE DOOR ADAPTER Before attempting to install the adapter, please ensure that the door switch is in full working order. To install the adapter, fi rst refer to the diagram above. Note that the orientation of the adapter is crucial to indicate which cables go to which locations. Note that the smaller section of the adapter is on the bottom, which means the male spade connectors on the left go to the VMC, the female spade connectors on the right go to the door switch, and the 4 pin connector goes to the seed device. 1 CONNECT THE DOOR ADAPTER TO THE VMC Unplug the wires from the door switch. In the case of a three-pronged switch, take note of which tabs were originally connected. Plug the male spade connectors from the door adapter into the female spade connectors attached to the wires coming from the VMC. Color does not matter. If you cannot locate any connectors, you will need to splice the wire. Find the wires leading from the VMC to the door switch, and splice the male spade connector wires into these wires by cutting off the spade connectors (please remember that color does not matter). Strip the wires from the VMC and the wire from the left side of door adapter, and use wire nuts to connect the wires. 2 CONNECT THE DOOR ADAPTER TO THE DOOR SWITCH Plug the female spade connectors into the door switch, making sure to plug them into the same tabs as you noted in step (1). Again, please remember that color does not matter. If you need to splice, take the other side of the wires from step (1) (leading to the door switch), and then attach them to the wires originating from the right side of the door adapter, (labeled “To door switch” in the diagram). 3 CONNECT THE DOOR ADAPTER TO THE SEED DEVICE Plug in the 4 pin connector to the see…

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2930 Shattuck Avenue Suite 206, Berkeley CA 94705 P:510.647.3785 F:510.295.2581 www.cantaloupesys.com Federal Communication Commission Equipment Authorization Division, Application Processing Branch 7435 Oakland Mills Road Columbia, MD 21048 April 27, 2005 TO WHOM IT MAY CONCERN Pursuant to Paragraphs §0.457 and 0.459 of the Commission’s Rules (47 C.F.R.) and Section §552(b)(4) of the Freedom of Information Act, Cantaloupe Systems requests confidentiality for the following products: FCC ID Number Product Title/Model S9D-101010 5330 For the product stated above, we request that the following information be held confidential: 1) Electrical Schematics of the Circuitry 2) Bill of Materials for the components used on Seed 3) Block Diagram detailing functionality of Seed 4) Operational Description and Manuals 5) Tune Up Procedure No other items submitted as part of the equipment authorization filing process are deemed confidential. The above exhibits contain Cantaloupe Systems trade secrets and proprietary information that could be of benefit to our competitors regarding the design of our mobile handset. This material is not customarily available to the general public and we request that it be withheld from public inspection. If you have any questions, please feel free to contact me at the address shown below. Sincerely, Anant Agrawal Director and President

EUT – Top & Profile view EUT – Top , profile & Back view EUT – Top, Profile & Front view

Label & Label Location

CETECOM Photographs of the equipment CETECOM Photographs of the equipment CETECOM Photographs of the equipment

EUT – Internal Top View EUT – Internal Bottom View

RF EXPOSURE INFO GSM operations at the 850 MHz Band Used limit for 850MHz fixed operation A) 0.57mW/cm2 @ 20cm=2.865W (34.57dBm) as per §1.1310 table 1B B) 1000 W ERP for Cellular Radiotelephone Service as per §1.1307 Table 1 Max. permitted Antenna gain where no routine evaluation is required: Ant. Gain = 34.57dBm – measured cond. Power = 34.57-33 = 1.57dBi – 2.14= -0.57dBD Used limit for 850MHz mobile operation: C) 0.57mW/cm2 @ 20cm=2.865W (34.57dBm) as per §1.1310 table 1B D) 1.5 W (31.76dBm )ERP for frequencies below 1.5 GHz as per §2.1091(c) Max. permitted Antenna gain where no routine evaluation is required: Ant. Gain = 31.76dBm – measured cond. Power = 31.76-33 = -1.24dBD GSM operations at the 1900 MHz Band Limit for 1900MHz fixed operation: 1mW/cm2 @ 20cm=5W (37dBm) Ant. Gain = 37dBm – measured cond. Power = 37-28.7 = 8.3dBi Limit for 1900MHz mobile operation: 2W (33dBm) EIRP Ant. Gain = 33dBm – measured cond. Power = 33-28.7 = 4.3dBi Date: 2005-05-11 Harpreet Sidhu Cetecom Inc.

GND 15 16 15 1K R102 0 R2 VSSA VSSD J1 VSSR L1T4 VSSRTC K1 VSST VSSV F3D1 VSSV2.1 D3 VSSV2.2 H3 VSSX WR A16 GND E4 VSS1.1 C13N14 VSS1.2 P5 VSS1.3 VSS20.1 A6 VSS20.2 A11B16 VSS20.3 VSS21 R13H17 VSS22 R7 VSS23VSS24 P17 VDDD M3 VDDR T5 VDDRTCVDDT L3 VDDV G4 VDDV2.1 E1 VDDV2.2 D2 VDDV2.3 E2 VDDX J4 G1 VMIC H1 VREF VSS1.0 VDD1.2 N15 R5 VDD1.3 B6 VDD20.1 D10 VDD20.2VDD20.3 B17 VDD21 U14H14 VDD22VDD23 U8 N16 VDD24VDDA U2 K4 G16 T_OUT3 T_OUT4 G14 G17 T_OUT5 E17 T_OUT6 T_OUT7 F17 T_OUT8 G15 T_OUT9 H16 P1 VBAT R6 VCXO_EN B2 VDD1.0 A13 VDD1.1 TRST TVCO M1 TXD0 M15 TXD1 L14 TXDD B3 T_OUT0 F16 F14 T_OUT1 J14 T_OUT10 H15 T_OUT11 T_OUT12 K17 F15 T_OUT2 SSCCLK U17 TBAT P2 P9 TCK TDI U10 TDO R10 P3 TENV TFSD A2 TMS U9 R8 TRIGIN TRIGOUT T8 R11 K15 K16 RFSTR3 L15 RFSTR4 RSTOUT B4 RTCOUT R4 RXD0 M16 RXD1 L17 RXDD A1 P7 SCL SCLK A3 T7 SDA QT QTX K3 B14 RD READY T6 RESET_IN P6 J15 RFCLK RFDATA J16 R3 RFREF RFSD C2 J17 RFSTR0 RFSTR1 K14 RFSTR2 MRST P16 MTSR R16 NC_T1 T1 NC_T2 T2 U1 NC_U1 F4 NGUARD J2 PAOUT QGUARD R1 QR N1 N3 QRX L4 G2 G3 MICN2 MICP1 F1 H2 MICP2 MMCCLK M17 M14 MMCCMD MMCDAT L16 MMCROD P15 N17 MMCVDD MON1 P10 MON2 T9 KP1 R12 KP2 R14 KP3 P13 KP4 P11 KP5 U11 KP6 KP7 T12 U12 KP8 KP9 T10 LPAOUT0 P8 U16 LPAOUT1 MICN1 T3 F26MX2_F13_26M F32KX1 U3 U4 F32KX2 HLDA U7 IR M2 IREF J3 IRX N4 IT M4 K2 ITX U13 KP0 T11 C12 D6 A10 D7 B10 D8 D8 A9 D9 DSPOUT0 T15 C3 DSPOUT1 EPN1 B1 F2 EPN2 EPP1 C1 EPP2 E3 D0 D1 B15 D10 C7 D11 A8 D5 D12 D13 B7 C4 D14 D15 A5 D2 B12 D3 B13 D4 D11 D5 T13 CCLK T16 CCRST T14 CCVZ CLKOUT U6 CLKSXM R17 CS0 A15 C16 CS1 CS2 A17 CS3 D15 E14 CS4 A14 H4 C15 BHE L2 BREF BTEC N2 CC00IO R9 CC01IO T17 CC02IO D16 CC06IO A4 CCIN U15 CCIO R15 CCIOSW P12 A2 B5 A20 A21 C5 A3 E16 D13 A4 A5 C14 A6 A12 D12 A7 C11 A8 A9 B11 AFC U5 AGND A10 C9 C10 A11 A12 B9 D9 A13 D7 A14 A15 C8 D6 A16 A17 B8 C6 A18 A19 A7 C17 TP101 - PMB7850_V3.1F_M42 D100 A0 D17 E15 A1 2V65 01 GND 300K R111 20 10 GND SW_TP125 - - SW_TP126 SW_TP130 - - TP152 GND 2V65 GND 21 18 19 2V65 TP151 - BATT+ 47N C104 14 33K R132 34 C103 47N R103 1K 3 GND C113 47N R101 1K GND GND - TP150 2 GND 67 13 GND R110 47K C115100N GND 1V92 2V65 GND GND 4 12 14 56 C121100N VDD_RTC GND 8K2 R131 47N C102 C106 47N GND 78 GND - TP102 GND C108220N GND 17 10 220NC107 220N C109 GNDGND R105 30K R120 300K GND GND 5 8P2 C117 C118 47P 142 3 5 C116 8P2 C111 47N Z100 32.768KHZ GND - TP103 GND C105 47N 913 1V92 GND 1K R104 12 47N C100 C101 47N 220N C110 GND R121 150K C119 18P 11 100NC120 MRST MTSR SSCCLK SSCINT CS_SSC CS_SSC 8 9 11 12 DCD0 CTS1 DSR0 VMICON CTS0 BS2 CCIN P_MODE LOWVDD PAC_EN TXD1 RTS1 TXD1 CS1 CS_SRAM CHARGE_UP SSCINT MRST MTSR SSCCLK RFSTR RFDATA RFCLK MEAS_ON SXENA TXENA RING0 TX_RX SYNC A23 TBAT BATT_TEMP TFSDAI TXDDAI SCLK RFSDAI RXDDAI TXD1 2V65 2V65 WR A(0:21) D(0:15) MICN1 MICP1 MICP2_I MICN2_I SIN26M_BB AFC VBAT TENV MEAS_ON NTC BREF RTS1 MON1 MON2 PA_RAMP RXQ RXQX TXQ TXQX RD WA_DOG RESET_2V65 CHARGE_DETECT RTC_INT TXD0 TBAT TENV RXD0 RXD1 RXENA VBAT VCXOEN BHE BREF CCIO CCCLK CCRST CCVZQ CS_FLASH A22 EPN1 EPN2 EPP1 EPP2 RXI RXIX TXI TXIX TXD0 DTR0 IGT_UC RTS0 GND POWER_SUPPLY C209 TP206 - 1V92 GND R202 1K C218 10N 220N VSIMOUT 13 VSSLP 23 WDOG 25 100NC205 BATT+ VDDLP_I 29 VDD1VDD2 29 VDD3 10 22 VDDLP VLPREG 20 VREG1 8 30 VREG2VREG3 11 12 VSIMCTRLVSIMIN 14 15 NC3 21 NC4NC5 35 18 ON_OFFON_OFF2 19 4 POWER_ON 27 RESET RESET2 17 RREF 38 SLEEP 34 TBAT 31 36 DIGCLK DIGEXTCLK 37 32 DIGTEST 28 DVDDDVSS 24 1 EXTPOWER FUSE 26 LOWVDD 16 NC1 5 NC2 6 D200 D0767BA AVDD 33 AVSS 73 CHARGECHARGE_UP TP252 - TP253 GND R206 100K GND GND 1V92 - TP251 -- GND C200 47U 2V65 GND GND GND GND POWER TP254 TP201 - C290 1U0 GND GND GND 30K R207 C213 1N - TP202 C210 GNDGND 1N C212 2V65 C214 10U 1U0 2V9 R201 1N C203 VDD_RTC VDD_RTC C206100N 100NC207 100K GND GND TP204 - GND GND 2V9 TP200 - - TP205 V204 2 B1 B2 5 C1 6 C2 3 E1 1 E2 4 CHARGE CHARGE_UP TBAT LOWVDD IGT RTC_INT RESET_2V65 CCVZQ CCVCC WA_DOG IGT_UC IGT TXD0 RXD0 CHARGE_DETECT BATT+ EMERGOFF BC846S AUDIO SIM-INTERFACE CONNECTOR 47R R318 R319 220R GND GND GND 1P5 C343 10K R302R303 10K R328 6R8 BATT+ NB_ R326 6R8 6R8 R327 C305 1N 1N C303 1N C304 R320 220R C302 1N C301 220N GND 10K R323 9 GND GND GND GND GND 444546474849 5 50 678 343536373839 4 40414243 25 26272829 3 30313233 1516171819 2 2021222324 GND X300 DF12C 1 1011121314 GND GND GND 10P C341 22P C340 R301 10K R304 220R 6R8 R325 NB_ 1P5 C342 V301 2314 56 GND C306 33U GND GND ESDA6V1-5W6 2V9 DCD0 CTS1CTS0RTS1 DTR0 RTS0 DSR0 CHARGE RFSDAI BATT_TEMPSYNCRXD1RXD0TXD1TXD0VDDLP_IPOWERTXDDAICCVCCCCIO_ICCRST_ICCIN_I RXDDAI TFSDAI SCLK CCCLK_I CCIN BATT+ CCIN_I CCRST CCRST_I CCIO CCIO_I CCVCC CCVCC CCCLK EPN1EPP1EPN2EPP2 MICP2_IMICN2_I VMICON CCCLK_I EPP1_I EPN1_I EPP2_I EPN2_I RING0 EPN2_I EPP2_IEPP1_I EPN1_I MICN2_I MICP2_I MICP1 MICN1 IGT EMERGOFF RF FILTERS RF-POWERSUPPLY RF-POWER-CONTROL RF-POWER-AMP. RF-FRONT-END RF-ANTENNA RF-MAIN OSZ. RF-26MHZ-OSZ. RF-TRANSCEIVER 2K2 R471 100P C406 10P C436 GND VCC2_8 GND C433 3P3 GND GND GND 510R R401 680PC472 R405 22K 18P C481 - SW_TP404 5K6 R470 4N7 L401 0R R455 3N9 C420 C423 1P5 GND GND GND VCC2_8 VCC2_8 SW_TP411 - GND GND GND GND 4P7 C435 GND 39K R403 470P C411 GND C432 1P5 - SW_TP410 GND R407 10R - SW_TP412 VCCSYN C419 33P GND GND 3N9 C412 GND GND 2 C459 10N 22P C413 GND XG400 - 1 22P C416 470P C410 47K R404 L431 6N8 GND C470 33P 100N C417 GND1 GND2 4 1 P1 3 P2 GND 220PC471 GND NB_ R456 0R Z420 26.0MHZ 2 GND C425 100N VCC2_8 - SW_TP405 C418 3N9 GND GND GND GND GND GND GND BATT+ 470R R453 GND GND GND GND GND GND 100P C402 470R R452 2V65 VCC2_8 GND BATT+ - SW_TP407 - SW_TP408 2U2 C484 GND GND SG402 VCC2_8 2U2 C485 2U2 C480 VCCSYN 100P C404 GND - GND BATT+ GND GND GND 100N C400 100K R481 NB_ 0R R457 GND 7 - SW_TP406 EN1U+ N480 265 NC 43 81 GND LP1986_2*2.85V VOUT1VOUT2 NOISE_BP GNDEN2 GND GND GND 100N C403 GND 10NC474 GND 10N C482 C415 1U0 GND 22P C401 5N6C473 GND GND C457 10N BATT+ L430 4N7 GND GND L491 27N GND GND GND 82N L400 GND GND 220RR400 GND 3P3 C424 33P C405 51R R454 39pF C408 GND VCC2_8 GND VCC2_8 PA_DRIV PA_SUPPLY 3N9 C407 VCX…

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CETECOM ICT Services GmbH Radio Satellite Communication Untertürkheimer Straße 6-10 . D-66117 SaarbrückenTelefon: +49 (0)681 598-9100Telefax: -9075 RSC11Issued test report consists of 97 pagesPage 1 (97) BLUETOOTH TM is a trademark owned by Bluetooth SIG, Inc. and licensed to CETECOM Recognized by the Federal Communications Commission Anechoic chamber registration no.: 90462 (FCC) Anechoic chamber registration no.: 3463 (IC) TCB ID: DE 0001 Accredited by the German Accreditation Council DAR–Registration Number TTI–P–G 166/98 Independent ETSI compliance test house ETSI Accredited Bluetooth™ Test Facility (BQTF) Test report no.: 2_3450-01-01/03 FCC Part 24/22/15 MC56 FCC ID: QIPMC56 IC: 267W-MC56 CETECOM – ICT Services GmbH Untertürkheimerstr. 6-10 66117 Saarbrücken, Germany Telephone: + 49 (0) 681 / 598-0 Fax: + 49 (0) 681 / 598-9075 CETECOM ICT Services GmbH Test report no..: 2_3450-01-01/03Issue Date: 2003-12-12Page 2 (97) Table of Contents 1 General information 1.1 Notes 1.2 Testing laboratory 1.3 Details of applicant 1.4 Application details 1.5 Test item 1.6 Test standards 2 Technical test 2.1 Summary of test results 2.2 Test report 1 General information 1.1 Notes The test results of this test report relate exclusively to the test item specified in 1.5. The CETECOM ICT Services GmbH does not assume responsibility for any conclusions and generalizations drawn from the test results with regard to other specimens or samples of the type of the equipment represented by the test item. The test report may only be reproduced or published in full. Reproduction or publication of extracts from the report requires the prior written approval of the CETECOM ICT Services GmbH. 1.2Testing laboratory CETECOM ICT Services GmbH Untertürkheimer Straße 6 - 10 66117 Saarbrücken Germany Telefone: + 49 681 598 - 9100 Telefax : + 49 681 598 - 9075 E-mail: [email protected] Internet: www.cetecom-ict.de Accredited testing laboratory The test laboratory (area of testing) is accredited according to DIN EN ISO/IEC 17025. DAR registration number: TTI-P-G-166/98 Listed by: Federal Communications Commission (FCC) Identification/Registration No : 90462 Accredited Bluetooth TM Test Facility (BQTF) BLUETOOTH TM is a trademark owned by Bluetooth SIG, Inc. and licensed to CETECOM CETECOM ICT Services GmbH Test report no..: 2_3450-01-01/03Issue Date: 2003-12-12Page 3 (97) 1.3Details of applicant Name : Siemens AG Street : Siemensdamm 50 City : D-13629 Berlin Country : Germany Telephone : +49 (0)30 386-0 Telefax : +49 (0)30 386-366-56 Contact : Mr. Hussein Halawi Telephone : +49 (0)30 386-302-11 e-mail: [email protected] 1.4Application details Date of receipt of application : 2003-12-03 Date of receipt of test item : 2003-12-03 Date of test : 2003-12-03 1.5Test item Type of equipment : Tripple Band GSM/PCS Module (850/1800/1900 MHz) Type designation:MC56 Manufacturer:applicant Street: City: Country: Serial numbers:IMEI :004999.00.273656.01, Ser Nr. 273056 Additional information: : Frequency:1850.2 – 1909.8 MHz and 824.2 – 848.8 MHz Type of modulation:300KGXW / 300KG7W Number of channels :300 (PCS1900) and 125 (PCS850) Antenna:Coax adapter for use with external antennas, here a standard car magnet antenna Power supply:3,8V DC via connector Output power GSM 850:cond.: 33.0 dBm Peak , ERP: 24.8 dBm (Burst); EIRP: 26.9 dBm (Burst) Output power GSM 1900 :cond : 28.7 dBm Peak , ERP: 25.3 dBm (Burst); EIRP: 27.4 dBm (Burst) Type of equipment:Temperature range : -30°C - +60°C FCC – ID:QIPMC56 IC :267W-MC56 Hardware:S30880-S8365-A100(B1) Software:026 1.6Test standards: FCC Part 24, 22 FCC Part 15 CETECOM ICT Services GmbH Test report no..: 2_3450-01-01/03Issue Date: 2003-12-12Page 4 (97) 2 Technical test For Part 24/22 we use the substitution method ( TIA/EIA 603). All measurements in this report are done in GSM mode. Device is able to transmit data in GPRS mode also. But because the current measurements are performed in PEAK mode no other results from GPRS mode are possible. The only different is the modulation average power, which is 3 dB higher (by using 2 timeslots in the Up-link (GPRS mode 10)). Remarks: Test setup :The sample was tested in a special test board to bring power to the card and connect RF over a special coax connector to a standard coax adapter. For radiated measurements we used a standard magnetic dualband mobile antenna mounted on a metal plate to get comparative results. No deviations from the technical specification(s) were ascertained in the course of the tests performed. FINAL VERDICT: PASS Technical responsibility for area of testing : 2003-12-15RSC 8414 Ames H. DateSectionNameSignature Technical responsibility for area of testing : 2003-12-15RSC8412Hausknecht D. DateSectionNameSignature CETECOM ICT Services GmbH Test report no..: 2_3450-01-01/03Issue Date: 2003-12-12Page 5 (97) 2.2Test report TEST REPORT Test report no. : 2_3450-01-01/03 CETECOM ICT Services GmbH Test report no..: 2_3450-01-01/03Issue Date: 2003-12-12Page 6 (97) TEST REPORT REFERENCE LIST OF MEASUREMENTS PARAMETER TO BE MEASURED PAGE Part PCS 1900 POWER OUTPUT SUBCLAUSE § 24.2328 FREQUENCY STABILITY SUBCLAUSE § 24.23510 AFC FREQ ERROR vs. VOLTAGE11 AFC FREQ ERROR vs. TEMPERATURE11 EMISSIONS LIMITS SUBCLAUSE §24.23813 RECEIVER SPURIOUS RADIATION SUBCLAUSE § 15.10922 CONDUCTED SPURIOUS EMISSIONS27 BLOCK EDGE COMPLIANCE FOR BLOCK A AND C36 OCCUPIED BANDWIDTH SUBCLAUSE §2.98938 PART PCS 850 POWER OUTPUT SUBCLAUSE § 22.91345 FREQUENCY STABILITY SUBCLAUSE § 22.35547 AFC FREQ ERROR vs. VOLTAGE48 AFC FREQ ERROR vs. TEMPERATURE48 EMISSIONS LIMITS SUBCLAUSE §22.91750 RECEIVER SPURIOUS RADIATION SUBCLAUSE § 15.10959 CONDUCTED SPURIOUS EMISSIONS63 BLOCK EDGE REQUIREMENTS72 OCCUPIED BANDWIDTH SUBCLAUSE §2.98974 EMISSION LIMITATIONS FOR CELLULAR SUBCLAUSE §22.917(F)81 CETECOM ICT Services GmbH Test report no..: 2_3450-01-01/03Issue Date: 2003-12-12Page 7 (97) TEST EQUIPMENT AND ANCILLARIES USED FOR TESTS90 Test site92 CETECOM ICT Services Gmb…

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TTI-P-G 081/94-A0 Accredited according to ISO/IEC 17025 Bluetooth Qualification Test Facility (BQTF) FCC listed # 101450 IC recognized # 3925 CETECOM Inc. 411 Dixon Landing Road Š Milpitas, CA 95035 Š U.S.A. Phone: + 1 (408) 586 6200 Š Fax: + 1 (408) 586 6299 Š E-mail: [email protected] Š http://www.cetecom.com CETECOM Inc. is a Delaware Corporation with Corporation number: 2113686 Board of Directors: Dr. Harald Ansorge, Dr. Klaus Matkey, Hans Peter May V1.1 2003-03-01 The BLUETOOTH trademarks are owned by Bluetooth SIG, Inc., U.S.A. and licensed to CETECOM Inc. © Copyright by CETECOM FCC Test Report Test report no.: EMC_900FCC22-24_2005_5330 FCC Part 22, 24 / RSS 132, 133 Model: 5330 FCC ID: S9D-101010 IC ID: 5854A-101010 Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 2 (47) Table of Contents 1 General information 1.1 Notes 1.2 Testing laboratory 1.3 Details of applicant 1.4 Application details 1.5 Test item 1.6 Test standards 2 Technical test 2.1 Summary of test results 2.2 Test report 1 General information 1.1 Notes The test results of this test report relate exclusively to the test item specified in 1.5. The CETECOM Inc. does not assume responsibility for any conclusions and generalisations drawn from the test results with regard to other specimens or samples of the type of the equipment represented by the test item. The test report may only be reproduced or published in full. Reproduction or publication of extracts from the report requires the prior written approval of the CETECOM Inc. TEST REPORT PREPARED BY: EMC Engineer: Harpreet Sidhu 1.2 Testing laboratory CETECOM Inc. 411 Dixon Landing Road, Milpitas, CA-95035, USA Phone: +1 408 586 6200 Fax: +1 408 586 6299 E-mail: [email protected] Internet: www.cetecom.com Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 3 (47) 1.3 Details of applicant Name : Cantaloupe Systems, Inc. Street : 2930 Shattuck Ave, Suite 206 City / Zip Code : Berkeley, CA 94705 Country : USA Contact : Anant Agarwal Telephone : 510 647 3785 Tele-fax : 510 295 2581 e-mail : [email protected] 1.4 Application details Date of receipt test item : 2005-04-12 Date of test : 2005-04-12/13/14 1.5 Test item Manufacturer : Applicant Marketing Name : Seed Model No. : 5330 Description : GSM 850/1900 Data module for vending machines FCC-ID : S9D-101010 IC-ID : 5854A-101010 Additional information Frequency : 824.2MHz – 848.8MHz for GSM 850, 1850.2MHz – 1909.8MHz for PCS 1900 Type of modulation : GMSK Number of channels : 124 for GSM-850, 299 for PCS-1900 Antenna : ½ wave dipole Power supply : 9V power adaptor Output power : 21.51dBm (141.58mW) max. ERP measured in GSM-850 28.90dBm (776.24W) max. EIRP measured in PCS-1900 Extreme temp. Tolerance : Lower: -20 o C Upper: +60 o C 1.6 Test standards FCC Part 22,24 / RSS132,133 r1 Note: All radiated measurements were made in all three orthogonal planes. The values reported are the maximum values. Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 4 (47) PROJECT OVERVIEW: The EUT (model# 5330) carries pre-certified Siemens GSM module model# MC56 with FCC ID: QIPMC56. This test report covers full radiated testing as per FCC 22/24 on EUT with GSM module. All conducted measurements for are covered under test report# 2_3450-01-01/03 Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 5 (47) 2 Technical test 2.1 Summary of test results No deviations from the technical specification(s) were ascertained in the course of the tests Performed Final Verdict: (only “passed” if all single measurements are “passed”) Passed Technical responsibility for area of testing: 2005-05-06 EMC & Radio Lothar Schmidt (Technical Manager) Date Section Name Signature Responsible for test report and project leader: 2005-05-06 EMC & Radio Harpreet Sidhu (EMC Engineer) Date Section Name Signature Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 6 (47) 2.2 Test report TEST REPORT Test report no.: EMC_900FCC22-24_2005_5330 Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 7 (47) TEST REPORT REFERENCE PARAMETER TO BE MEASURED PARAGRAPH PAGE POWER OUTPUT § 22.913(A) / § 24.232 (B) ............................................................................................ 8 ERP (GSM-850) §22.913(a)..............................................................................................................................................9 EIRP (PCS-1900) §24.232(b) ..........................................................................................................................................10 EMISSION LIMITS TRANSMITTER §2.1051 / §24.238........................................................................ 11 RESULTS OF RADIATED TESTS GSM-850:................................................................................................................12 RESULTS OF RADIATED TESTS PCS-1900: ...............................................................................................................24 RECEIVER RADIATED EMISSIONS § 2.1053 / RSS-133.................................................................... 39 CONDUCTED EMISSIONS § 15.107/207 ............................................................................................... 45 TEST EQUIPMENT AND ANCILLARIES USED FOR TESTS ................................................................. 46 BLOCK DIAGRAMS ........................................................................................................................................ 47 Test report no.: EMC_900FCC22-24_2005_5330 Issue date: 2005-05-11 Page 8 (47) POWER OUTPUT § 22.913(a) / § 24.232 (b) Summary: During the process of testing, the EUT was controlled via Rhode & Schwarz Universal Radio Communication tester (CMU 200) to ensure max. Power transmission and proper modulation. This paragraph contains average output power, peak output power, EIRP & ERP measurements for the EUT.…

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Test setup – Radiated Emissions Test setup – Radiated Emissions Test setup – AC Line Conducted Emissions