OEM Development Kit
Contents
1. VDC then turn off the power 7 Connect the power cord to the Dev Kit and to the power supply then turn on the power supply 8 Connect the Dev Kit to other equipment antenna for example as necessary as illustrated in Figure 2 You can connect to other equipment with the power on Table 1 Receiver Card Type Jumper Positions Receiver Card Type P301 P1001 OEM615 OEMV1 OEMSTAR Jumper OEMV3G Pins 3 4 OEM628 OEMV2 No Jumper Table 2 Ext ANT LNA Power Jumper Positions Shorted Pins P101 P103 4 2 OEM615 0EMV1 0EMSTAR OEMV3G Ant LNA Int Pwr EN Ant LNA Int Pwr EN CAUTION Do not connect P101 or P102 if you have an external volaee on the Ant LNA feed cable Table 3 CAN BUS Jumper Positions Shorted Pins P501 P502 P503 P504 4 2 CANT 1200 CAN1 1200 Opt CAN 3V3 Opt CAN 3V3 Table 4 OEM615 OEMV1 OEMSTAR IO Type Jumper Positions P102 P102 Pins 1 2 EVENT1 Pins 1 2 EVENT1 615 V1 STAR R Pins 3 4 COM3 TX 615 V1 ine 11 12 USB D 615 V 1 Pins 9 10 COM3 RX 615 V1 STAR Pins 5 6 EVENT2 615 V1 R Pins 7 8 CAN1 TX 615 V1 Pins 13 14 CAN1 RX 615 V1 Rr Pins 15 16 VARF 615 V1 STAR 1 Enable COM3 INTERFACEMODE sotware command Table 5 AUX IO Jumper Positions Receiver Card EVENT1EN EVENT2EN PPSOUTEN VARF EN Type P401 P401 P402 P402 OEM615 OEMV1 Pins 9 10 Pins 9 10 OEMV3G Pins 11 12 Pins 11 12 OEM628 OEMV2 Pins 13 14 Pins 13 14 Table 6 COM1 Por2. 03 295 4901 z RAES Note Quick Start Guide GY OEM Dev Kit m ROHS NovAtel is a registered trademark of NovAtel Inc OEM6 is a trademark of NovAtel Inc All other brand names are trademarks of ttheir respective holders Copyright 2011 NovAtel Inc All rights reserved Printed in Canada on recycled paper Recyclable Unpublished rights reserved under international copyright laws GM 14915099 Rev 2 2011 December
3. OEM Development Kit QUICK START GUIDE The OEM Development Kit Dev Kit provides a convenient way to access OEM6 OEMV3G or OEMV input and output signals BOX CONTENTS In addition to this Quick Start Guide the following is provided with your OEM6 Dev Kit e PCB assembly NovAtel Part 01018801 e Two 200mm MMCX R A plug to MMCX R A plug coaxial cables Novatel Part 01018835 e One 150mm MMCX R A plug to MCX R A plug coaxial cable Novatel Part 01018836 e Dev Kit power assembly cable NovAtel Part 01018570 e 6ft USB cable type A to mini B 5 pin NovAtel Part 60723111 e 6ft null modem cable Novatel Part 01017658 may contain DEHP DB 9 female female to connect to COM1 COM2 or COMsS Users will provide cables for COM1 RS422 AUX CAN1 and CANZ2 connection as necessary e Five adhesive rubber feet NovAtel Part 28325059 e Eighteen 2mm pitch jumpers NovAtel Part 21623400 e Six M3x0 5x12mm Hex Stand offs NovAtel Part 28423180 e Four M3x0 5x14mm Hex Stand offs NovAtel Part 28423060 e Twelve M3x0 5x6m Philips Screws NovAtel Part 28523028 ADDITIONAL EQUIPMENT REQUIRED Depending on the application some or all of the following will be required e OEM6 OEMV3G or OEMV series receiver e A Microsoft Windows based computing device with a RS 232 DB 9 USB port or 10 100BASE T port e A 4 5 to 24 V DC power supply capable of at least 10W A quality GNSS antenna such as those shown in Table 13 e A 50 oh
4. SB Connector Pin Outs Pin Description o e Opoo C EXTERNAL OSCILLATOR Some applications require greater precision than that possible with the OEM6 VCTCXO in which case you may need to connect the OEM6 to an external high stability oscillator either 5MHz or 10MHZ For further information refer to Chapter 3 Installation OM 20000128 OEM6 Family Installation and Operation User Manual ANTENNA SELECTION An active antenna is recommended to compensate for the cable loss between the antenna and receiver The GNSS antenna you choose will depend on your particular application NovAtel offers a wide range of antennas as shown in Table 13 Table 13 NovAtel GNSS Antennas Frequencies GLO f Models Supported GPS NASS Galileo ANT 35C1GA TW N 4 oni p ANT 26C1GA TBW N y ANT 35C2GA TW L1 and L2 v ANT A72GA TW N ANT C2GA TW N GPS 702L ANT A72GLA4 TW N a en a ANT A72GLA TW N_ P GPS 701GGL ANT A71 GLA4 TW GPS 701 GG L1only GPS 702 GGL L1 and L2 ANT A72GOLA TW plus L band GPS 702 GG L1 and L2 n vooo LT E235 L1 plus L band REGULATORY NOTICE f WARNING The OEM Development Kit is an electronic Subassembly intended for evaluation purposes only it is not a finished end user product As an electronic subassembly it is not subject to the technical requirements for CE marking or for CFR47 FCC Part 15 subpart B This equipment is intended for use in a laboratory test environment
5. m coaxial cable with a male TNC connector at the Dev Kit end for connecting to the ANT port e If necessary a 50 ohm coaxial cable with a male BNC connec tor at the Dev Kit end for connecting to an EXT OSC port see External Oscillator on page 2 e An RJ 45 Ethernet cable Figure 1 shows the location of the Dev Kit connectors and indicators T i B Ht nT is Rk J gH Q T i 07 Si 8 E oO Qag O J A Fit 1D 42 L Q Figure 1 OEM6 Dev Kit Connector and Indicator Locations POWER a a g D L ANTENNA Saif ext i osc a Opt Figure 2 Connecting to the OEM6 Dev Kit USING THE OEM DEV KIT A CAUTION Follow the ESD practices outlined in Appendix B of the OEM6 Family Installation and Operation User Manual 1 If you have not done so already install NovAtel PC utilities Con nect and Convert4 on your computing device These utilities are available from Support Firmware Software and Manuals Product Updates on the NovAtel Web site 2 Affix the rubber feet or standoffs to the underside of the Dev Kit board on the white landing pads to avoid potential damage 3 Jumper the board as necessary as outlined in Table 7 through Table 7 and any CAUTION notes found below 4 Place the Dev Kit on a flat surface so that it is supported for example by the rubber feet 5 Install one of the supported OEM receivers on the Dev Kit board 6 Set the power supply to 4 5 to 24
6. only It generates uses and can radiate radio frequency energy and has not been tested for compliance with the limits of digital devices pursuant to subpart B of part 15 of FCC rules which are designed to provide reasonable protection against radio frequency interference Operation of this equipment in other environments may cause interference with radio communications in which case the user at his own expense will be required to take whatever measures necessary to correct this interference NOVATEL SHALL NOT BE LIABLE FOR ANY LOSS DAMAGE OR EXPENSE OF COMPANY ARISING DIRECTLY OR INDIRECTLY OUT OF THE COMPANY S USE OF THE EQUIPMENT UNDER THIS AGREEMENT IN NO EVENT SHALL NOVATEL BE LIABLE TO THE COMPANY FOR SPECIAL INDIRECT INCIDENTAL OR CONSEQUENTIAL DAMAGES OF ANY KIND OR NATURE DUE TO ANY CAUSE NOTE The OEM Dev Kit is not intended to be used as a reference design for implementation in end applications Original compo nent manufacturer design recommendations should be sought before incorporating any components used on the Dev Kit into an end application design QUESTIONS OR COMMENTS The Dev Kit BOM schematics and assembly drawings are available on the Support page of the NovAtel Web site If you have any questions or comments regarding your OEM Dev Kit please contact NovAtel using one of these methods Email support novatel com Web www novatel com Phone 1 800 NOVATEL U S amp Canada 403 295 4900 International Fax 4
7. t Jumper Positions P507 Pins 5 6 Receiver Card P507 P507 Type Pins 1 2 Pins 7 8 OEM615 0EMV1 Jumper Jumper Table 7 OEM628 IO Type Jumper Positions P507 Pins 3 4 Shorted Pins P201 P202 P203 OEMV3G RS422 ON n per POWER UP I2C_SCL 23 628com3 0 11628COM3 1 I2C_SDA A CAUTION Do not connect P503 or P504 if you have an external voltage on the CAN bus Table 8 Dev Kit Connectors Connector Description COM1 COM2 amp COM31 DB 9 male CAN1 amp CAN2 DB 9 male providing support for CAN bus ETHERNET RJ45 10 100BASE T Switch to configure COM1 as RS232 or R ASAREE N RS422 Setting takes effect on power cycle PWR Connector power cord to this connector Press button to perform soft reset on card ANT T female connector a female connector applications involv EXT OSC ing a customer provided external oscillator 2 Configure COM1 COM2 and COM3 baud rate with SERIALCONFIG command 300 to 921600 bps Table 9 Dev Kit Status LEDs Indicator RED Indictor GREEN Indicator CR802 ERROR PWRGD CR804 COM1 Tx is active COM1 Rx is active CR805 COM2 Tx is active COM2 Rx is active CR806 COM3 Tx is active COM3 Rx is active Table 10 COM AUX Connector Pint Outs Pin COM1 COM2 COM3 AUX oome me pe pem RXD1 RXD2 RXD3 EVENT2 RSE NO ARE RTS1 Flere erse ne roses og OPTIONAL 3V3 see Table 3 OPTIONAL 3V3 see Table 3 3 COM1 only supports RS232 operating mode Table 12 U
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