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1. 12 TABLED 3E NA TVEN eem mmc 13 TABLE 7 POWER CONSUM P HON EE 13 TABLE S AC URAC EE 13 TABLE 9 DINAMICCONS FRAIN E 14 TABLE TO OBGEZXAX SERIES IVIODULE PIN OUT WE 15 TABLE LE Nc M 18 TABLE 12 NMEA PROTOCOL OUTPUT MESSAGE reta esiqi vu bEERI eii 21 TABLES NMEA PROTOCOL INFU T MESSAGE Sirain a kaatri ai E KER AREE RA 21 TABLE 14 REEL DIMENSION KC 23 TABLE 35 ORnGEZIS MECHANICAL E ET 25 TABLE 16 ORG1208 MECHANICAL SUMMARY ET 26 FIGURE INDEX FIGURED 0RGIZITS ARCHITECTURE EE FIGURE 2 0R61208 ARCAITECTUR EE FIGURE 3 GNSS S0C FUNCTIONAL BLOCK DIAGRAM E 10 FIGURE4 UART INTEGRITY EE 17 AGURES gt SPETIVNUN Sanidad Poli 18 FIGURES ORGIZIS VART INTERFACE CIRCU Tasca ia 19 FIGURE 7 ORGIZ20S8 UART INTERFACE CIRCUIT RE 19 FIGURES FOOTPRIN EEN 20 EIGUNES EARNE EE 22 FIGURE 10 CARRIER DIMENSIONS Tomm 22 lebt MEE RISE POSITION HEEN 22 FIBUBE TZ E BEBE ini ica iia 23 FIGURE 13 RECOMMENDED SEENEN 24 FIGURE 15 ORG1208 MECHANICAL RU EE 26 Multi Hornet and Multi Hornetella Page 3 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty 1 SCOPE This document describes the features and specifications of Multi Hornet ORG1218 and Multi Hornetella ORG1208 GNSS Receiver Modules 2 DISCLAIMER All trademarks are properties of their respective owners Performance characteristics listed in this docum2. January 19 2015 Reel packaging quantities TABLE 2 REVISION HISTORY Multi Hornet and Multi Hornetella Page 4 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty 8 GLOSSARY A GNSS Assisted GNSS BPF Band Pass Filter CE European Community conformity mark CGEE Client Generated Extended Ephemeris CMOS Complementary Metal Oxide Semiconductor COMPASS PRC GNSS same as BDS BeiDou 2 Navigation Satellite System EGNOS European Geostationary Navigation Overlay Service EMC Electro Magnetic Compatibility ESD Electro Static Discharge EVB Evaluation Board EVK Evaluation Kit FCC Federal Communications Commission GALILEO EU GNSS GLONASS Global Navigation Satellite System GNSS Global Navigation Satellite System GPS Global Positioning System I C Inter Integrated Circuit IC Integrated Circuit ISO International Organization for Standardization LDO Low Dropout regulator LGA Land Grid Array LNA Low Noise Amplifier MSAS Multi functional Satellite Augmentation System MSL Moisture Sensitivity Level NFZ Noise Free Zones System NMEA National Marine Electronics Association MEMS MicroElectroMechanical Systems PCB Printed Circuit Board PPS Pulse Per Second QZSS Quasi Zenith Satellite System REACH Registration Evaluation Authorisation and Restriction of Chemical substances RF Radio Frequiency RHCP Right Hand Circular Polarized RoHS Restriction of Hazardous Substances directive ROM Read
3. Digital Converter ADC ADC specifications are 10 bit SAR 1MSPS effective full scale voltage range OV 1 4V Do not connect to this input if the feature is not in use Multi Hornet and Multi Hornetella Page 18 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty 16 3 TYPICAL APPLICATION CIRCUIT VCC 3 0 3 6v Vback Vcc C Q VBACK 2 3 6V CN D1 BAT54C SOT23 e 9 8 7 V1V8 VBAT VCC R4 J00R gt 4PPS GPS e DR SDA 20 DR_SCL ADC 18pF 24 1PPS ON_OFF e nSTANDBY gt E STANDBY WAKEUP GPS lt ES aR A Wakeup _ 5 3 ix ER gt TX GPS RESET TEN CS nRESET GPS gt BAAR 16 RESET SCK L ec ur SDO 22 rigincrs SDI sa 1 RX R6 220R GND1 GND2 GND3 GND4 GND5 RX 2 lt RX GPS rr E INPUTS ARE 3 6V TOLERANT VCC23 0 3 6V Vback Vcc Vant VANT 1 8 5 5V Q Q Q VBACK 2 3 6V FB1 N ASSEMBLE FERRITE BEAD FOR ACTIVE ANTENNA 1K 100MHz D1 BAT54C SOT23 8 7 V1V8 VBAT VCC Unus gt 4PPS GPS e DR SDA 20 DR_SCL ADC 18pF 24 1PPS ON OFF MES nSTANDBY gt ES pn 1 STANDBY RESET rue CS nRESET GPS gt Be oR 16 RESET SCK d 18pF z J SDO 22 riginces pol E 1 RX R6 220R GND1 GND2 GND3 GND4 GND5 RX 2 RX GPS CO Kei bal rrpp INPUTS ARE 3 6V TOLERANT FIGURE 7 ORG1208 UART INTERFACE CIRCUIT Multi Hornet and Multi Hornetella Page 19 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mi
4. Only Memory RTC Real Time Clock SAW Surface Acoustic Wave SBAS Satellite Based Augmentation Systems SGEE Server Generated Extended Ephemeris SIP System In Package SMD Surface Mounted Device SMT Surface Mount Technology SOC System On Chip SPI Serial Peripheral Interface TCXO Temperature Compensated Crystal Oscillator TTFF Time To First Fix TTL Transistor Transistor Logic UART Universal Asynchronous Receiver Transmitter WAAS Wide Area Augmentation System Multi Hornet and Multi Hornetella Page 5 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGps mini mighty 9 ABOUT ORG12XX SERIES The ORG12XX series module has been designed to address markets where an ability to autonomously acquire position fix from multiple satellite constellations must be coupled with superior sensitivity and low power consumption The ORG12XX series module is a miniature GNSS Global Navigation Satellite System GPS GALILEO GLONASS receiver that continuously tracks all satellites in view and provides real time positioning data in industry s standard NMEA format The ORG12XX series module is able to decode extremely weak satellite signals simultaneously from GPS and GLONASS thereby offering best in class positioning availability unparalleled accuracy and extremely fast fixes under challenging signal conditions such as in built up urban areas dense foliage or even indoor Featuring OriginGPS proprietary Noise Free Zone System te
5. baud rate 18 3 SHUTTING DOWN THE MODULE Transferring the module into Backup state can be forced by main VCC power supply removal 19 SOFTWARE FUNCTIONS The module supports standard NMEA 0183 protocol with proprietary extensions 19 1 NMEA OUTPUT MESSAGES TABLE 12 NMEA PROTOCOL OUTPUT MESSAGES 19 2 NMEA INPUT MESSAGES TABLE 13 NMEA PROTOCOL INPUT MESSAGES Multi Hornet and Multi Hornetella Page 21 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty 20 HANDLING INFORMATION 20 1 PRODUCT PACKAGING AND DELIVERY TOP Po P2 n A 2 00 1 NI 9 IBI 4 0x0 1 II 1 75 0 1 55 0 05 F Ill 2 0 0 1 o 005 d m e I o Le Bo a GC 0 5 Typical P 0 ze CL P1 7 L 8 PAD 1 FEED DIRECTION FIGURE 9 CARRIER owns gem Bo 2050 01 1800 01 FIGURE 10 CARRIER DIMENSIONS mm Carrier material Conductive Polystyrene Feed direction Position of Pin1 FIGURE 11 MODULE POSITION Multi Hornet and Multi Hornetella Page 22 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGps mini mighty FIGURE 12 REEL 330 00 0 85 60 00 0 5 33 00 1 0 5 39 00 t 0 5 TABLE 14 REEL DIMENSIONS Reel material Antistatic Plastic ORG1218 Each reel contains 175 modules ORG1208 Each reel contains 250 or 500 modules 20 2 MOISTURE SENSITIVITY The ORG12XX ser
6. ecc 17 IAS SENSORS INTER FACE EEE A EEAO a 18 16 3 TYPICALAPPLICATION CINCO Lanas 19 17 Safe KE 20 17 1 208 12 H KEE 20 17 2 DEON a ilg gs EE 20 18 e ds Xp e FW hes 21 18 1 STARTING TRE MODE aa ta RA DE 21 18 2 VERIFYING THE MODULE HAS STARTED anat IDO Acs 21 18 3 SUITES DOWN THE MODULE ara in 21 19 OFTWARE PONE TON Sica iia 21 19 1 NMEA OUTPUT TEEN 21 19 2 NMESINPU NIE SS AOE Sarian a E A names hneastoh na nom sienaienaeesaued 21 20 FHANDUNGINFORMA TON amena ains 22 20 1 PRODUCT PACKAGING AND DELIVERY GE 22 20 2 MO TURE SENS IMITA tado 23 20 9 Dx lis Ker NU TI U 23 20 4 Ee 24 20 5 ESO Beak c c PO r 24 20 6 KEE 24 20 7 SEN elei uper n NE 25 Multi Hornet and Multi Hornetella ORG12XX Datasheet Revision 3 0 Page 2 of 26 January 19 2015 OriginGPS 20 8 21 21 1 21 2 mini mighty MSFOSAL IN PO RMS IN sana daa 25 VECHANICAL SPECIE CA KT KE 25 OES EG WIG PISIS rr M H 25 ORGS IC PEINT H 26 TABLE INDEX TABLE Te RELATED DOCUMENTA TION catarata ada 4 TABLE Z REVISION STO ET 4 TABLE 3 ABSOLUTE OUT 11 TABLES EE EIER ECH ESCHER 12 TABLE FSA COUSIN MELIA PT on mermm
7. 12 Class2 for PCB manufacturing zk IPC A 600 Class2 for PCB inspection zk IPC A 610D Class2 for SMT acceptability The ORG12XX series modules are manufactured in ISO 9001 2000 accredited facilities The ORG12XX series modules are manufactured in ISO 14001 2004 accredited facilities The ORG12XX series modules are designed manufactured and handled to comply with and according to Pb Free RoHS Directive 2002 95 EC on the restriction of the use of certain hazardous Pb substances in electrical and electronic equipment RoHS y The ORG12XX series modules are manufactured in facilities under EU REACH regulation The ORG12XX series modules comply with the following EMC standards F EU CE EN55022 06 A1 07 Class B US FCC 47CFR Part 15 09 Subpart B Class B F JAPAN VCCI V 3 2006 04 Multi Hornet and Multi Hornetella Page 24 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty 20 7 SAFETY INFORMATION Improper handling and use can cause permanent damage to the device There is also the possible risk of personal injury from mechanical trauma or shocking hazard 20 8 DISPOSAL INFORMATION The product should not be treated as household waste Y For more detailed information about recycling electronic compo please contact your local waste management authority 21 MECHANICAL SPECIFICATIONS F The module has miniature packaging in LGA SMD footprint sized 17mm x 17mm zt The module is built on mini
8. 2015 OriginGPS mini mighty VANT Vcc Veat 1 8 6V 3 3 6V 1 6 3 6V Core amp Subsystem TCXO RTC Crystal FIGURE 2 ORG1208 ARCHITECTURE F Antenna Connector Signals from the GNSS satellites are being delivered from receiving antenna through W FL standard miniature coaxial connector zt Load Switch Load switch provides control over DC bias voltage supply for active antenna When the ORG1208 module is in Standby or Backup state no power is dissipated on active antenna zt GNSS SAW Surface Acoustic Wave Filter Band Pass SAW filter eliminates out of band signals that may interfere to GNSS reception zt Voltage Regulator Voltage regulator provides stable supply for GNSS RF front end The design of this block was optimized for low ripple low quiescent current and high PSRR zk TCXO Temperature Compensated Crystal Oscillator Highly stable 26 MHz oscillator controls the down conversion process in RF block of the GNSS SoC Characteristics of this component are important factors for higher sensitivity shorter TTFF and better navigation stability zk RTC Real Time Clock crystal Tuning fork quartz crystal with very tight specifications is necessary for maintaining Hot Start and Warm Start capabilities of the module t RF Shield RF enclosure avoids external interference from compromising sensitive circuitry inside the module RF shield also blocks module s internal high frequency emissi
9. NOMOUS A GPS Autonomous A GPS allows shorter TTFF by providing predicted synthetic ephemeris data created within a lost host system from previously received broadcast ephemeris Autonomous A GPS is capable for up to 5 day span prediction 15 3 PREDICTIVE A GPS Predictive A GPS allows shorter TTFF by using a model downloaded from server Predictive A GPS is suitable for networked applications while communication channel is immaterial Predictive A GPS is capable for up to 7 day span prediction Multi Hornet and Multi Hornetella Page 14 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty 16 INTERFACE 16 1 PAD ASSIGNMENT Eege A m bom p e aam pes es piz Remi hav e boo tege bont pen hz keep tow paved Leave floating on ORG1218 or 7 VANT Active Antenna Bias Power on ORG1208 with passive antenna 18 DR SDA GC Serial Data RTCM RX Bi dir a e de Low E sa CR 777773 MNA TABLE 10 ORG12XX SERIES MODULE PIN OUT 16 2 CONNECTIVITY 16 2 1 POWER The ORG12XX series module can be operated from single unregulated power source i e supplied directly from a battery since the module has internal voltage converters Main power VCC power input is for main power supply VCC power supply range is 3V to 3 6V DC Typical VCC is 3 3V Power supply current consumption varies according to the processor load and satellite acquisition Typical ICC current is 55mA during ac
10. OriginGPS mini mighty ORG12XX SERIES GNSS RECEIVER MODULES Datasheet OriginGPS com OriginGps mini rnighty INDEX 1 EE 4 2 peii qe 7 P m 4 3 SAFE IN OR VAT D 4 4 ESSE SII arre O E EN AE E E EE IN E merauen 4 B ee ur emnes e me 4 6 RELATED EE 4 75 murs RECH Ka e dra 4 8 EE T 5 9 ABOUT ORINA osi s HRHR 6 10 ABOUT ORIGINS mira tii 6 11 DESCRIPTION D 7 11 1 GN 7 11 2 ARCHITEC TON E perra 8 12 ELECTRICRESPECIAICA TON S escorpio 10 12 1 ABSOLUTE MAMMUM RATINGS eege 10 12 2 RECOMMENDED OPERATING CONDITIONS EN 11 13 PERFORMANCE daa ida 12 13 1 PO TSO TIMES cp capi ER 12 13 2 EN Rev 13 13 3 atiis Eee Eug EE 13 13 4 ACCURA aa 13 13 5 PINANI CON ERAIN E 14 14 POWERMANAGEMEN RE 14 14 1 POWER STEATE E 14 15 EMENDEO FEA ET E 14 15 1 JAMIER BARRER Ee 14 15 2 AUTONOMOUS AOP c 14 15 3 PREDICTIVE c E 14 16 H DEENEN 15 16 1 ufus cnl Ke ena 15 Io e e ep CR E E 15 i MEL Sis CT e 15 26 2 HOSPEDNIBOEINTERIUAGE iaa ona 16 NM LM ME Cu 17 15 24 HOSFDATA Isi
11. T pad floating while using passive antenna Contact OriginGPS for passive antenna selection 16 2 4 HOST DATA INTERFACE The ORG12XX series module has 2 types of interface ports to connect to host UART and SPI UART The module has a 2 wire UART port zk TX used for GPS data reports Output logic high voltage level is LVCMOS 3 3V zt RX used for control over receiver configuration Input logic high voltage level is 2V to 3 6V Operation The UART performs bit by bit transmitting and receiving in 8 bit octets when module is active On the transmit side 1 start bit 8 data bits and 1 stop bit followed by next character or idle line On the receive side 1 start bit 8 data bits 1 stop bit or longer is accepted uA A Fre i all free eS SS ll i Vi li Vi Vi Lf ir vi I W W u V V LU M j j A A A A A A A i I I A IA A A A j Loz LLL LIII LU LlILI LLIL I Leo wll DATA BIT 7 MSB DATA BIT LSB START BIT DATA DATA DATA DAT A DATA DATA BIT 1 BIT 2 BIT 3 BIT 4 BIT 5 BIT E STOP BIT FIGURE 4 UART INTEGRITY Because UART transmission is asynchronous and sampled by the receiver both sides require closely match bit rate clocks and that data bit waveform and timing distortion at the receiver should be limited The default protocol is NMEA 2115 200bps The baud rate and message configuration can be changed by an input command SPI The SPI Serial to Peripheral Interface is a master slave
12. are in same voltage domain While using passive antenna do not apply voltage on this input 1 8V power source V1V8 power supply provides regulated 1 8V voltage source Maximum 11V8 continuous output current is 20mA Ground All Ground pads should be connected to the main Ground plane by shortest possible traces or multiple vias 16 2 2 HOST CONTROL INTERFACE STANDBY input STANDBY control input is used to switch the receiver from Full Power into Standby state A logic low level applied on this input transfers and holds the module in Standby state A release of this input from logic low level exits the Standby state back to Full Power STANDBY input is active low and has internal pull up resistor of 10kQ Do not drive this input high Do not connect if not in use RESET input The Power On Reset POR is generated internally in the module when VBAT is applied Manual reset option is available through RESET pad RESET input should be asserted externally during the first power up when VBAT power supply is applied prior to VCC power supply RESET input asserted during the operation clears the RTC block and discards configuration settings RESET signal should be logical low level for at least lus RESET input is active low and has internal pull up resistor of 10kO Do not drive this input high Do not connect if not in use WAKEUP output WAKEUP output is used to flag the power state of the module A logical low level on this o
13. ature PCB enclosed with metallic shield box F The module has 22 SMT pads with copper base ENIG plating on the bottom side zt The package of the module has been optimized for automated pick and place assembly and reflow soldering processes 21 1 ORG1218 MODULE TOP VIEW SIDE VIEW BOTTOM VIEW 17 0 0 1 Y Ta o H E i 18 0 x 0 1 17 0 0 1 18 0 0 1 VE All dimensions are in millimeters FIGURE 14 ORG1218 MECHANICAL DRAWING TABLE 15 ORG1218 MECHANICAL SUMMARY Multi Hornet and Multi Hornetella Page 25 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty 21 2 ORG1208 MODULE TOP VIEW SIDE VIEW BOTTOM VIEW 0 669 0 008 17 0 0 2 0 669 0 008 17 0 0 2 Bin 9 un 0 264 0 004 6 7 0 1 ra 0 087 0 004 2 2 0 1 0 669 0 008 17 0 0 2 17 0 0 2 0 165 0 008 4 2 0 2 SS Pad 1 marking inch millimeter FIGURE 15 ORG1208 MECHANICAL DRAWING 17 0 0 2 17 0 0 2 2 2 0 1 0 669 0 008 0 669 0 008 0 088 0 004 TABLE 16 ORG1208 MECHANICAL SUMMARY Multi Hornet and Multi Hornetella Page 26 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015
14. chnology the ORG12XX series module offers the ultimate in high sensitivity satellite navigation combined with high immunity The ORG12XX series module is a complete SiP System in Package featuring miniature SMD Surface Mount Device technology footprint designed to commit unique integration features for high volume low power and cost sensitive applications Internal GNSS SoC System on Chip incorporating high performance ARM9 microprocessor and sophisticated GNSS firmware keeps positioning payload off the host allowing integration in embedded solutions even with low computing resources The ORG12XX series incorporate 2 modules 1 The ORG1218 fully integrated GNSS module with on board antenna The ORG1218 GPS receiver module is pin and footprint compatible to the OriginGPS ORG1418 module 2 The ORG1208 fully integrated GNSS module with on board RF connector The ORG1208 GPS receiver module is pin and footprint compatible to the OriginGPS ORG1408 module 10 ABOUT ORIGINGPS OriginGPS is a world leading designer manufacturer and supplier of miniature positioning modules antenna modules and antenna solutions OriginGPS modules introduce unparalleled sensitivity and noise immunity by incorporating Noise Free Zone system NFZ proprietary technology for faster position fix and navigation stability even under challenging satellite signal conditions Founded in 2006 OriginGPS is specializing in development of unique technologies t
15. ent do not constitute a warranty or guarantee of product performance OriginGPS assumes no liability or responsibility for any claims or damages arising out of the use of this document or from the use of integrated circuits based on this document OriginGPS assumes no liability or responsibility for unintentional inaccuracies or omissions in this document OriginGPS reserves the right to make changes in its products specifications and other information at any time without notice OriginGPS reserves the right to conduct from time to time and at its sole discretion firmware upgrades As long as those FW improvements have no material change on end customers PCN may not be issued OriginGPS navigation products are not recommended to use in life saving or life sustaining applications 3 SAFETY INFORMATION Improper handling and use can cause permanent damage to the product 4 ESD SENSITIVITY This product is ESD sensitive device and must be handled with care Ge 5 CONTACT INFORMATION Support info origingps com or Online Form Marketing and sales marketing origingps com Web www origingps com 6 RELATED DOCUMENTATION M DOCUMENT NAME 4 sde an Hornet NMEA Protocol Reference Manual for CSR based recewers 6 Spider and Home Host merae Applicaton noe EN Spider and Hornet Jammer Detector and Remover Application Note TABLE 1 RELATED DOCUMENTATION 7 REVISION HISTORY REVISION DATE CHANGE DESCRIPTION
16. ghty 17 PCB LAYOUT 17 1 FOOTPRINT TOP VIEW inch millimeter FIGURE 8 FOOTPRINT Ground pad at the middle should be connected to main Ground plane by multiple vias Ground pad at the middle should be solder masked Silk print of module s outline is highly recommended for SMT visual inspection 17 2 DESIGN RESTRICTIONS Keep out of signal or switching power traces and vias under the ORG12XX series module Signal traces to from ORG12XX series module should have minimum length Recommended distance from adjacent active components is 3mm In case of adjacent high speed components like CPU or memory high frequency components like transmitters clock resonators or oscillators metal planes like LCD or battery enclosures please contact OriginGPS for more precise application specific recommendations Multi Hornet and Multi Hornetella Page 20 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty 18 OPERATION 18 1 STARTING THE MODULE When power is first applied the GNSS SoC of the module access boot loader for firmware initialization Firmware is executed autonomously and the module starts searching for GNSS satellites 18 2 VERIFYING THE MODULE HAS STARTED The module WAKEUP output will go logic level high indicating the GNSS SoC has started F The module will output standard NMEA strings starting S at 115 200bps
17. hat miniaturize RF modules thereby addressing the market need for smaller wireless solutions Multi Hornet and Multi Hornetella Page 6 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini rnighty 11 DESCRIPTION OriginGPS has researched and enhanced the performance of standard GPS receivers in real life applications Case study of the specifications of key components through involvement in R amp D effort of major vendors derived in highest performance in industry s smallest footprint parts available These carefully selected key components resulted in higher sensitivity faster position fix navigation stability and operation robustness under rapid environmental changes creating hard to achieve laboratory performance in heavy duty environment 11 1 FEATURES F Autonomous operation zk OriginGPS Noise Free Zone System NFZ technology zt Active antenna on board ORG1218 zt Active or passive antenna input ORG1208 zk Fully integrated with zk GNSS SAW Filter GNSS LNA TCXO RTC Crystal RF Shield RAM Flash Memory F Power Management Unit F 500 miniature RF connector Load Switch ORG1208 zt GPS GLONASS GALILEO COMPASS1 multi GNSS RF and Baseband F SBAS WAAS EGNOS MSAS QZSS support k 32 tracking channels Sensitivity 162dBm during Tracking zt TTFF lt 1s under Hot Start conditions zk Accuracy lt 1 5m CEP 50 zt Timing Accuracy lt 30ns zt Update rate up to 10Hz F Au
18. ies module is MSL 3 designated device according to IPC JEDEC J STD 033B standard Module in sample or bulk package should be baked prior to assembly at 125 C for 48 hours 20 3 ASSEMBLY The ORG12XX series module supports automatic assembly and reflow soldering processes Recommended thickness of the solder paste stencil is 5mil while openings in the pad mask are 10096 to ensure sufficient solder volume Reflow soldering of the module is according to IPC JEDEC J STD 020D standard for LGA SMD Avoid reflow soldering process while module is facedown Multi Hornet and Multi Hornetella Page 23 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty Peak temp Oe 230 250 C Pre heat temp anenee 110 190 C 60 120sec 200 BETTEL Ze 150 100 Ramp up temp 50 i 1 0 3 0 C sec 0 60 90 180 240 300 sec FIGURE 13 RECOMMENDED SOLDERING PROFILE Recommended peak reflow temperature is 250 C for 10 sec for Pb Free RoHS solder paste Absolute Maximum reflow temperature is 260 C for 10 sec 20 4 REWORK If localized heating is required to rework or repair the module precautionary methods are required to avoid exposure to high temperatures that can result in permanent damage 20 5 ESD SENSITIVITY A The module is ESD sensitive device and should be handled with care 20 6 COMPLIANCES The following standards are applied on the production of the ORG12XX series module zk IPC 6011 60
19. ite ephemeris is valid to the specified accuracy and available in RAM Warm Start Warm Start typically results from user supplied position and time initialization data or continuous RTC operation with an accurate last known position available in RAM In this state position and time data are present and valid but ephemeris data validity has expired Cold Start Cold Start acquisition results when satellite ephemeris last good position and time data are unknown Aided Start Aided Start is a method of effectively reducing the TTFF by making every start Hot or Warm TTFF Test Condition Signal Level Aided Start1 Warm Start GPS GLONASS Outdoor 130dBm Cold Start GPS GLONASS Signal Reacquisition TABLE 5 ACQUISITION TIMES Multi Hornet and Multi Hornetella Page 12 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty 13 2 SENSITIVITY Operation Signal Level Tracking 162 dBm Navigation 160 dBm Deep Aided 155 dBm Cold Start 146 dBm TABLE 6 SENSITIVITY 13 3 POWER CONSUMPTION Acquisition GPS GLONASS 245mW Tracking GPS GLONASS 180mW Backup TABLE 7 POWER CONSUMPTION 13 4 ACCURACY Method _ _ Mode Accuracy Test Condition Signal Level CEP 50 GPS SBAS Horizontal 2aR0s 95 GPS SBAS Position Outdoor 24 hr static 130dBm Vertical Keess uem emma e Lamm aset pum EE he am sem ETE TABLE 8 ACCURACY Multi Hornet and Multi H
20. ons from being radiated Multi Hornet and Multi Hornetella Page 9 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty zt GNSS SoC CLOCK GEN G3AF IP FIGURE 3 GNSS SoC FUNCTIONAL BLOCK DIAGRAM The GNSS SoC includes the following main units zk GNSS RF block incorporating LNA dual down converter and fractional N synthesizer zk GNSS IF block incorporating dual IF BPF centered on 4 092MHz for GPS GALILEO signals and on 8 57MHz for GLONASS signals and dual ADC with 3 bit quantization zt Microprocessor system incorporating 208MHz ARM946 core and Vector Interrupted Controller zt Flash memory block of 16Mbit for firmware storage F RAM block of 256KB for data cache zt RTC block UART block SPI block zt Power control block for internal voltage domains management 12 ELECTRICAL SPECIFICATIONS 12 1 ABSOLUTE MAXIMUM RATINGS Absolute Maximum Ratings are stress ratings only Stresses exceeding Absolute Maximum Ratings may damage the module Symbol Min Max Units Multi Hornet and Multi Hornetella Page 10 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty Antenna Supply Voltage VANT ORG1208 Antenna Supply Current IANT GENE NEM 1 8V Source Current Source Current 11V8 mem OOOO wm p LER E TCI arenero Simmons we se TABLE 3 ABSOLUTE MAXIMUM RATINGS 12 2 RECOMMENDED OPERATING CONDITIONS Functional
21. operation above the Recommended Operating Conditions is not implied Extended exposure to stresses above the Recommended Operating Conditions may affect module reliability Parameter a Mode Tes Min Typ Max s Acquisition 130dBm m Outdoor Power Supply Current GPS 8 m Tracking VCC 3 3V GPS GLONASS TAMB 25 C m IBAT Standby TAMB 25 C u i1 O es UART SPI BEEN 20 EE TU un RA Multi Hornet and Multi Hornetella Page 11 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 Backup Supply Current E IE 3 3 3 gt Input Voltage Low State Input Voltage High State OriginG pst mini mighty vart spyapes Y Output Voltage Low State VOL waceup LL po DEIER as Output Voltage High State wee Pao Input Leakage Current IIN leak UART SPI EN Output Leakage Current ioUT lea UART SPI IPPS AAA Input Impedance EN HERR Tso Input Return Loss RLIN Operating Temperature Relative Humidity TABLE 4 RECOMMENDED OPERATING CONDITIONS 13 PERFORMANCE 13 1 ACQUISITION TIMES TTFF Time To First Fix is the period of time from the module power up till valid navigation solution Hot Start Hot Start results from software reset after a period of continuous navigation or a return from a short idle period that was preceded by a period of continuous navigation During Hot Start all critical data position velocity time and satell
22. ornetella Page 13 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty 13 5 DYNAMIC CONSTRAINS Acceleration Altitude 18 288 m 60 000 ft TABLE 9 DYNAMIC CONSTRAINS Velocity 515 m s 1 000 knots 14 POWER MANAGEMENT 14 1 POWER STATES Full Power state Acquisition Tracking The module stays in full power until a position solution is made and estimated to be reliable During the acquisition processing is more intense than during tracking thus consuming more power Standby state In this state the RF block of the module is powered off and baseband clock is stopped During Standby state all outputs are in high impedance state Backup state In this state the RF block and the baseband block are completely powered off leaving only the RTC block running and Battery Backed RAM sustained Upon exit Backup state of duration less than 4 hours since last valid navigation solution the ORG12XX series module will perform Hot Start acquisition trial 15 EXTENDED FEATURES 15 1 JAMMER BARRIER Jamming detection is processed by frequency spread and analysis of correlation results and jamming contribution calculation Jamming detector is effective only against continuous narrow band interference signals Jamming removal is done by dynamic notch filter alignment over GPS GALILEO and GLONASS frequency bands Jamming remover has programmable notch filter central frequency and bandwidth 15 2 AUTO
23. quisition Peak ICC current is 75 mA Voltage ripple below 50mVP P allowed for frequency between 100KHz and 3MHz Higher voltage ripple may compromise the module s sensitivity performance Multi Hornet and Multi Hornetella Page 15 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGps mini mighty Backup power VBAT power input is for backup power supply VBAT power supply range is 1 6V to 3 6V DC Typical IBAT current in Backup state is 60UA Typical IBAT current in Full Power state is 1mA It is recommended to keep the VBAT power supply on all the time in order to maintain GNSS SoC RTC block active and RAM sustained for fastest possible TTFF under Hot Start or Warm Start definitions When the VBAT is off prior to consecutive power up GNSS data and clock are discarded configuration settings are reset to factory default and the receiver performs Cold Start While an application requires continuous navigation VBAT may be externally connected to VCC During Hibernate state VBAT may be powered either by battery or by super capacitor Antenna power ORG1208 VANT power input is for active antenna bias through integrated low loss load switch VANT power supply range is 1 8V to 5 5V DC according to antenna specifications Maximum IANT current is 150mA Antenna bias is internally controlled by the GNSS SoC and switched off during Standby or Backup states VANT may be externally connected to VCC while module and antenna
24. synchronous serial bus that consists of 4 signals F Serial Clock SCK from master to slave zt Serial Data Out also called Master Out Slave In or MOSI from master Multi Hornet and Multi Hornetella Page 17 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginG pst mini mighty zt Serial Data In also called Master In Slave Out or MISO from slave F Chip Select CS from master The host interface SPI of the module is a slave mode SPI Output logic high voltage level is LVCMOS 3 3V Inputs are 3 6V tolerant FIGURE 5 SPI TIMING Symbot parameter mi Mm Us fax Ieper hv omuvu m ma ek EE e owmiDmbeTme e TABLE 11 SPI TIMING 16 2 5 SENSORS INTERFACE Dead Reckoning DR IC bus The ORG12XX series module master mode l C interface provides support for Dead Reckoning This auxiliary bus has 2 lines DR SCL and DR SDA both are pseudo open drain and require external pull up resistors The interface supports required sensor instruments for dead reckoning applications such as gyros accelerometers compasses or other sensors that can be operated over the I C bus The Dead Reckoning DR algorithms perform a sensor data fusion with the satellite signal measurements Do not connect to this bus if the feature is not in use ADC Odometer input The ORG12XX series module can be programmed to use a dedicated GPIO either as odometer ticking counter or as Analog to
25. tonomous A GPS for non networked devices zt Predictive A GPS for connected devices zk Jammer Barrier through proprietary filtering and removal zk Low power mode lt 0 1mW during Backup state zk ARM9 208MHz microprocessor system zt UART or SPI host interface zk Programmable baud rate and messages rate Secondary UART for RTCM 104 zt Auxiliary 12C bus for MEMS sensors Single voltage supply 3 3 6V zk Backup supply option 1 6 3 6V zt Small footprint 17mm x 17mm zt Surface Mount Device SMD Operating temperature range 40 C to 85 C Multi Hornet and Multi Hornetella Page 7 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGPS mini mighty F FCC and CE certified Pb Free RoHS REACH compliant zk ISO TS 16949 manufacturing standard Notes 1 Future modification 11 2 ARCHITECTURE Voc Maar 3 3 6V 16 3 6V GNSS Engine LNA SAW Filter HOST RTC Crystal FIGURE 1 ORG1218 ARCHITECTURE Microstrip Patch Antenna OriginGPS integrated microstrip patch antenna element collects GNSS signals from the medium zt GNSS LNA Low Noise Amplifier The integrated LNA amplifies the GNSS signal to meet RF down converter input threshold Noise Figure optimized design was implemented to provide maximum sensitivity Multi Hornet and Multi Hornetella Page 8 of 26 ORG12XX Datasheet Revision 3 0 January 19
26. utput indicates that the module is in Standby or Backup state Multi Hornet and Multi Hornetella Page 16 of 26 ORG12XX Datasheet Revision 3 0 January 19 2015 OriginGps mini mighty A logical high level on this output indicates that the module is in Full Power state In addition WAKEUP output can be used to control auxiliary devices Wakeup output is LVCMOS 1 2V compatible Do not connect if not in use 1PPS output The pulse per second PPS output provides a pulse signal for timing purposes The rising edge of the 1PPS output signal is synchronized to full UTC second with 30ns accuracy Typical RMS jitter on the rising edge of the 1PPS output signal is 30ns Default pulse length high state is 500ms By default the UTC time output message is generated after 1PPS rising edge The exact time between the 1PPS and UTC time message output depends on message rate message queue and communication baud rate Pulse length polarity and phase are configurable by an NMEA input command 1PPS output is LVCMOS 3 3V compatible Do not connect if not in use 16 2 3 RF INPUT ORG1208 The ORG1208 module supports active and passive antennas The antenna input impedance is 500 DC bias voltage for active antennas is provided via VANT pad Mating plug for RF antenna connector is Hirose W FL I PEX MHF lll or Sunridge MCD series Recommended active antenna NF lt 1 8 dB net gain excluding cable loss 10dB lt G lt 25dB Leave VAN
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