GPS World, January 2011

sponsored by GPS RECEIVER SURVEY 2011 www gpsworld com 3 rate sec Cold start 3 Warm start 4 Re acquisition 5 No of ports Port type Baud rate Operating temperature Celcius Power source Power consumption Watts Antenna type 6 Description or Comments 005s 45s 35 s 3 s 3 RS 232 RS 232 USB 20 1 RS232 up to 9216 kbits sec RxD TxD CTS and RTS signals 40 to 85 external 08W in GPS L1 095W in GPS L1 L2 or GPS GLONASS L1 Ext active patch antenna 2 antenna connectors Compact Dual Frequency RTK OEM Board 2 antenna connectors for handheld integration BLADE Technology inside 005s 90 s 35 s 3 s 3 RS 232 LV TTL USB 20 RS232 up to 4608 kbps LV TTL up to 5Mbps USB 20 up to 12 Mbps 30 to 70 external 19 W GPS only 24W GPS GLONASS Ext active antenna L1 L2 GPS GLONASS GPS GLONASS SBAS Dual Frequency OEM Board BLADE Technology inside 005s 90 s 35 s 3 s 3 RS 232 RS 232 USB 20 2 RS232 up to 9216 kbits sec 1 USB Serial Port up to 12Mbits sec 30 to 60 external 9 36 VDC input 35W with GNSS antenna External active antenna depending on application Geodetic Survey Antenna Machine or Marine Rugged and Compact High end GNSS Sensor BLADE Technology inside 005s 90 s 35 s 3 s 3 RS 232 RS 232 USB 20 2 RS232 up to 9216 kbits sec 1 USB Serial Port up to 12Mbits sec 30 to 60 external 9 36 VDC input 65W with 2 GNSS antennas External active antenna depending on application Geodetic Survey Antenna Machine or Marine Dual GNSS Sensor for RTK Heading and Relative Positioning BLADE Technology inside 02s 90 s 35 s 3 s 2 RS 232 300 115200 20 to 55 external 6 Patch with ground plane ER Precise heading pitch roll and 3D position 005s 90 s 35 s 3 s 3 RS 232 300 115200 30 to 70 external 12 Microstrip GPS beacon Uses SBAS signals for sub meter differential positioning 005s 90 s 35 s 3 s 3 RS 232 300 115200 30 to 60 external 13 Microstrip GPS beacon RAIM algorithm to detect and correct errors 02s nr nr 3 s 2 RS 230 300 115200 30 to 70 external 3 Patch active ER 005s 90 s 15s 15s 3 RS232 USB Bluetooth RS232 2400 115200 20 to 60 Int ext 26 W with GPS on Internal and External Built in GPS Glonass integrated communications and RTK capabilities 1 1 min 30 s 15 s 2 Protocol NMEA 0183 v 30 or SiRF na 20 to 60 Ext int na Patch and external Affordable and easy to use GPS GIS handheld 1 2 min 45 s 15 s 7 Protocol NMEA 0183 v 30 RTCM SC 104 version 23 92 12 na 10 to 60 Ext int na Patch and external Easy to use handheld GPS for high accuracy mapping GIS 005s 90s 35s 3s 7 1 RS232 RS422 2 RS232 USB Bluetooth Ethernet GSM GPRS Earth terminal RS232 422 up to 9216 kbits sec USB 20 host device Bluetooth 20 EDR Class 30 to 65 Int ext with UHF and GNSS antenna 5 External active antenna depending on application Geodetic Survey Antenna Machine Marine or Choke Ring Flexible Rugged High Performance GNSS Receiver 005s 90 s 35 s 3 s 3 RS 232 RS 232 USB 20 2 RS232 up to 9216 kbits sec 1 USB Serial Port up to 12Mbits sec 30 to 60 External 9 36 VDC input 35W with GNSS antenna External active antenna depending on application Geodetic Survey Antenna Machine or Marine Rugged and Compact High end GNSS Sensor BLADE Technology inside 005s 90 s 35 s 3 s 3 RS 232 RS 232 USB 20 2 RS232 up to 9216 kbits sec 1 USB Serial Port up to 12Mbits sec 30 to 60 External 9 36 VDC input 65W with 2 GNSS antennas External active antenna depending on application Geodetic Survey Antenna Machine or Marine Dual GNSS Sensor for RTK Heading and Relative Positioning BLADE Technology inside 1 90 s 15 s 15 s 4 RS 232 2 USB Bluetooth 2400 115200 10 to 60 Ext int 3 Patch internal patch active ER ext Rugged and easy to use PP survey and mapping solution 1 90 s 15 s 15 s 4 RS 232 2 USB Bluetooth 2400 115200 10 to 60 Ext int 3 Patch internal patch active ER ext RTK accuracy no longer means costly equipment 005s 90 s 15 s 15 s 3 RS232 USB Bluetooth 2400 115200 20 to 60 Ext int 3 Patch internal patch active ER ext Versatile GNSS solution with exceptional post processing 005s 90 s 15 s 15 s 3 RS232 USB Bluetooth 2400 115200 20 to 60 Ext int 3 Patch internal patch active ER ext All in one solution for network RTK 005s 110 s 30 s 3 s 4 RS232 RS422 USB Bluetooth RS up to 115200 30 to 55 Int ext 45 Internal patch active GPS Glo L1 L2 Enhanced RTK accuracy Optimal use of GLONASS 005s 90s 35s 3s 7 1 RS232 RS422 2 RS232 USB Bluetooth Ethernet GSM GPRS Earth terminal RS232 422 up tpo 9216 kbits sec USB 20 host device Bluetooth 20 EDR 30 to 65 Int ext with UHF and GNSS antenna 5 External active antenna depending on application Geodetic Survey Antenna Machine Marine or Choke Ring Flexible Rugged High Performance GNSS Receiver 4 34 s 33 s 1s 3 serial USB 20 SPI 4800 115200 bps 40 to 85 ext int 006 E passive active Low NF low power eval kit avail automotive grade 4 34 s 33 s 1s 3 serial USB 20 SPI 4800 115200 bps 40 to 85 ext int 006 E passive active Low NF low power automotive grade 05 30s 30s 1s 3 I2C SPI UART Up to 1 32 of reference clock 30 to 85 15 36 V 13 mW NA Single chip single die baseband and RF tuner 05 30s 30s 1s 3 UART SDIO SPI I2C PCM I2S UART 4M 30 to 85 12V 55V 10mW NA Single chip single die GPS Bluetooth FM RX TX 05 30s 30s 1s 96 GPIO x96 HS UART x3 SPI I2C SDIO MMC x3 PCM I2S UART 4M 40 to 85 C Core 12v I O 33V Audio 3V 300mW @ 700MHz NA Highly integrated ARM11 Apps Processor VFPU GPU GPS aka PND on a Chip 1 33s 33s 1 s 1 SPI 2 Mbps 40 to 85 Single 18v supply 20mW average NA Single die GPS baseband and RF front end 1 33s 33s 1 s 1 APB 2 Mbps NA NA NA NA GPS baseband IP for integration with host processor system NA NA NA NA 1 Serial 12 26 Msps 40 to 85 Single 18v supply 30mW max NA Single die GPS RF front end 100 50 25 10 5 1 Hz 60s 50s 2s 2 1 1 1 1 1 RS 232 RS 422 Ethernet US B 1PPS Bluetooth 9600 115200 40 to 70 9 32 VDC ext 6 W Multi band GNSS ER GPS L1 L2 L2C L5 Galileo E1 E5a GLONASS G1 G2 C Nav Correction Service L band and SBAS A survey grade high accuracy receiver that uses C Navs global set of corrections for precise marine offshore positioning and navigation Wheelmark USCG Type Approved 10 5 1 Hz 45s 45s 1s 2 1 1 RS 232 RS 422 1PPS 1200 115200 30 to 70 9 36 VDC ext 5 W Patch ER Dual band GPS L1 C Nav Correction Service L band and SBAS Submeter level accuracy using C Navs global set of corrections for marine offshore positioning and navigation 5 1 Hz 60s 60s 2s 4 RS 422 1200 115200 CDU 15 to 55 GPS 30 to 70 24 VDC ext CDU 84 W GPS 27 W Combined Patch IALA ER Single frequency receiver WAAS IALA Wheelmark USCG Type Approved 1Hz 45s 20s 1s 2 RS 232 19200 115200 20 to 70 C int LiPo ext 9 30V 5W active external Variable 38s 36s 3s na na na 30 to 85 Ext nr E Single GPS Bluetooth FM chip Variable 35s 34s 1s 2 UART SPI I2C user selectable 40 to 85 Ext 0008 E Single die tracker Variable 35s 34s 1s 2 UART SPI I2C user selectable 40 to 85 Ext 0008 E Single die engine Variable 35s 34s 1s na na user selectable 40 to 85 Ext 07 to 09 E SOC Apps Processor GPU GPS Variable 35s 34s 1s na na user selectable 40 to 85 Ext 07 to 09 E SOC Apps Processor GPU GPS Variable 35s 34s 1s na na user selectable 20 to 70 Ext 055 to 09 E SOC Apps Processor GPS Variable 35s 34s 1s na na user selectable 20 to 70 Ext 055 to 09 E SOC Apps Processor GPS 1 150 s 45 s 1s 1 Serial 1200 115200 bps 30 to 70 ext int opt LiIonP 08 L1 E L1 Beacon optional GPS receiver with DGPS WR 1 1 5 120 s 45 s 1 s 1 1 1 1 Serial A D USB Bluetooth 1200 115200 bps 30 to 70 int ext LiIonP 15 L1 E GPS L1 carrierphase and data collection WR 1 1 5 60 s 35 s 1 s 1 1 1 1 Serial A D USB Bluetooth 1200 115200 bps 30 to 70 int ext LiIonP 2 L1 E L1 Beacon optional as above 11 21 5 1 10 40 s 36 s 1 s 1 1 1 1 Serial A D USB Bluetooth 1200 115200 bps 30 to 70 int ext LiIonP 22 L1 L2 E GPS L1 L2 carrierphase and data collection WR 11 21 5 1 10 40 s 36 s 1 s 2 1 1 1 Serial A D USB Bluetooth 1200 115200 bps 30 to 70 int ext LiIonP 32 L1 L2 GNSS E RTK VRS Precision post procecssing Precision GIS GSM modem opt WR 11 21 5 1 10 standard higher rates optional 40 s 36 s 1 s 2 Serial 1200 115200 bps 40 to 85 ext 15 L1 L2 E Based on easy to upgrade modify FPGA design as above 40 s 36 s 1 s 2 Serial 1200 115200 bps 40 to 85 ext 15 L1 L2 GNSS E as above