GPS World, January 2013

Sponsored by receiver survey 2013 Cold start 3 Warm start 4 Reacquisition 5 No of ports Port type Baud rate Operating temperature degrees Celsius Power source Power consumption Watts Antenna type 6 Description or Comments 20 min 2 min 2 min na Register based interface Selectable 0 to 50 ext 5V dc 900 mA L1 ER WR PCIbus Universal signaling time frequency processor 20 min 2 min 2 min na Register based interface Selectable 0 to 50 ext 5 V DC @ 350 mA L1 ER WR PCI mezzanine card GPS time frequency processor 20 min 2 min 2 min 2 RS 232 RS 422 Ethernet Selectable 0 to 50 ext 10 70 watts L1 ER WR Modular plug play 20 min 2 min 2 min 2 RS 232 RS 422 Ethernet na 0 to 50 ext 10 30 watts L1 ER WR GPS time and frequency 20 min 2 min 2 min 2 RS 232 RS 422 Ethernet ext 10 70 watts L1 L2 ER WR Modular plug play 20 min 2 min 2 min 3 Ethernet ext 25 45 watts L1 ER WR Network Time Server Con gurable to 1152kb 45C 85C Con gurable to 1152kb 45C 85C 39s 34s 1s 1 1 RS 232 2 digital inputs Con gurable to 1152kb 45C 85C 12 V ext 1W Integrated Active antenna Integrated Telematics GPS Receiver Antenna 39s 34s 1s 1 1 RS 232 differential 1PPS RS 242 Con gurable to 1152kb 45C 85C 5V or 12V ext 1W Integrated Active antenna Fixed mount Integrated GPS Receiver antenna 39s 34s 1s 1 1 RS 232 differential 1PPS RS 242 Con gurable to 1152kb 45C 85C 5V or 12 V ext 1W Integrated Active antenna Fixed Mount Timing applications 39s 34s 1s 1 RS232 opt USB 115 200 46 C to 101 C 5v or 12V ext 1W Integrated Active antenna Magnetic Mount GPS Receiver Antenna 39s 34s 1s 1 1 RS 232 1 CMOS opt 1PPS 115 200 46 C to 92 C 33V ext 025W Integrated Active antenna OEM GPS Receiver Antenna 60s 20s 5s 4 1 1 1 2 RS 422 DPRAM DS 101 DS 102 HVQK 1PPS In Out 115 200 46 C to 101 C External 10W Ext Passive or active E SPS receiver pin to pin compatible with GNSS 1000S GPS 200 s GLO 290 s GPS 50 s GLO 60 s 15s 3 1 RS 422 DPRAM 4800 115 200 46 C to 71 C External 14 W Ext Passive or active E 60s 20s 5s 4 1 1 1 2 RS 422 DPRAM DS 101 DS 102 HVQK 1PPS In Out 115200 45 C to 82 C External 10W Ext Passive or active E SAASM Based GRAM S SEM E module 60s 20s 5s 1 or 2 2 1 1 1 1 2 1553 or ARINC 429 RS422 NMEA DS 101 DS 102 HVQK 1PPS In Out 100 000 19200 40 C to 70 C 28 V dc 25 W Ext Passive or active E SAASM Based 60s 20s 5s 4 1 2 RS 422 HVQK 1PPS In Out 460800 30 to 70 28 V dc 20 W Ext Passive or active E SAASM Based 210s 75s 10s 81 3 3 ARINC 429 RS 232 Time Mark Pulse discrete 460800 40 to 65 28 V dc 18 W Ext Passive or active E TSO C145 certi ed Beta 3 Delta 4 30s 5s 1s 3 RS 232 USB Ext Pwr 460800 40 to 65 ext int 33 int ext Internal UHF and FH915 SpSp digital radio and cellular option Bluetooth 40 20s 1s 2 RS 232 Ext Power 460800 40 to 65C ext int 4 int Internal UHF and FH915 SpSp digital radio and cellular option Bluetooth 40 20s 1s 2 RS 232 Ext Power and mini USB 460800 40 to 60 ext int 2 int LongLink Technology Bluetooth 30s 5s 1s 8 4 RS 232 1 USB 2 Power 1 Ethernet 460800 40 to 75 ext 45 ext GNSS reference network receiver internal back up power UPS upto 5 IP addresses available client and server functionality 30s 5s 1s 4 RS 232 USB Ethernet 460800 40 to 60 ext 33 ext Modular Recv 20Hz Bluetooth PPS out EM 60s 10s 1s 3 1 common port for 2xRS 232 and Power 2 ext antenna 460800 40 to 85 ext 40W Max ext GNSS Modular receiver with dual antenna input support for precise heading and inclination determination using Topcons VISOR technology 60 s 10 s 1s 3 Mini USB Power Mini Serial 460800 30 to 85 ext int 3 int ext Internal GSM or CDMA modem external 2W 915 MgHz TX Rx SpSp or DSP digital radio option 60 s 35 s 1s 9 2 RS232 4 LVTTL UART 1 USB 1 CAN 1 I2C interface 460800 40 to 65C ext 1 int ext Compact OEM L1 L2 GNSS board for high precision RTK positioning 60s 10s 1s 6 3 RS 232 1 USB 2 CAN 2400 115200 40 to 75 C ext 18 int ext OEM GPS Board with dual antenna input support for precise heading and inclination determination using Topcons VISOR technology 30s 5s 1s 6 4 RS 232 1 Ethernet 1 USB 2400 115200 40 to 75 C ext 5 int ext OEM GPS Board USB Host and Device 60s 30s 15s 1415 Ethernet RS232 1PPS Event 2400 115200 40 to 75 C ext 20 Watts incl IMU and ant MMCX receptacle GNSS Inertial for continuous positioning during satellite blockage 60s 30s 15s 1415 Ethernet RS232 1PPS Event 2400 115200 40 to 75 C ext 20 Watts incl ant not incl IMU MMCX receptacle GNSS Inertial for continuous positioning during satellite blockage and high accuracy orientation for mobile mapping 60s 30s 15s 1415 Ethernet RS232 1PPS Event 2400 115200 40 to 75 C ext 20 Watts incl ant not incl IMU MMCX receptacle GNSS Inertial for continuous positioning during satellite blockage and high accuracy orientation for mobile mapping 60s 30s 15s 1415 Ethernet RS232 1PPS Event 115200 RS 232 10 100Mbps Ethr 40 to 85 ext 20 Watts incl ant not incl IMU MMCX receptacle GNSS Inertial for continuous positioning during satellite blockage and high accuracy orientation for mobile mapping 60s 30s 15s 1415 Ethernet RS232 1PPS Event 115200 RS 232 10 100Mbps Ethr 40 to 85 ext 20 Watts incl ant not incl IMU MMCX receptacle GNSS Inertial for continuous positioning during satellite blockage and high accuracy orientation for mobile mapping 45s 30s 2s 411 RS 232 Ethernet USB 115200 RS 232 10 100Mbps Ethr 40 to 85 ext 11W MCXX receptacle 45s 30s 2s 412 RS 232 Ethernet USB 460800 RS 232 10 100Mbps Ethr 40 to 75 ext 13W MCXX receptacle 45s 30s 2s 412 RS 232 Ethernet USB 115200 RS 232 10 100Mbps Ethr 40 to 75 ext 13W MMCX receptacle 44 pin header 45s 30s 2s 4111 RS 232 Ethernet USB CAN 460800 RS 232 10 100Mbps Ethr 40 to 75 ext 21 W MCXX receptacle 45s 30s 2s 3111 RS 232 Ethernet USB CAN 38400 40 to 85 ext 15W MCXX receptacle 45s 30s 2s 3111 RS 232 Ethernet USB CAN 57600 40 to 85 ext 41 W TNC 35s 32s 25s 2 serial 57600 40 to 85 ext 45mA @ 3V typical Can produce position solution from GPS GLONASS combined constellations 38s 35s 2s 1 1 serial usb 38400 40 to 85 ext 37 mA typical 20 C Dead reckoning position when connected to vehicle speed Onboard gyro 38s 35s 2s 1 1 serial 9600 40 to 85 ext int battery 40 mA typical 9 30 VDC supports active antenna Dead reckoning position when connected to vehicle speed Onboard gyro IP54 packaging onboard battery and charger 38s 35s 2s 2 TTL 40 to 85 ext int 44 mA @ 30 V Micropatch ER 38s 35s 2s 1 serial 40 to 85 37 mA typical 20 C 38s 35s 2s 1 1 serial usb 40 to 85 37 mA typical 20 C 38s 35s 2s 1 serial usb 40 to 85 37 mA typical 20 C 38s 35s 2s 1 serial 9600 40 to 85 37 mA typical 20 C 38s 35s 2s 1 serial 9600 40 to 85 37 mA typical 20 C 60s 2s 2s 2 RS 422 485 or RS 232 9600 40 to 85 ext 15 Patch 60s 2s 2s 2 RS 422 9600 40 to 85 ext 15 Patch 60s 2s 2s 2 RS 422 485 or RS 232 na 40 to 85 ext 10 Patch 60s 2s 2s 2 RS 422 na 40 to 85 ext 10 Patch na na na na na 9600 40 to 85 ext 20 mA 3V 30 mA 5V na na na na na na 9600 40 to 85 ext 20 mA 3V 30 mA 5V na na na na 2 TTL 38400 40 to 85 ext 330 mW Active external na na na 2 TTL 9600 40 to 85 ext 330 mW Active external 35s 32s 25s 2 serial 9600 0 60 ext 45mA @ 3V typical 50s 90 45s 90 2s 1 TTL 40 to 65 Internal External Power over Ethernet PoE ext 350 mW @ 33 V External active na na na 1 RS232 115200 RS 232 USB 1Mbp 30 to 60 ext na External active 5v www gpsworld com January 2013 GPS World 19