GPS World, January 2011

sponsored by GPS RECEIVER SURVEY 2011 www gpsworld com 15 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 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 10 35 dBi 5 V DC Multiple frequency outputs IRIG B Low phase noise 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 10 35 dBi 5 V DC as above 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC Internal 20 70VDC optional 10 35 dBi 5 V DC Multiple frequency outputs IRIG B Low phase noise 1 20 min 5 min 5 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 10 35 dBi 5 V DC Multiple frequency outputs IRIG B Low phase noise 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 20 70VDC optional 10 35 dBi 5 V DC 3x10MHz sine low phase noise 3 x 1PPS TTL outputs 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 10 35 dBi 5 V DC 1PPS IRIG B NTP 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 15V DC 10 35 dBi 5 V DC 1PPS NTP 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 10 35 dBi 5 V DC Multiple frequency outputs IRIG B Low phase noise Multiple input options dual receiver engines optional 1 20 min 5 min 1 s 2 RS 232 100baseT 1200 57600 0 to 50 Internal 90 264 AC 10 35 dBi 5 V DC as above 16368 MHz NA NA NA 3 2 x SMA 1 x USB NA 0 to 50 8V to 30V DC 58W Max Active RF Record and Replay for GPS L1 C A Code 16368 MHz NA NA NA 3 3 x SMA 2 x USB NA 0 to 50 8V to 30V DC 70W Max Active RF Record and Replay for GPS L1 GLONASS L1 nr nr 150 s 20 s nr nr nr 55 to 71 28 V DC 28 W 5 element L1 L2 CRPA Tomahawk Block IV Anti Jam Receiver 1 6 min 24 s 1 s 2 mux 5 serial 1553 RS 232 RS 422 ARINC429 54 to 85 115 V 400 Hz 24 W L1 L2 FRPA or CRPA Standard GPSW aircraft receiver LRU 1 nr 60 s 10 s 3 RS 232 RS 422 CMOS 500 kbps 32 to 70 33 V DC 45 W max 1 W nominal L1 L2 Multiple Raytheon Missile System applications 1 nr nr nr 2 mux serial 1553 RS 232 RS 422 ARINC429 nr nr 115 V ac 28 or 270 V dc 80 W L1 L2 CRPA High Anti Jam aircraft receiver system 4 Hz 29 29 1 3 CMOS Serial data up to 400k 30 to 80 9 36 VDC 4 Patch E integrated with eLoran Integrated eLoran GPS Galileo receiver 1 Hz 200 25 1 3 CMOS Serial data up to 400k 0 to 50 110 250 VAC 50 60 Hz 20 Patch E integrated with eLoran Integrated GPS eLoran receiver Outputs 10 2048 1544 MHz and 1PPS 1 100 s typical 60 s typical 8 s for 10 s typical nr RS 232 CMOS Crypto DS 101 and DS 102 HVQK 1PPS NMEA ant Variable 40 to 85 ext 07 W operating 4 mW keep alive active remote E U S Army standard GB GRAM backward compatible 1 100 s typical 60 s typical 8 s for 10 s typical nr RS 232 CMOS Crypto DS 101 and DS 102 HVQK 1PPS NMEA ant Variable 40 to 85 ext 07 W operating 4 mW keep alive active remote E U S Army standard GB GRAM backward compatible 1 100 s typical 60 s typical nr RS 232 CMOS HVQK 1PPS NMEA ant Variable 40 to 85 ext 07 W operating 4 mW keep alive active remote E SPS version of MPE S GB GRAM backward compatible 1 25 dependent on aiding 60 s 8 s 15 s nr DS 101 1PPS 10PPS input antenna s 9600 230400 54 to 85 ext 2W passive 2 element E 2 card GPS AJ system with 2 element digital nulling 20k Gee hardened Deep Integration capable 1 25 dependent on aiding 60 s 8 s 15 s nr RS 422 RS 232 DS 102 DS 101 HVQK 1PPs antenna 9600 230400 54 to 85 ext 4 W acquisition 3 W tracking passive E Updated NavStrike GPS receiver using same form factor interfaces 1 25 dependent on aiding 60 s 10 s 15 s nr RS 422 DS 102 DS 101 HVQK 1PPs antenna 4 9600 230400 54 to 85 ext 12 W continuous active remote 4 element E 2 card integrated GPS AJ system with 4 element RF interface 1 100 s 70 s 15 s for 15 min 3 RS 232 RS 422 radio crypto HVQK 1 PPS 10 PPS SINCGARS ant Variable 32 to 70 ext 9 32 V DC intl 4 AA batteries 07 W tracking 15 W acquisition active integral or active remote E SAASM based small light weight portable 12 channel all in view 1 of this date 25 s this date 1 Variable 20 to 60 Intl 2 AA batteries integral SAASM based small light weight portable 12 channel all inview with commercial style graphical user interface 1 100 s 70 s 15 s for 15 min 3 RS 232 RS 422 radio HVQK 1 PPS 10 PPS SINCGARS ant Variable 32 to 70 ext 9 32 V DC intl 4 AA batteries 07 W tracking 15 W acquisition active integral or active remote E Small light weight portable 12 channel all in view GPS receiver 1 25 dependent on aiding 60 s 10 s 15 s nr RS 232 RS 422 DS 102 DS 101 HVQK 1PPs Variable 54 to 85 ext 3 W active or passive GRAM S SEM E module 50 s typ 35 s 8 s 1 2 RS 232 TTL 2400 115200 40 to 85 external 04 W @ 12 V dc Int low noise passive 50 s typ 35 s 8 s 1 2 RS 232 or TTL 2400 115200 40 to 85 external 04 W @ 12 V dc Int Ext Active 50 s typ 35 s 8 s 1 USB Virtual Serial Port 2400 38400 40 to 85 USB 04 W @ 12 V dc Int low noise passive 20 Hz 75 s 3s 4 RS232 or RS422 ARINC ready 192 kbps 1152 kbps 40 to 85 3 55 VDC 3W max E 25 Hz 45 s 15 s after reset 1 s 41 1 2 1 RS232 Ethernet USB event marker PPS out 300 230400 1 2 Mbps 40 to 70 3 55 V DC 25W typ E Tripple frequency high accuracy GPS GLONASS GALILEO OEM receiver 25 Hz 45 s 15 s after reset 1 s 3 11 2 1 as above 300 230400 1 2 Mbps 40 to 70 9 30 V DC 3W typ E Tripple frequency high accuracy GPS GLONASS GALILEO receiver in a versatile waterproof high impact plastic housing 20 Hz 45 s 15 s after reset 1 s 4 11 2 1 2 RS 232 Ethernet USB event marker PPS out Ref in out 300 230400 10 Mbps 40 to 70 5 V DC 4W typ E Single board dual antenna heading GPS GLONASS SBAS receiver board 20 Hz 45 s 15 s after reset 1 s 4 11 2 1 2 as above 300 230400 10 Mbps 40 to 70 9 30 V DC 5W typ E High precision dual frequency 2 antenna GPS GLONASS SBAS heading receiver 50 Hz 45 s 15 s after reset 1 s 4 1 2 1 RS232 USB event marker PPS out 300 230400 1 2 Mbps 40 to 70 33V DC 2W IMU incl E high precision IMU enhanced GPS GLONASS Dual frequency OEM receiver 50 Hz 45 s 15 s after reset 1 s 3 1 2 1 as above 300 230400 1 2 Mbps 40 to 70 9 30 V DC 25W IMU incl E high precision IMU enhanced GPS GLONASS Dual frequency receiver in a versatile waterproof high impact plastic housing 25 Hz 45 s 15 s after reset 1 s 2 1 1 2 11 RS232 Ethernet USB event marker PPS out Ref in 300 230400 1 2 Mbps 40 to 70 33V DC 15W typ E Dual frequency high accuracy GPS GLONASS OEM receiver 25 Hz 45 s 15 s after reset 1 s 21 1 2 1 RS232 Ethernet USB event marker PPS out 300 230400 1 2 Mbps 40 to 70 9 30 V DC 2W typ E Dual frequency high accuracy GPS GLONASS receiver in a versatile waterproof high impact plastic housing 20 Hz 45 s 15 s after reset 1 s 2 1 1 2 11 RS232 Ethernet USB event marker PPS out Ref in 300 230400 1 2 Mbps 40 to 70 9 30 V DC 5W typ E Waterproof versatile high precision GPS GLONASS receiver 20 Hz 45 s 15 s after reset 1 s 21 1 2 1111 RS232 Ethernet USB event marker PPS out Ref in PPS in Ref out 300 230400 1 2 Mbps 40 to 70 9 30 V DC 5W typ E Dual frequency GPS GLONASS receiver for highly accurate timing and frequency transfer 20 Hz 45 s 15 s after reset 1 s 21 1 2 1 RS232 ethernet USB event marker PPS out Ref in 300 230400 1 2 Mbps 40 to 70 9 30 V DC 5W typ E high performance dual frequency GNSS receiver that provides access to modernized GPS and Galileo signals on L1 and L5 100 Hz 45 s 15 s after reset 1 s 4 1 2 1 2 RS232 Ethernet event marker PPS out Ref out 300 230400 1 2 Mbps 40 to 70 9 30 V DC 6W typ E Scintillation monitoring receiver 10 Hz 90 s 20 s after reset 2 s 4 1 2 1 2 RS 232 Ethernet event marker PPS out Ref in out 300 230400 10 Mbps 30 to 70 5 V DC Application dependent E Single board triple antenna attitude GPS SBAS receiver board 10 Hz 90 s 20 s after reset 2 s 4 1 2 1 1 RS 232 Ethernet event marker PPS out Ref in 300 230400 10 Mbps 30 to 70 9 30 V DC Application dependent E Versatile and high precision attitude GPS SBAS receiver 005 40 s 20 s 1 s 2 RS 232 Ext Power 460800 40 to 65 ext int 40 int Int 1 W UHF radio 20 Hz Bluetooth Available in L1 Only