Fugro Satellite P
ositioning
Reliable DGNSS for DP Applications
© Fugro 06/2014 A12213200MPBRA2 © Fugro 06/2014 A12213200MPBRA2
Seastar® products and services are designed specifically for Position Reference for Dynamic Positioning Systems and provide the highest standards of reliability, availability and integrity.
Services
Seastar® DP services provide a reliable source of Differen-tial Global Navigation Satellite Systems (DGNSS) correc-tions for Dynamic Positioning (DP) applications all around the world. The corrections are broadcast over dual indepen-dent delivery links in all Inmarsat ocean regions.
Onboard equipment
Reception is either via a small dedicated omni-directional antenna or alternatively a connection is made to a compati-ble existing Inmarsat system. This connection has no impact on use for normal two-way communications, and does not affect equipment approvals.
Seastar® DP is designed for Dynamic Positioning applica-tions operating world-wide, users include:
▪ Offshore Support vessels▪ Drilling Ships and Rigs▪ Floating Production Units▪ Shuttle Tankers▪ Service Vessels▪ Offshore Loading
Reception of DGNSS corrections is either via an L- Band receiver/decoder, for data transfer to a separate GNSS posi-tioning system, or direct to an integrated DGNSS receiver with integral GNSS (GPS/GLONASS) sensor.
A choice of services are provided, ranging from the Seastar® Standard L1 sub metre level, GPS only, single frequency service to the Seastar® G2 decimetre level, integrated GPS/GLONASS, dual frequency service. System features▪ World-wide coverage, excluding polar regions, using a
small omni-directional antenna or Inmarsat terminal.
▪ Highest levels of signal reliability to ensure continuous signal reception.
▪ Dual independent links in all Inmarsat ocean regions.
▪ Sub-metre and decimetre level accuracy services.
▪ Global Navigation Satellite Systems (GNSS) capability using GPS and GLONASS
▪ Compatible with Kongsberg Seatex DPS/DARPS systems.
Offshore Support Vessels and Drilling Rig with Seastar® services onboard
Dual satellte broadcast data links in all ocean regions
Receivers Seastar® Positioning Services
Seastar® G2 Seastar® XP2 Seastar® XP Seastar® HP Seastar® SGG Seastar® Std. L1
DPS 700 X X X X XDPS 232 X X X X XDPS 132 X X XDPS 200 XDPS 116/122 XDPS 110/112 X9205 GNSS X X X X X9200-G2 X X X X X
More info at WWW.FUGROSEASTAR.COM
Seastar® Products and Services
© Fugro 06/2014 A12213200MPBRA2 © Fugro 06/2014 A12213200MPBRA2
Specifications subject to change without further notice
Receivers Seastar® Positioning Services
Seastar® G2 Seastar® XP2 Seastar® XP Seastar® HP Seastar® SGG Seastar® Std. L1
DPS 700 X X X X XDPS 232 X X X X XDPS 132 X X XDPS 200 XDPS 116/122 XDPS 110/112 X9205 GNSS X X X X X9200-G2 X X X X X
Notes: - DPS 116/122/132/200/232 require 3510LR /3610 receivers. - * = Not current products
GPS and GLONASS L1/L2 sensor with built in DGNSS corrections receiver and user display. For use with Seastar® SGG service.
GPS L1 sensor, with display and extended QC capabilities.
GPS L1/ L2 sensor, with display and ex-tended QC capabilities. Both code and phase based positioning.
GPS and GLONASS L1 sensor, with display and extended QC capabilities.
GPS and GLONASS L1/L2 sensor, with dis-play and extended QC capabilities.
Combination of DPS 132/232. DPS 700 also includes VHF and HF IALA Receivers.
DGNSS receiver with built in GPS L1/L2 sensor. Both code and phase based posi-tioning, incl. display. GLONASS L1/L2 op-tion. Forward compatibility with Galileo. GNSS receiver with built in GPS L1/L2 sen-sor. Both code and phase based positioning, incl. display. GLONASS L1/L2 option.
No GNSS sensor. DGNSS receiver only. Ability to output all Fugro corrections.
DPS 110/112:
DPS 116*/122*:
DPS 132:
DPS 200*:
DPS 232:
DPS 700:
9205-GNSS:
9200-G2:
3510/3610:
Receivers: Services:
Seastar® G2:
Seastar® XP2:
Seastar® XP:
Seastar® HP:
Seastar SGG:
Seastar® Std. L1:
Integrated DGPS/DGLONASS, decime-tre level phase based service, using orbit/clock data valid world wide, based on GPS and GLONASS L1 and L2 frequencies.
Decimetre level phase based service, using orbit/clock data valid world wide, based on GPS L1 and L2 frequencies.
Decimeter level phase based service, using orbit/clock data valid worldwide, based on GPS L1 and L2 frequencies.
Decimetre level phase based service, based on GPS L1 and L2 frequencies.
Integrated DGPS/ DGLONASS, submetre level, code based service using orbit/clock data based on GPS and GLONASS L1 and L2 frequencies.
Sub metre level code based service based on GPS L1 frequency.
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