GPS/GNSS Receiver Chips & Modules
GPS / GLONASS / Galileo / SBAS / QZSS Receivers for Positioning and Timing markets.
FURUNO GNSS/GPS Chips and GNSS/GPS Modules support Positioning and Timing solutions, enabled to receive signals of almost all GNSS Systems available. We also support Dead Reckoning (DR), High Positioning Rate (e.g. 10Hz) for positioning. For timing solutions, our products are also capable of 1PPS output as well as Clock output functionality(configurable to, e.g. 10MHz) and data output in NMEA or M12 (Motorola) Binary protocol.
Products
Introduction to the FURUNO's latest GPS Solutions for Telematics, Communications, Vehicle Location and Tracking.
Introduction to the FURUNO's latest GPS solutions for handheld devices.
Introduction to the FURUNO's latest GPS solutions for Timing and Synchronization.
GPS/GNSS Receiver Chip
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Multi-GNSS Receiver Chip eRideOPUS 7 Model ePV7010B
Concurrent Multi-GNSS Receiver Chip
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Multi-GNSS Receiver Chip eRideOPUS 6 Model ePV6010B
eRideOPUS 6 is a small and high sensitivity Multi-GNSS receiver chip with high position accuracy.
GPS/GNSS Receiver Module
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Multi-GNSS Receiver Module Model GN-87
Concurrent Multi-GNSS Receiver Module
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Multi-GNSS Receiver Module Model GN-86
GN-86 is a small and high sensitivity Multi-GNSS receiver module
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DR/Multi-GNSS Receiver Module Model GV-87
Dead Reckoning + Concurrent Multi-GNSS Receiver Module
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DR/GPS Receiver module Model GV-86
Small Package, High Sensitivity DR (Dead Reckoning) + GPS Module
Introduction to the FURUNO's latest GPS Solutions for Telematics, Communications, Vehicle Location and Tracking.
Introduction to the FURUNO's latest GPS solutions for handheld devices.
Introduction to the FURUNO's latest GPS solutions for Timing and Synchronization.
GPS/GNSS Receiver Chip
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Multi-GNSS Receiver Chip eRideOPUS 7 Model ePV7010B
Concurrent Multi-GNSS Receiver Chip
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Multi-GNSS Receiver Chip eRideOPUS 7 Model ePV7000B
Concurrent Multi-GNSS Receiver Chip
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Multi-GNSS Receiver Chip eRideOPUS 6 Model ePV6010B
eRideOPUS 6 is a small and high sensitivity Multi-GNSS receiver chip with high position accuracy.
GPS/GNSS Receiver Module
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Multi-GNSS Receiver Module Model GN-87
Concurrent Multi-GNSS Receiver Module
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Multi-GNSS Receiver Module Model GN-86
GN-86 is a small and high sensitivity Multi-GNSS receiver module
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DR/Multi-GNSS Receiver Module Model GV-87
Dead Reckoning + Concurrent Multi-GNSS Receiver Module
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DR/GPS Receiver module Model GV-86
Small Package, High Sensitivity DR (Dead Reckoning) + GPS Module
Introduction to the FURUNO's latest GPS Solutions for Telematics, Communications, Vehicle Location and Tracking.
Introduction to the FURUNO's latest GPS solutions for handheld devices.
Introduction to the FURUNO's latest GPS solutions for Timing and Synchronization.
GPS/GNSS Receiver Module
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NEW
Timing Multi-GNSS Receiver Module Model GT-88
Extremely high stability of 4.5ns (1sigma) using a single band receiver
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Timing Multi-GNSS Receiver Module Model GT-87
High sensitivity and high accuracy timing Multi-GNSS Receiver Module
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Timing Multi-GNSS Receiver Module Model GT-8736
High accuracy timing, Support M12 potocol
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NEW
Multi-GNSS Disciplined Oscillator Model GF-8801
Extremely high stability of 4.5ns (1sigma) using a single band receiver
In comformity with G.8272 PRTC-A
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NEW
Multi-GNSS Disciplined Oscillator Model GF-8802
Extremely high stability of 4.5ns (1sigma) using a single band receiver
In comformity with G.8272 PRTC-A, PRTC-B
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NEW
Multi-GNSS Disciplined Oscillator Model GF-8803
Extremely high stability of 4.5ns (1sigma) using a single band receiver
In comformity with G.8272 PRTC-A, PRTC-B
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NEW
Multi-GNSS Disciplined Oscillator Model GF-8804
Extremely high stability of 4.5ns (1sigma) using a single band receiver
In comformity with G.8272 PRTC-A, PRTC-B
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NEW
Multi-GNSS Disciplined Oscillator Model GF-8805
Extremely high stability of 4.5ns (1sigma) using a single band receiver
In comformity with G.8272 PRTC-A, PRTC-B
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GPS Disciplined Oscillator Model GF-8048
The GF-8048, GPS Disciplined Oscillator, is designed specifically for digital terrestrial broadcasting applications.
GPS（GNSS）Antennas
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NEW
Multi-GNSS antenna Model AU-18
Antenna for GPS signal (L1 band) and GLONASS (G1 band) reception
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GPS Antenna Model AU-15
Antenna for GPS signal reception
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NEW
Multi-GNSS antenna (For Timing) Model AU-217
Antenna for GPS signal (L1 band) and GLONASS (G1 band) reception
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GPS Antenna (For Timing) Model AU-117
Antenna for GPS signal reception
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GPS Antenna (For Timing) Model GPA-017
Antenna for GPS signal reception
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GPS Antenna (For Timing) Model GPA-014
Antenna for GPS signal reception
Case Studies
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Automated emergency response systems (eCall / ERA-GLONASS)
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Smart grid and GPS/GNSS timing solutionsNEW
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Grand Master Clock and GPS/GNSS timing solutionsNEW
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Community broadcasting Synchronization [Multi-GNSS Disciplined Oscillator]NEW
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FURUNO Timing and Synchronization technology adopted base stations for Digital Terrestrial Television Broadcasting
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FURUNO Timing and Synchronization technology adopted base station for mobile telecommunications
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FURUNO Timing and Synchronization technology adopted for seismometer
Technology
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What is GPS?
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Multi-GNSS (Multi-frequency GNSS)
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Supporting Android™NEW
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Dead Reckoning(DR)
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Advanced Multipath Mitigation
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Active Anti-Jamming
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Anti-jamming performance of FURUNO Multi-GNSS timing receiversNEW
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Positioning at 10Hz update rate
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Self-ephemeris™
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AGNSS (Assisted GNSS)
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High sensitivity GPS
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FURUNO GPS/Multi-GNSS Disciplined Oscillator (GPSDO/GNSSDO)NEW
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Introduction to GV series products(Flash film contents)
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What is Frequency generator?(Flash film contents)
News Topics
- Product Dec 5, 2019 [FURUNO ITS Journal] Commercialization and monetization of MaaS - ITS World Congress Singapore Report -
- Exhibition Nov 14, 2019 Presentation and exhibition at the ITSF 2019 conference
- Product Oct 23, 2019 [FURUNO ITS Journal] Android Automotive pays attention to V2X - Report from the Frankfurt Motor Show 2019 in Germany -
- Product Sep 27, 2019 [FURUNO ITS Journal] Automobile Distribution Revolution and DCM (Data Communication Module)
- Product Aug 9, 2019 [FURUNO ITS Journal] Connected business potential and newly proposed "eMaaS" by Honda