GNSS/INS
Multi-Band GNSS Receiver
It is a multi-band GNSS receiver that can be operated in a special environment and is a reliable product that has passed the performance and environmental testing for the military applications.
KGGR
(GNSS Receiver for ground vehicle)
GPCore Hiper
(High Performance GNSS Receiver)
Features
- Frequency band: GPS L1/L2C/GLONASS L1(Option: Galileo E1/E5)
- Number of Channel: 36Ch (Max)
- Data Rate: 1Hz ~10Hz
- Positioning Accuracy: 10m Horizontal(CEP)
- 1 PPS Accuracy: 100nsec(1σ)
- TTFF : Reacquisition 5 sec, Warm start 45 sec, Cold start 90 sec (typical)
- Configuration: Order production can be negotiated according to customer requirements
Applications
Military Ground Vehicles
Aircraft / Drone
Battle Ship
Unmanned Vehicles/Robots
High Performance Weapon System such as Guided Weapons
Space Launch Vehicle
Aircraft / Drone
Battle Ship
Unmanned Vehicles/Robots
High Performance Weapon System such as Guided Weapons
Space Launch Vehicle
GNSS Chip-set Portfolio
- ProductFeaturesKey Tech.
-
LCore
GPS L1 & GLONASS L1 Baseband
Signal Processing ASIC Signal processor
design for GPS/ GLONASS -
LCore-T
GPS L1/L2C BB SoC
(inc. CPU & Memory ) SoC design to process
GPS L1/L2C signals
and navigation algorithm
for new civil signal L2C -
Lcore-M
GPS L1/L2C/ GLONASS L1 Baseband
Signal Processing ASIC Multimode GNSS
signal processor design capability
and navigation algorithm -
GPS/Galileo L1F/L5
Baseband IC GPS/Galileo L1/L5 BB SoC
(Inc. CPU, Memory and FA ) GPS L1/L5 & Galileo E1/E5a
signal processor design capability
and navigation algorithm -
Rcore4
4 channels RF ASIC
GPS L1/L2/L5
GLONASS L1/L2
Galileo E1/E5 4 channel
Variable IF BW
2 bit A/D -
RCore2J
2 channels RF ASIC
GPS L1/L2/L5
Multi-bit A/D High dynamic range
Multi-bit A/D
Please contact us for more information about the product.
E-MAIL : sales@navcours.com /
TEL : +82-42-363-9000
E-MAIL : sales@navcours.com /
TEL : +82-42-363-9000
GNSS/INS
GNSS/INS proven in various battlefield
It provides accurate position, speed, and attitude information to various weapon systems in real time, and employs various tactical grade IMUs suitable for missions. By applying the latest multi-sensor fusion technology, it adopts a modular system architecture that can respond quickly to various needs of customers, and has applied the integrated navigation algorithm, which is proven in various weapon systems.
EGIS-N500
EGIS-N1000
EGIS-N2000
Features
- Continuous and Reliable 3D Navigation Solutions in Jamming and GNSS Denial Areas
- Inertial Sensor, GNSS, VMS-based Extended Kalman Filter Technology
- Automatic Switchover to Optimum Navigation Mode Depending on Operation Environment (GNSS/INS/VMS/ZUPT)
- Minimized Initialization Time by Applying Storage and Moving Alignment Function
- Optional for DGPS and RTK
- Post-Processing Solution to Improve Position Accuracy of Real-Time Stored Trajectory
- System Setup Function for Various Operating Environments
- High Reliability in Harsh Battlefield Environments to Meet Military Environmental Standards
- Excellent Price Competitiveness Compared to Overseas Equivalent Performance Equipment
EGIS-N500
Positioning Accuracy
- Horizontal: 10 m CEP
- Roll/Pitch0.2 deg RMS
- Yaw0.5 deg RMS
- GPS, GLONASS, Galieo, Beidou
- Constant Jamming Receiver / Dual Antenna (optional)
- UART/422/232
- CAN
- IP67
EGIS-N1000
Positioning Accuracy
- Horizontal: 10 m CEP
- Roll/Pitch0.2 deg RMS
- Yaw0.5 deg RMS
- GPS, GLONASS, Galieo, Beidou
- Constant Jamming Receiver / Dual Antenna (optional)
- SDLC/UART/422/232
- MIL-STD-1553B
- MIL-STD-704
- MIL-STD-461
- MIL-STD-810
EGIS-N2000
Positioning Accuracy
- Horizontal: 10 m CEP
- Roll/Pitch0.1 deg RMS
- Yaw0.3 deg RMS
- GPS, GLONASS, Galieo, Beidou
- Constant Jamming Receiver / Dual Antenna (optional)
- SDLC/UART/422/232
- MIL-STD-1553B
- Ethernet
- MIL-STD-704
- MIL-STD-461
- MIL-STD-810
Applications
Tank / Armored Vehicles, Light Combat Robots, Flight Deception Devices, Mobile Weapon Systems, Unmanned Autonomous Robots, Radar, GIS Measurements, etc.