RTK Box

Promotion Product-ST-1612r-DGX

Promotion Product-ST-1612r-DGX

LOCOSYS ST-1612r-DGx dead reckoning (DR) modules are the perfect solution for automotive application. They not only support GPS, GLONASS, GALILEO and QZSS, but also have inertial sensors (3-axis accelerometers and 3-axis gyros) to provide dead reckoning.

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Promotion Product-RTK-4671-MH

Promotion Product-RTK-4671-MH

The dual-frequency RTK-4671-MH receiver is a compact, cost-effective and high-precision GNSS RTK board designed for applications requiring centimeter level positioning accuracy.

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RTK Box - GPS & GNSS Positioning Module Manufacturer - LOCOSYS

Based in Taiwan, LOCOSYS Technology Inc., since 2006, is a RTK Box | GPS & GNSS positioning module supplier. Main product, including GNSS positioning module, GNSS dead reckoning(DR) module, RTK and RTD high-precision module, Bluetooth 4.0 and BT 2.4G wireless module, MEMS module, traffic information RDS-TMC module, ARM system platform solutions and related APP test software.

Best partner of 'Automotive Dead Reckoning' in Global automotive industry, also a qualified supplier to tier 1 & tier 2 manufacture in automotive industry (design house, EMS, OEM, ODM). Strong R&D in software, hardware and system integration for hardware and software in global navigation satellite system (GNSS), wireless communication, embedded system to avionics, automotive and consumers electronics, LOCOSYS's products are delivered meeting international standards - IATF16949, REACH, PPAP, RoHS, CAMDS, ISO, AEC-Q100, SAE and so forth.

LOCOSYS has been offering our customers high-quality GPS & GNSS Positioning Modules since 2006, both with advanced technology and 11 years of experience, LOCOSYS ensures each customer's demands are met.

RTK Box

RTK-M100

RTK-M100
RTK-M100

RTK-M100 system product is dual-frequency multi-constellation RTK devices, Embedded NXP® i.MX 6 (Automotive Grade) high-end processor and provides centimeter-accurate GNSS measurements. All of them can work in base station or rover. There are two communication interfaces, including Ethernet, 4G/LTE. Through these built-in communication functions for local or could data center communication with the external host.

Introduction

RTK-M100 system product is dual-frequency multi-constellation RTK devices, Embedded NXP® i.MX 6 (Automotive Grade) high-end processor and provides centimeter-accurate GNSS measurements. All of them can work in base station or rover. There are two communication interfaces, including Ethernet, 4G/LTE. Through these built-in communication functions for local or could data center communication with the external host.

RTK-M100 system have not only 64M bytes on-board flash memory for saving up to 7 days of RTK position data, but also a micro SD interface to log RTK position data and GNSS raw data for post processing. In addition, light weight and low power consumption make RTK-M100 product series easy to use.

 

FEATURES

  • Embedded NXP® i.MX 6 (Automotive Grade) processor
  • LOCOSYS Centimeter-accurate RTK module.
  • LOCOSYS RTK algorithm.
  • Support Multi-frequency and Multi-constellation. (GPS, BEIDOU, GLONASS and QZSS)
  • Up to 5Hz RTK position.
  • Up to 2Hz simultaneous RTK position.
  • Built-in RJ-45 Ethernet function.
  • Built-in 3G/4G-LTE modem.
  • Built-in NAND flash、LPDDR2、Power management.
  • Micro-SD、CAN-Bus interface、Micro-SIM holder.
  • Light weight and low power consumption.
  • Embedded Linux OS.

 

APPLICATIONS

  • Precision agriculture
  • Environmental and structural monitoring
  • Land survey, 3D mapping and aerial photography
  • Base Station or Rover use

RTKFOX Test Software


 



RTK-M100 / Base Station

 



RTK-4671-MH / Rover

 

Applications

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Related Products
  • RTK Board - RTK-4671-MHDR
    RTK Board
    RTK-4671-MHDR

    LOCOSYS RTK-4671-MHDR is a high-precision RTK solution targeting for the smart driving and lane-level navigation markets. The latest designed LOCO II engine architecture is optimized to offer a seamless experience in dense urban canyons. RTK-4671-MHDR takes the shortest time to fix position and continues to work where GNSS signals are poor or not available.




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