Compact PCI-E & M.2 GNSS Positioning Cards

Standard form factor GNSS/RTK modules for industrial PC, embedded systems, and rugged portable computers

Promotion Product-LV-1612-U15

Promotion Product-LV-1612-U15

LOCOSYS has introduced the LV-1612-U15, a high-performance L1 + L5 dual-band, multi-constellation GNSS receiver module engineered for applications requiring robust navigation performance and precise positioning.

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Promotion Product-LV-1612-DR

Promotion Product-LV-1612-DR

LOCOSYS LV-1612-DR is a high-performance L1 + L5 dual-band, multi-constellation GNSS module with integrated sensor-fusion dead reckoning (DR), designed for robust navigation and high-precision positioning applications.

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How Can We Integrate Centimeter-Level GNSS Accuracy into Compact Industrial PC Designs?

Our Mini PCIe and M.2 RTK-enabled cards (LS2603x-15R, M.2-15R, M.2-R35AD) deliver centimeter-level positioning in standard PCI Express and M.2 Type B form factors with USB connectivity. With Windows/Linux driver support and minimal power consumption, these modules integrate seamlessly into your industrial PC platforms for autonomous vehicles, mobile robotics, and precision industrial control applications. Contact us for integration specifications and evaluation samples.

With USB bus connectivity and comprehensive Windows and Linux support, our PCI-E and M.2 GNSS cards integrate seamlessly into existing systems while enabling rapid implementation in new designs. The portfolio spans from basic L1 GNSS receivers like the LS2603x and M.2-52Q to advanced dual-frequency RTK solutions such as the LS2603x-15R and M.2-15R, and sophisticated Dead Reckoning modules including the M.2-35AD and M.2-R35AD. These compact positioning cards deliver proven performance for autonomous vehicles, drones, precision agriculture equipment, surveying instruments, and IoT tracking applications requiring reliable satellite navigation in space-constrained industrial environments.

PCI-E / M.2 Card

Introduction

Mini PCIe Card: Standard PCI Express form factor, support all kind of Industrial PC, rugged portable PC and UMPC in full / half size choices.

LOCOSYS M.2 series is a GNSS receiver based on the very small industry standard M.2 Type B form factor. Using the USB bus, the M.2 series provides global positioning and time-stamp information, while taking up little space and power within a system. Also considering the existing support for Windows and Linux, the M.2 series can easily integrate into any existing system, as well as easily implemented into new systems.


        

   Product   
name 		    GNSS     
       L1       
    L1+L5    
       RTK     
LS2603x-V2b● ● 
LS2603x-15R● ●●
LS2603x ● 
LS2603x-2RE
●  
LS2603x-B● ● 
LS2603x-G● ●  

   Product   
name 		    GNSS     
       L1       
    L1+L5    
       RTK            DR       
M.2-52Q● ●
M.2-V2b●●
M.2-15R ●●●
M.2-35AD● ● ●
M.2-R35AD● ●
●●

Press Release

  • LOCOSYS Targets High-Precision Positioning Market
    LOCOSYS Targets High-Precision Positioning Market

    As global demand for autonomous mobile platforms and intelligent navigation continues to surge, LOCOSYS Technology has officially launched its new-generation dual-frequency GNSS module,...

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  • Taiwan Excellence Drone Alliance Visits LOCOSYS Technology, Focusing On Global Positioning Technology And Drone Applications
    Taiwan Excellence Drone Alliance Visits LOCOSYS Technology, Focusing On Global Positioning Technology And Drone Applications

    The Taiwan Excellence Drone Overseas Business Alliance, led by Yen Tung-Piao,visited a leading smart manufacturing enterprise with a delegation includingrepresentatives from AIDC, the Industrial...

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  • LOCOSYS Showcases Advanced Smart Positioning Technology At New Taipei Electric Vehicle Supply Chain Expo
    LOCOSYS Showcases Advanced Smart Positioning Technology At New Taipei Electric Vehicle Supply Chain Expo

    To promote the development of Taiwan's electric vehicle (EV) industry and enhance international collaboration, the New Taipei City Government hosted the Electric Vehicle Supply Chain Expo...

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