L1 Single-Frequency GNSS Positioning Modules

Compact AG3352Q-based GPS modules with flexible voltage options and IATF 16949 certification for automotive-grade reliability

Promotion Product-SOR-1612

Promotion Product-SOR-1612

LOCOSYS SOR-1612 is a high-performance dual-band GNSS RTK module that designed for applications requiring centimeter level positioning accuracy.

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Promotion Product-BK-1612-15

Promotion Product-BK-1612-15

BK-1612-15 is a receiving module that supports Dual-Band & Multi-Mode.

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Need Ultra-Compact GPS Modules for Lightweight Drone Designs?

Our MG-1010-52Q and MC-1010-52Q modules pack AG3352Q GNSS performance into just 10x10mm, minimizing weight and space impact on your drone payload capacity. With 3.3v operation and optional extra LNA, achieve reliable positioning even in high-dynamic flight conditions. Contact us to receive integration specifications and sample modules tailored for your UAV platform.

Our L1 GNSS modules are engineered for manufacturers requiring cost-effective positioning solutions without compromising performance. Select models carry IATF 16949 automotive certification, ensuring compliance with stringent automotive industry quality standards for vehicle navigation and fleet management applications. The AG3352Q chipset provides stable multi-constellation tracking capabilities, while the variety of form factors and voltage options allows seamless integration into diverse hardware architectures. Whether you're developing next-generation IoT trackers, automotive navigation systems, or precision agriculture equipment, LOCOSYS L1 modules deliver the positioning accuracy and reliability your applications demand.

L1 Modules

L1 Modules
L1 Modules

L1 Band GNSS Receiver Module

Reliable Multi-Constellation Positioning with Optimized Performance

A high-performance L1 band GNSS solution supporting multi-constellation tracking (GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS), delivering stable positioning accuracy, improved satellite availability, and reliable navigation performance across diverse operating environments.


Advanced GNSS Processing Architecture

High Efficiency and Fast Signal Acquisition

Built on a highly integrated RF and baseband architecture with a Cortex-M4F processing core, the module enables fast signal acquisition, reduced TTFF, and stable tracking performance even under weak-signal or partially obstructed conditions.


Adaptive Signal Optimization

Real-Time Environmental Adaptation

Adaptively adjusts received signals based on current environmental satellite signals to quickly optimize performance. This ensures consistent positioning accuracy and reliable tracking under dynamic satellite visibility conditions.


AI-Driven Interference Protection

Enhanced Security and System Awareness

It features AI-driven anti-interference and anti-spoofing capabilities, and can display output information such as warnings, alerts, and termination. This enables host systems to detect anomalies and implement real-time mitigation strategies, improving operational safety and robustness.


Simplified Integration

Accelerated Development and Deployment

With fully integrated GNSS functionality, the module reduces RF design complexity, shortens development cycles, and enables rapid deployment for UAV, industrial, and IoT positioning applications while ensuring long-term reliability under IATF 16949 quality standards.

Module NameChipsetsVCC Input VoltageExtra LNAIATF 16949 Certification
LV-1010-L1 IG01100 3.3 V
LV-1612-L1
LV-1612-U1
MG-1010-52Q AG3352Q 3.3 V
MG-1612-52Q
MC-1010-18Q 1.8 V
MC-1010-52Q 3.3 V
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