Global Navigation Satellite System (GNSS) Positioning and Timing Modules for IoT

Get exceptional positioning and timing modules for your mission-critical IoT application. Our GNSS modules deliver accurate continuous location and precise timing.

Close-up of a small electronic chip with a metal casing on one side and visible circuitry and connectors on the other side. The marking "SE873K5" is printed on the metal casing.
Telit's GNSS positioning and timing IoT modules can be implemented into your IoT deployment with ease.

The IoT Industry’s Most Trusted Positioning and Timing Modules

Our GNSS positioning and timing modules provide turnkey positioning and navigation technology. They enable simple, cost-effective implementation into your IoT deployment. You can get your solution off the ground with high-precision positioning and high-speed navigation in a matter of days.

Telit's robust GNSS IoT module portfolio includes everything from GPS to QZSS.

High-Performance Position Reporting and Navigation

Our next-generation GNSS positioning and timing module portfolio includes:

  • GPS
  • GLONASS
  • BeiDou
  • Galileo
  • NavIC (AIS-140)
  • QZSS

Our GNSS modules enable applications that require high-performing timing and positioning with high accuracy, including:

Best-in-Class GNSS Positioning and Timing Modules

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A Telit Cinterion SE869eK5-DR electronic module with a green circuit board and a metal cover featuring the model name, QR code, and logo.
A small electronic chip module with gold connectors and a metal shield marked "SL871K2L" and a QR code.
A small electronic module with gold connectors and a metallic cover, featuring a QR code and the label "SE868KS-DR" on its surface.
A small electronic module with a metal shield marked "SE868K5-RTK" and a QR code, showing gold contacts and circuit board details.
Small rectangular electronic GPS module with metallic cover, exposed circuit board, and QR code printed on the metal surface.
A small electronic module featuring an exposed circuit board and a metallic cover with a printed QR code and alphanumeric text.
A small rectangular electronic module with a metallic surface, gold connectors on the side, printed code, and the label "SE868K5-D.
A small electronic module with a metallic cover labeled "SE873K5" and exposed gold connectors on the side of the green circuit board.
A small electronic module labeled "SE868SY-D" with visible circuit board and metallic components.
A small rectangular electronic module with a QR code, gold connectors, and "SE868SY-SF" label on the metal casing.
A small electronic module labeled SL871L with a QR code and metallic casing, exposing gold contacts on one side.
Close-up of an electronic component with a metal casing labeled "SL871L-S" and a QR code on its surface.
A Telit Cinterion electronic module with visible circuit board and labeled metallic cover showing IMEI, model number, and a QR code.
A close-up of a small electronic chip module with visible circuit board elements and a white cover labeled “SE878K3-A” and CE certification marks.

More Information

What is geofencing?

What are the advantages of turnkey, ready-to-Integrate GNSS modules?

  • Multiple form factors available
  • Multiconstellation and multifrequency support
  • Scalable design (from single-band to dual-band with RTK and DR) on a compact footprint
  • Independent and advanced power management options
  • Interference immunity options
  • Advanced timing capabilities
  • Unified commands among platforms
  • Geofencing
  • Integrated antenna modules

What are the benefits of GNSS for IoT solutions?

GNSS offers several advantages for IoT solutions:
  • Precise positioning: GNSS provides accurate location data, which is essential for applications like fleet tracking or health care monitoring.
  • Location-based services (LBS): GNSS enables myriad applications (e.g., geofencing and asset tracking) whether used stand-alone or combined with other location technologies.
  • Global coverage: GNSS has access to multiple satellite constellations. It ensures seamless positioning services worldwide, even in remote or challenging environments.
  • Uninterrupted positioning: Receivers can provide locations underground or whenever satellite signal is unavailable. This is possible when they are paired with external sensors and dead-reckoning algorithms.
  • Low power consumption: GNSS modules for IoT applications are energy-efficient and enable longer operation in battery-powered devices.
  • Fast time to first fix (TTFF): Modern GNSS modules offer quick satellite acquisition. This ensures real-time positioning for dynamic applications like transportation and logistics.
  • Multiband and multiconstellation support: Many GNSS modules support multiple frequency bands and satellite systems. This improves accuracy and reliability in urban areas or under heavy interference.

Are your positioning and timing modules certified for global use?

All our positioning products are for the worldwide market.

The United States owns and operates the Global Positioning System (GPS). The Global Navigation Satellite System (GLONASS) is Russia’s counterpart. Both are used worldwide.

While anyone can use these systems, the U.S. and Russia manage their control and maintenance. Other regions also have GNSS, such as China’s BeiDou and the European Union’s Galileo.

Get Started with Telit Cinterion’s GNSS Enablement for IoT

We’ve pioneered IoT products and solutions for over 30 years. Speak with our IoT experts today to begin implementing GNSS into your IoT deployment.