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Sony Spresense Dual-Band GNSS Add-on Board – High-Precision GPS for IoT and Robotics

High-precision, low-power GNSS add-on board with dual-band support for advanced IoT and robotics applications.

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Sony Spresense Dual-Band GNSS Add-on Board - High-Precision GPS for IoT and Robotics
Sony Spresense Dual-Band GNSS Add-on Board - High-Precision GPS for IoT and Robotics

Product Number: 27528
Category: Camera Modules and Boards

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Sony Spresense Dual-Band GNSS Add-on Board - High-Precision GPS for IoT and Robotics

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Important Notice for Sony Sensors

FRAMOS is no longer an official distributor of Sony image sensors. We can still process your inquiries; however, all inquiries regarding Sony sensors will be forwarded and further communicated by our sister company, RESTAR FRAMOS Technologies.

Learn more at RESTAR FRAMOS Technologies.

Product Summary

The Spresense Dual-Band GNSS Add-on Board offers precise, low-power GPS performance with dual-band L1/L5 support, perfect for robotics and IoT applications.

Sony Spresense Dual-Band GNSS Add-on Board – High-Precision GPS for IoT and Robotics Highlights

  • Dual-band GNSS
  • Power-efficient design
  • Sony CXD5610 GNSS receiver
  • Supports L1 and L5 bands
  • Compact design

Targeted Applications

  • Robotics
  • Autonomous Systems
  • Environmental Monitoring
  • Gps Applications

Product Specifications

ManufacturerManufacturer

Sony

Processor FamilyProcessor Family

Sony

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Description

The Sony Spresense Dual-Band GNSS Add-on Board enhances GPS functionality with precision and power efficiency. Equipped with Sony’s GNSS receiver LSI “CXD5610,” the board supports dual-band GNSS positioning, receiving both L1 and L5 bands for more accurate location data. The compact board (33.02mm x 10.02mm) is designed for easy integration with the Spresense mainboard and is compatible with I2C, UART, and Interrupt interfaces. Utilizing Sony’s proprietary high-frequency analog and digital signal technologies, this GNSS add-on achieves industry-leading power efficiency. The board operates at 1.8V supply power and provides a 3.3V antenna supply power. Its robust design makes it suitable for use in applications requiring precise positioning, such as robotics, autonomous systems, and environmental monitoring.

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