ORBIT NANO X10Smallest Dual-Band GNSS with NavIC Support

Ultra-compact dual-band multi-constellation GNSS system integrating u-blox NEO-F10N receiver and IST8310 magnetometer. Features dual-band L1/L5 support with NavIC integration and LNA + SAW filter for enhanced positioning accuracy in the smallest form factor.

ORBIT NANO X10 GPS - Smallest Dual-Band GNSS with NavIC
ORBIT NANO X10 GPS - Side View
ORBIT NANO X10 GPS - Isometric View
ORBIT NANO X10 GPS - Back View

Technical Specifications

Dual-Band GNSS Receiver

  • Moduleu-blox NEO-F10N
  • SystemsGPS, Galileo, BeiDou, GLONASS, NavIC
  • BandsL1C/A, L5, L1OF, E1B/C, E5a, B1I, B2a (incl. NavIC L5)
  • Signal EnhancementIntegrated LNA + SAW Filter (L1 and L5)

Magnetometer (IST8310)

  • Type3-axis digital compass
  • Full Scale±1600 µT
  • Resolution0.3 µT
  • Data RateUp to 160 Hz

Performance

  • Position Accuracy1.0m CEP (dual-band without SBAS)
  • Navigation RateUp to 10 Hz
  • InterfaceUART (GPS, Compass)
  • Baud RateConfigurable (default 38400)

Physical & Power

  • Dimensions28mm × 28mm × 13.4mm
  • Weight23.2g
  • Power Supply5V
  • Current<50mA
  • Status LEDsGreen (Power), Blue PPS (GPS lock)

Key Features

Smallest Dual-Band GNSS

Ultra-compact form factor with comprehensive dual-band L1/L5 satellite support across GPS, Galileo, BeiDou, GLONASS, and NavIC constellations for enhanced positioning accuracy.

NavIC Integration with Dual-Band

Full NavIC L5 band support alongside other GNSS constellations, providing superior positioning accuracy and reliability especially optimized for the Indian subcontinent region.

Enhanced Dual-Band Signal Performance

Integrated LNA and SAW filter on both L1 and L5 bands provide superior signal gain and interference rejection, delivering improved accuracy (1.0m CEP) compared to single-band systems.

Integrated 3-Axis Magnetometer

IST8310 digital compass with ±1600 µT range and 0.3 µT resolution provides complete navigation solution with heading information for autonomous applications.

High Update Rate

Navigation updates up to 10 Hz enable responsive real-time positioning for dynamic applications including drones, robotics, and moving platforms.

Universal Compatibility

Standard UART interface with configurable baud rate and dual LED status indication ensures seamless integration with flight controllers, microcontrollers, and navigation systems.