ePV6010B Image

ePV6010B

Note : Your request will be directed to FURUNO Electric Co., Ltd..

The ePV6010B from Furuno is a Multi-Constellation GNSS Receiver that supports GPS, QZSS, and SBAS satellite constellations. The device uses an autonomous, self-calibrating, and tightly coupled dead-reckoning algorithm to provide excellent accuracy. The dead reckoning calculation is performed on the receiver and the results are seen in NMEA data. It also has active anti-jamming and advanced multipath mitigation functions.

This GNSS Receiver has fast TTFF with a cold start of 30 sec, warm start of 30 sec, and a hot start of less than 1 sec at -130 dBm. It has a tracking sensitivity of better than -161 dBm and a reacquisition sensitivity of as low as -161 dBm with a configurable position output update rate of up to 10 Hz (10 times per sec). It requires a DC voltage from 1.8 to 3.3 V and consumes 10 μA of current. The chipset supports UART, I2C, forward/reverse signals, and speed pulse interfaces and can be controlled by Furuno's Android driver and API which reduces the installation cost. It is available in a TFBGA package that measures 7 x 7 mm.

Product Specifications

Product Details

  • Part Number
    ePV6010B
  • Manufacturer
    FURUNO Electric Co., Ltd.
  • Description
    High Sensitivity Multi-Constellation GNSS Receiver with Dead Reckoning

General Parameters

  • Type
    Chip / SiP
  • Technology
    Galileo, GPS, QZSS, SBAS
  • Frequency
    1575 GHz
  • Band
    L1
  • Integrated Antenna
    No
  • Channels
    24 Channel
  • Accuracy
    2.0 to 2.5 m
  • Tracking Sensitivity
    -161 dBm
  • Cold Start Sensitivity
    -147 dBm
  • Acquisition Sensitivity
    -161 dBm
  • Cold Start
    33 s
  • TTFF Warm Start
    30 s
  • TTFF Hot Start
    1 s
  • Dead Reckoning
    Yes
  • Update Rate
    up to 10 Hz
  • Supply Voltage
    1.8 to 3.3 V
  • Acquisition Current
    56.5 mA
  • Interface
    I2C, UART

Package

  • Package Type
    Surface Mount
  • Dimension
    7 x 7 mm

Temperature

  • Operating Temperature
    -40 to 85 Degree C

Technical Documents

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