• GPS, GLONASS, GALILEO, COMPASS, SBAS L1 signals

• Compact LGA 20x26x2.5 mm design for SMT assembly

• Navigation and Time synchronization applications

• 32 GNSS tracking channels

• Assisted GNSS option supported

• Various Dead Reckoning options

• 200K correlators ensures small TTFF and high signal sensitivity

• 4 MB SPI FLASH for FW upgrade and User’s data storage

• RAIM support

• NMEA 0183 (IEC 1162), BINR, RTCM SC 104 data protocols

• 24 mW @ Low Power Time‐to‐Time Fix (TTTF) Mode

• Extended operating temperature –40 to +85°C

 

The NV08C‐CSM is an integrated satellite navigation receiver. The device’s key feature is its ability to work with global navigation satellite systems (GNSS) that have been deployed so far in the world – GPS and GLONASS. The GALILELO and COMPASS as well as SBAS systems are also fully supported.

The NV08C‐CSM was developed for use in various LBS and M2M applications

demanding low cost, low power consumption and uncompromised performance:

fleet management

in‐car and handheld personal navigation

asset and personal tracking

anti theft systems

surveillance and security systems

WiFi, WiMAX, GSM, CDMA base station time synchronization

The receiver offers high sensitivity and high performance of GNSS signal

acquisition and tracking combined with low power consumption and small size.

The assisted GNSS option and advanced power saving modes are supported.

Separate GPS and GLONASS RF channels and 3‐stage filtration provide better

noise immunity in urban and industrial environment, railway stations and other

places with high interference level. Multiple satellites available from GNSS

constellations ensure higher availability of navigation signal in urban canyons

compared to any single constellation solution.

For system integrator the NV08C‐CSM provides a variety of interfaces, flexible power supply options, power supply for optional active antenna. A very compact and complete GNSS receiver can be integrated on a low cost 2 or 4‐layer PCB with a minimal number of external passive parts.