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SL871LG3234R003000 is listed in the RF Receivers range at ChipApex. The manufacturer field lists Telit Cinterion. Its product description is SL871L GNSS MODULE 2.3.2-N115 11. Review the specifications below when checking this part for your BOM.
The SL871LG3234R003000 is a GNSS receiver module from the Telit Cinterion Jupiter series. It supports GPS, GLONASS, Galileo, and BeiDou constellations with a frequency range of 1.561GHz to 1.606GHz. The device offers high sensitivity of -165dBm and a maximum data rate of 400kbps. It operates on an I2C or UART interface within a 2.8V to 4.3V supply voltage range. The module features a cold start acquisition time of 31 seconds and a horizontal position accuracy of 2.5 meters. Its physical dimensions are 10.1 mm x 9.7 mm x 2.4 mm.
Verify the specific suffix R003000 against the official Telit Cinterion datasheet to confirm pinout and firmware compatibility. Ensure the design accommodates the required 2.8V to 4.3V operating voltage range. Confirm that the PCB layout supports the specified 10.1 mm x 9.7 mm footprint and thermal requirements for the -40°C to +85°C operating temperature range.
Select this model when multi-constellation support and high sensitivity are critical for accurate positioning. The integrated nature of the module simplifies design compared to discrete components. Consider the 400kbps data rate limit for bandwidth-intensive applications. Verify interface compatibility with the host microcontroller for I2C or UART communication protocols.
This component belongs to the Jupiter family of GNSS modules by Telit Cinterion. The series includes variants like SL871LG3240R003000 and SL869GNS315R002. These modules are designed for IoT and M2M applications requiring precise location data. The Jupiter line emphasizes low power consumption and compact form factors for embedded systems.
The SL871LG3240R003000 is a related variant within the same product family. Cross-reference technical specifications such as sensitivity and supported constellations before substitution. Ensure mechanical dimensions and interface signals match the existing design constraints.
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