NJ1006A

The NJ1006A is a highly integrated, low noise RF front-end for Global Positioning Systems (GPS) receivers targeted toward cost-sensitive portable and automotive applications. Low noise and power, Superior performance, Small footprint, Simplified system design »more

NJ1030A - NJ2020

The NJ1030A is a GPS baseband processor targeting C/A code L1 GPS low power applications and offering WAAS/EGNOS support. »more

The NJ2020 is for host based applications: PDA or cellphone. It uses the host's resources, without requiring real-time connection using less than 7MIPS from the host. »more

NEX

Innovative Extended Ephemeris solution specifically targeted for mobile devices needing the ability to acquire positioning information "deep-indoors" or in harsh multi-path environments. NeX compacted firmware allows TTFF in cold-starts <5s via a number of transmission methods, and offers unparalleled accuracy. »more

NX3

NX3: the next generation of NemeriX single-package GPS receivers that incorporate RF and base-band. Integrated GPS IC with NJ1006A (RF front end) and NJ2020 (A-GPS base band) »more

Baseband ICs — NJ1030A. Baseband for NX2 chipset

The NemeriX NJ1030A is a GPS baseband processor targeting C/A code L1 GPS low power applications and offering WAAS/EGNOS support. It is based on the NemeriX NP1016 GPS correlation core combined with a 32-bit IEEE1754 (Sparc V8) compatible CPU core, auxiliary on-chip memory, peripherals and analog blocks. Flexible configuration of system performance and memory architecture allow the NJ1030A to be used as an ultra low power GPS receiver delivering formatted navigation information (NMEA protocol with NemeriX extensions) or as a flexible GPS enabled microcontroller.

The GPS correlation is optimized for high efficiency and low power. While supporting any GPS RF front-end device with 1 bit or 2 bit output, the NJ1030A is optimized to work with the NemeriX NJ1006/A RF front ends as in the NX2 chipset. In particular the specific power management modes of the NJ1006/A are controlled directly. Flexible clocking schemes are implemented, making use of internal or external clock sources.

NJ1030A datasheet

NJ1030A Features and Benefits