NS100C Enhanced GPS / GNSS Receiver R & D Platform

  NewStar100C enhanced GPS / GNSS receiver R&D platform, implemented GPS baseband software and navigation calculation software on PC, and all C source code is opened. As long as the user masters C programming, he can realize his own GNSS receivers on it.

  Upgraded upon NewStar100, NewStar100C outputs real-time 8-bit IF data and analog IF signal, such provides reliable signal source for the design and development of hardware of correlator and software receiver.
  
  NewStar100C provides you the ideal R&D environment to develop various types of GPS / GNSS receivers with independent intellectual property rights. It will be your high-performance tool for R&D.
Functional Description

  NewStar100C GPS / GNSS R & D platform is a real-time, open GPS software/hardware system implemented on PC. The kernel software of receiver is realized on PC by C, and the source code is open. Unique real-time 8-bit IF data and analog IF output provide powerful tool for GPS baseband algorithm and debug of hardware and software.

  NewStar100C platform opens the kernel algorithm, data and software of GPS / GNSS receiver. For example, the open source code is as following, acquisition, tracking loop, bit synchronization, 5 , satellite navigation data decoding, measurement extraction, satellite orbit calculation, error calculation and elimination, PVT calculation, NMEA0183 coding etc.

  In NewStar100C platform, users can control the GPS / GNSS baseband chip by modifying existing software or compiling its own program, in order to realize the real-time search of navigation satellite signals, fine-tuning and tracking, real-time satellite navigation data decoding, satellite orbit calculation, the elimination of error , PVT calculate of receiver, reception and demodulation of wide-area augmentation satellite signal, realization of anti-jamming and anti-deception algorithm and other GPS / GNSS receivers internal functions.

  NewStar100C provides you the ideal R&D environment to develop various types of GPS / GNSS receivers with independent intellectual property rights. Such as high dynamic GPS receivers, GPS / GNSS receivers with integrity information , GPS / GNSS anti-jamming and anti-deception equipment etc.
Scope of applications

  ◆Design and Develop of GPS / GNSS satellite navigation receiver chips, algorithms and software   

  ◆Design and Develop of WAAS / EGNOS receiver

  ◆Design and Develop of GPS Software Receiver

  Design and Develop of GPS correlator  

  GPS / GNSS anti-jamming, anti-deception equipment  

  GPS / GNSS integrity monitoring equipment  

  Can also be used as research platform for master or PDH students major in satellite navigation

Specifications

Item

Specifications

Remarks

Frequency

GPS L1 (1575.42MHz)

Code Sequence

C / A code

GPS satellite signal receive capacity

12 GPS satellites

Parallel receive

Search and Track GPS satellite capacity

PRN 1 to 37

Users can specify

Search and Track geosynchronous satellite capacity

PRN 122 to 138

Users can specify

Sampling rate

16.367667MHz

Quantify the median

8-bit

Digital IF frequency

4.123968MHz

Digital IF Interface

SCSI

Analog IF frequency

4.123968MHz

IF analog interface

SMA

GPS navigation message processing

Receive and decode real-time 50bps satellite navigation message

WAAS / EGNOS signal

Real-time WAAS / EGNOS signal receive capacity

Can only receive signals, non-decoder software

Location, time, speed calculation

Least Squares

Output data format

NMEA0183 V3.0

Programmability

   Users can specify search and track of GPS satellites (PRN 1-37)

   GPS satellite signal acquisition

   GPS satellite signals track

   Real-time decoding of navigation message

   GPS signal transmission error calculation

   GPS satellite clock drift calculation

   GPS satellite orbit calculation

   Carrier-noise ratio calculation

   PVT calculation

   NMEA0183 coding

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