• lCNS201 satellite navigation receiver board
  
• lCNS201-BG-A BDS/GPS Satellite Navigation Receiver Board
  
• lCNS201-B3 B3 Satellite Navigation Receiver Board
  

CNS201 satellite navigation receiver board

Real time calculation of the three-dimensional position, velocity, and precise time of the receiver board itself

The CNS201 satellite navigation receiver board adopts the OTRACK-128 multi-mode compatible satellite navigation chip independently developed by Beijing Dongfang Lianxing Technology Co., Ltd., which has independent intellectual property rights. It can measure the distance between each satellite and the receiving antenna in real time, calculate the three-dimensional position of each satellite in real time, establish and solve navigation equations, calculate the three-dimensional position, velocity and accurate time of the receiver board in real time, and output the positioning results through LV-TTL interface according to the specified transmission protocol, while outputting PPS second pulse signals.

The satellite navigation receiver board is a timing and navigation component that processes the received GPS L1 frequency satellite signals accordingly, achieving real-time accurate timing, high-precision 3D positioning, and 3D speed measurement for mobile carriers.

(a) Capable of utilizing GPS L1 frequency signals for timing and 3D positioning;

(b) Equipped with ephemeris, time, and position injection, and capable of quickly capturing and locating the receiver when powered on;

(c) Equipped with second pulse output function;

(d) Capable of outputting binary positioning data, binary measurement data, and NMEA0183 protocol through serial port;

(e) Capable of supplying power to active GPS antennas through RF interfaces;

（f ）Equipped with power on and reset self-test functions, it can fully detect faults in the receiver and internal components.

Product Features

l Satellite navigation receiver board suitable for high overload

l useOTrack-128 BDS/GPS/GLONASS/GALILEO/RDSSFour System Chips

l The shortest startup time for auxiliary positioning:3～5In seconds.

Product specifications

CNS201-BG-A BDS/GPS Satellite Navigation Receiver Board

Excellent performance, stable and reliable, strong environmental adaptability

CNS201-BG-A BDS/GPSThe satellite navigation receiver board adopts the independently developed intellectual property rights of Beijing Dongfang Lianxing Technology Co., LtdOTrack-128Multi mode compatible satellite navigation chip can measure the distance between each satellite and the receiving antenna in real time, calculate the three-dimensional position of each satellite in real time, establish and solve navigation equations, calculate the three-dimensional position, velocity, and precise time of the receiver board in real time, and pass the positioning results throughRS-422The interface outputs according to the specified transmission protocol, while also outputtingPPSSecond pulse signal.

The satellite navigation receiver board is a timing and navigation component that receives theBDS B1（I）TheGPS L1The satellite signals of the frequency are processed accordingly to achieve real-time precise timing, high-precision three-dimensional positioning, and three-dimensional velocity measurement of the mobile carrier.

a) Capable of utilizingBDS B1The civil code signal of the frequency point andGPS L1Frequency point timing and 3D positioning function;

b) Equipped with ephemeris, time, and position injection, and capable of quickly capturing and locating the receiver when powered on;

c) Capable of outputting binary positioning data and binary observation data protocol through serial port;

d) It has the function of resisting narrowband interference.

Product Features

l Having simultaneous resistanceBDS、GPSNarrowband interference function

l useOTrack-128 BDS/GPS/GLONASS/GALILEO/RDSSFour System Chips

l Short startup time for auxiliary positioning:5～8second

l AlternativeCNS101-BG-A

Product specifications

CNS201-B3 B3 Satellite Navigation Receiver Board

Short startup time, reliable performance, and strong environmental adaptability

CNS201-B3 B3The satellite navigation receiver board adopts the independently developed intellectual property rights of Beijing Dongfang Lianxing Technology Co., LtdOTRACK-128Multi mode compatible satellite navigation chip can measure the distance between each satellite and the receiving antenna in real time, calculate the three-dimensional position of each satellite in real time, establish and solve navigation equations, calculate the three-dimensional position, velocity, and precise time of the receiver board in real time, and pass the positioning results throughLV-TTLThe interface outputs according to the specified transmission protocol, while also outputtingPPSSecond pulse signal.

The satellite navigation receiver board is a timing and navigation component that receives theBDS B3The satellite signals of the frequency are processed accordingly to achieve real-time precise timing, high-precision three-dimensional positioning, and three-dimensional velocity measurement of the mobile carrier.

a）Capable of utilizingBDS B3The civil code signal at the frequency point is used for timing and three-dimensional positioning functions;

b）Equipped with ephemeris, time, and position injection, and capable of quickly capturing and locating the receiver when powered on;

c）Equipped with second pulse output function;

d）Capable of outputting binary positioning data through serial port andNMEA0183The function of the protocol;

e)Capable of supplying power to active Beidou antennas through RF interfaces;

f)It has the function of resisting narrowband interference.

Product Features

l minimum volumeBDS B3Satellite navigation receiver resistant to narrowband and high overload

l useOTrack-128 BDS/GPS/GLONASS/GALILEO/RDSSFour System Chips

l Anti narrowband interference function

l The shortest startup time for auxiliary positioning:3～5second

Product specifications