BeiDou

ACCORD’S IndigenousGNSS Solutions

Multi Constellation RUGGED GNSS Receiver

Dual frequency IRNSS (NavIC), GPS, GLONASS, GALILEO, BEIDOU & QZSS Receiver Anti-Jam & Anti-Spoof capability Inbuilt Receiver Autonomous Integrity Monitoring (RAIM) Carrier phase measurements output and Support RTCM corrections Designed for static and dynamic platforms TCP/IP or UDP connectivity and Supports NTP/PTP Supports RS232/RS422, Ethernet and MIL-1553B interfaces Provides 1PPS and 10 MHZ (output/input)

GNSS Simulator

IRNSS, GPS, GLONASS, GALILEO, BEIDOU and SBAS Simulator HILS/Hardware update rate support upto 10 ms (optional 1 ms) Supports profiling of receiver performance using receiver NMEA output Digitized IF/RF signal output configurability Supports RINEX, NMEA output messages Flexibility for configuring all/some of the channels for SVIDs of any constellation High dynamics simulation

Rubidium, OCXO and TCXO clock disciplined by IRNSS, GPS and GLONASS Highly accurate GNSS Time accuracy (20 nsec, RMS) Extended hold over time when GNSS is absent IRIG, NTP, PTP, RS-422 or any other customer defined interfaces Interference mitigation algorithms Spoofing detection and indication algorithms

GNSS Receiver Solutions for High Dynamics & Space Platforms

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TWSTFT is a GNSS independent technique of synchronizing multiple station clocks, irrespective of their geographic location, to a remote Master station reference clock via a dedicated satellite link

Nanosecond accuracy between the station clocks

GNSS Time Server

Two-way Satellite Time & Frequency Transfer System (TWSTFT)

PoLo

All in View GNSS Receiver

GNSS Simulator

High Dynamics GNSS Receiver

Space GNSS Receiver

GNSS Time Code Generator

GNSS Time Server

TWSTFT

Land Navigation Systems

Rugged IRNSS+GPS+GLONASS Receiver Provides precise location, speed and other navigation parameters NMEA0183 Output Navigation on Moving Map External 1-PPS reference input for precise time transfer Load your own maps and explore terrains Optional high resolutions touchscreen display Non-volatile memory for data logging GNSS-MEMS inertial navigation system that provides accurate Position,

Velocity & Attitude High speed USB connectivity Qualification as per MIL-810G, MIL-461F, MIL-275B and MIL-464A Suitable for combat & wheeled vehicles, artillery guns

Avionics Platform Solutions

Federal Aviation Administration (FAA) Certified GNSS Receiver

CDMA Transceiver / Receiver

Automatic Dependent Surveillance – Broadcast (ADS-B) Ground Station Receiver

12 Channel CDMA receiver with configurable data rate Serpent Encryption & Decryption, HDLC framing and CRC checksum Provides telemetry and video link between two distant points. FPGA based software solution

1090 MHz ADS-B receiver for Strategic & Civilian Applications In-built IRNSS-GPS-GLONASS-GAGAN Receiver Output through Ethernet and serial link Accepts time from external NTP server

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ADS-B Receiver

CDMA Transceiver

FAA certified - GPS+SBAS Receiver

Navigation Display Unit

GNSS Receiver with LAN

Rugged GNSS Receiver

IG3 Receiver

GNSS - MEMS INS

Indoor GLONASS Prototype

Indoor/Handheld GPS-GLONASS-SBAS Rx

Indoor/Handheld GPS-GLONASS-SBAS

-L2C-Galileo Rx

GPS-GLONASS Disciplined Clock

Galileo Radio

GPS-GLONASS CSAS Clock

Two way Time Transfer

IRNSS Reference Rx

IRNSS User Rx

IRNSS Advanced RxIRNSS/GNSS

Simulator

Accord offers customizable GNSS receiver solutions compatible with all GNSS signalsfrom L1 to L5 and S Band

Accord is a pioneer in GNSS receiver technology with more than 25 years of experience. Accord has one of the largest group of GNSS expertsdeveloping core technology and solutions for a variety of applications using IRNSS, GPS, GLONASS, GAGAN/SABS, GALILEO, BeiDou and other constellations.

Web: accord-soft.comVer 2.0 Apr 2018