Integrated TT&C and Data Transmission

The advantages of the Integrated TT&C and Data Transmission system include its ability to consolidate multiple communication functions into one efficient and cost-effective solution, reducing the complexity of satellite operations. It ensures highly reliable communication, providing real-time telemetry data, precise tracking, and secure data transfer, essential for effective mission control. The system’s robust error-correction algorithms enhance the reliability of data transmission, even in challenging space environments. Its compact design allows for easy integration into a wide range of satellite platforms, while advanced security features safeguard sensitive mission data. By combining telemetry, tracking, command, and data transmission in a single integrated system, it enhances overall mission efficiency and supports long-term space exploration goals.

DESCRIPTION

Products Detail

Product Code	CG-DJ-CKSC-TD01
Envelope Size	94.45x90.6x44.65mm
Weight	520g
Power Consumption	Storage ≤3.5W; Telecommand ≤5.5W; Telecommand + Telemetry ≤11W; Telecommand + Data Transmission ≤20W
Power Supply	12V
TT&C Mode	Spread Spectrum System
Spread Spectrum Method	Direct Sequence Spread Spectrum (DS)
Data Transmission Power	33dBm±0.5dBm
Data Transmission Encoding Method	LDPC, Coding Rate 7/8;
Fixed Storage Capacity	60GB
Supply Cycle	5 months

The Integrated TT&C (Telemetry, Tracking, and Command) and Data Transmission system is an advanced solution designed to manage communication and control between satellites and ground stations. This system combines telemetry to monitor the status and health of satellite systems, tracking to determine the satellite's position, and command to send operational instructions to the satellite. It also integrates data transmission capabilities to enable high-speed, efficient transfer of large volumes of data between the satellite and ground stations. The system is equipped with dual-frequency communication channels to ensure reliable, uninterrupted data transmission and is optimized for use in both low Earth orbit (LEO) and geostationary orbit (GEO) satellites. Advanced error correction and encryption protocols are integrated to ensure the integrity and security of the transmitted data. The system is compact, lightweight, and can be easily adapted to various satellite configurations, making it a versatile solution for a wide range of space missions, from communication satellites to earth observation systems.

Advanced TT&C And Data Transmission System