General High-Reliability Satellite Data Storage

General High-Reliability Satellite Data Storage system include its high capacity and secure storage capabilities, which are essential for missions that require extensive data collection and storage. The system’s robust design ensures long-term operation in challenging space environments, offering resilience to radiation and physical impacts. Its error-correction features provide a high level of data integrity, while its ability to support rapid data retrieval enhances mission efficiency. Additionally, the system’s compact size and low power consumption make it an excellent choice for space missions that require minimal weight and energy usage. This storage solution provides a reliable foundation for satellite systems, ensuring the safe and efficient management of critical data throughout the mission lifecycle.

DESCRIPTION

Products Detail

Product Code	CG-DJ-IPS-KF-Z	CG-DJ-IPS-KF-B
Storage Type	FLASH Memory Storage	FLASH Memory Storage
Storage Capacity	40Tbit	4Tbit
Storage Bandwidth	22Gbps	22Gbps
Compression Method	JPEG2000	JPEG2000
Compression Capability	24 levels	24 levels
Power Consumption	≤280W	≤200W
Weight	≤15kg	≤13kg
Size (mm)	318×220×220	318×180×220
Supply Cycle	8 months	8 months

The General High-Reliability Satellite Data Storage system is a robust and efficient solution designed to store large volumes of critical data onboard satellites during space missions. It features high-capacity storage that can handle data from scientific instruments, communication systems, and earth observation sensors, ensuring that valuable information is securely stored and readily accessible for transmission back to Earth. Built with advanced flash memory and solid-state technology, this storage system is engineered to endure the harsh conditions of space, including extreme temperatures, radiation, and physical shocks. The system integrates error-correction and data redundancy techniques, ensuring data integrity and preventing loss or corruption. It also supports high-speed data retrieval, enabling rapid access to stored information during mission operations. Designed for long-term reliability, the data storage system can function over extended mission durations, making it ideal for both low Earth orbit (LEO) and deep space exploration satellites. With a compact and lightweight form, it can be easily integrated into various satellite platforms without adding significant weight or complexity.

High-Reliability Satellite Data Storage