ASIC PACIFIC SATELLITE
- #Satellite bus platform system
- #Space data recorder (SDR)
- #On-board computer (OBC)
Asic Pacific Satellite Inc. has been participating in the national space development program through the multipurpose satellite business for years and has striven to localize space technology by developing satellite body systems, localizing satellite payloads, localizing EGSE for satellite testing, and participating in satellite AIT. The company has dedicated itself to the development of the aerospace industry as a representative industrial sector of Korea along with the electronics, automotive, and shipbuilding industries by continously aiming for technological innovation.
- +82-2-2026-7733
- 9F, Building 2, 98, Gasan digital 2-ro, Geumcheon-gu, Seoul, Republic of Korea
- www.apsi.co.kr
Product Overview and Main Content
Space Data Recorder (SDR)
- This is a core payload device that compresses and stores large amounts of incoming data transmitted at high speed from observation sensors (electro-optic, EO; infra red, IR; and synthetic aperture radar, SAR) mounted on satellites in real time, encrypts and encodes them, and transmits them to ground stations.
On-Board Computer (OBC)
- It serves as a centralized computer for satellite control that provides a hardware platform for the flight software for operating satellites, controls sat ellites, collects and stores status information data of the satellite buses and payloads, and transmits the data to ground stations.
Product Highlights
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Space Data Recorder (SDR)
∙ Payload data storage device for high-resolution optical observation satellites (data storage, compression, encryption, and formatting)
∙ High-speed restoration of compressed images obtained from high-resolution optical observation satellite
∙ 15Tbit mass memory control & management
∙ Thermal/structure design & analysis
∙ High-reliability hardware design & manufacture -
On-Board Computer (OBC)
∙ Modularized by function
∙ Standardized communication interface
∙ Shortened development period, reduced development cost, and reduced development risks
∙ May be applied across various domestic and international space projects on low-orbit satellites, geostationary satellites, sensing satellites, landing modules, etc.
Areas of Application
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Localization of electronics of the satellite bus and payload Localization of space data recorder Localization of on-board computer Satellite AIT service
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Payload development design project Bus system design business Development and manufacture of ground test support equipment
Possible Areas for Cooperation
Technology license | ● | |
Investment Attraction | ● | |
Joint venture | ||
Technical Cooperation | Product Joint Development | ● |
(New Product) Performance Test | ||
Applying Other Products’ Technologies | ||
Production Consignment | New Material Production | |
Production Line Operation | ||
Changing Customers (CMO) | ||
Installing New Process | ||
Commercialization Contract Accompanying Technical Support | Assembly | |
Designing Commercial Products (Design & Engineering) | ● | |
Technical Consulting (Technical Advice, Education and Training) | ||
Quality Maintenance | ||
Operations Maintenance |
Possible Areas for Cooperation
Market Outlook
- Design and manufacturing services for commercial-grade satellite bus platform systems
- Design and manufacture of satellite observation image storage devices and devices for high-speed data communication with ground stations (instrument data handling unit, IDHU)
- Design and manufacture of high-performance on-board computers (OBCs) for low-orbit and geostationary satellites
- Development of the bus and payload electrical ground support equipment (EGSE) to support the ground testing of satellite electronics
- Satellite and satellite component assembly and test services (AIT)
- Currently participating in the national space development program and may participate
in subsequent projects
- Participating in the Multi-Purpose Satellite 7 payload data processing unit development project
- Participating in the project to develop electronics for the main body of the lunar orbiter for testing purposes
- Participating in the project to develop an on-board computer (OBC) for next-generation mid-sized satellites
- Participating in the project to develop a standard TCTM design verification module for geostationary satellites
Commercialization Plans
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- Plan to participate in various fields such as Korean GNSS satellites, geostationary satellites, verification satellites, etc.