Signal received. Performance proven.
YTTEK’s SatCom Solutions are purpose-built for next-generation Low Earth Orbit (LEO) satellite communications. With a proven track record validated by Taiwan Space Agency (TASA)’s Formasat-5 mission, our SDR-based systems deliver ultra-fast, secure, and stable signal reception across a wide frequency spectrum. From on-orbit data collection to ground-based analysis, YTTEK empowers satellite developers and researchers with high-performance, risk-free technology designed to meet the demands of modern space missions.
Core advantages
Independent development
Complete hardware and software development for full control and flexibility.
Ground receiver
Receive and decode real satellite signals with high reliability.
Timely support
Timely technical support ensuring mission assurance.
System testing
Supports Satcom integration and validation comprehensively.
Proven reliability
Validated through long-duration real-signal reception from LEO missions.
Mission-proven performance.
Risk-free reliability.
Trusted by Taiwan Space Agency (TASA), HyperSDR successfully received and decoded signals from TASA’s Formosat-5 and processed signals from the NASA’s Landsat-8 and Landsat-9. Its field-proven performance makes it the reliable choice for mission-critical satellite communications.
Satcom deployment architecture
Related products
HyperSDR high-speed satellite transceiver
• Proven success in real-world space missions
• Ultra-wide frequency support up to 15 GHz, covering X and Ku bands
• Ultra-fast 2.4 Gbps throughput per channel
• 500 Msps RF recording for in-depth signal analysis
SDRspace CubeSat communication payload
• 5W max TX power delivers strong, long-range satellite connectivity
• 720 Mbps/160 Mbps high-speed data rate for TX/RX supports real-time, data-heavy missions
• Compact size under 1U for seamless CubeSat integration
• CCSDS compliant
PluSDR software-defined radio platform
• Covers frequencies from 10 MHz to 15 GHz
• Up to 400 MHz bandwidth
• Intuitive, free example code included
• Applicable to multiple wireless communication standards