Join YTTEK now!
TASTI 2026
International Convention Center Tainan, Taiwan
Nov 8 – 10, 2026
Booth W210
Join YTTEK now!
TASTI 2026
International Convention Center Tainan, Taiwan
Nov 8 – 10, 2026
Booth W210
HyperSDR decodes FORMOSAT-8A
— live, from orbit.
TASA deployed YTTEK’s HyperSDR as the mission’s high-speed X-band receiver.
0.7 M
Color image resolution decoded
600 Mbps
Downlink data rate – 4× FORMOSAT-5
2.25 Gbps
Per-channel data throughput
2 TB+
Total data processed
HyperSDR decodes FORMOSAT-8A
— live, from orbit.
TASA deployed YTTEK’s HyperSDR as the mission’s high-speed X-band receiver.
0.7 M
Color image resolution decoded
600 Mbps
Downlink data rata — 4× FORMOSAT-5
2.25 Gbps
Per-channel data throughput
2 TB+
Total data processed
Captured by FORMOSAT-8A.
Decoded by YTTEK.
Successful high-data-rate image decoding
Delivering 2.25 Gbps of per-channel processing throughput, HyperSDR successfully decoded FORMOSAT-8A’s 600 Mbps downlink data rate to reconstruct 0.7-meter-resolution color imagery of Alibag, India—validating its mission-proven performance in orbit.
Mission log
Date: April 27, 2026
Target: Alibag, India
Status: Real-time high resolution image decoding
Proven performance
across major X-band missions
Trusted by Taiwan Space Agency (TASA), HyperSDR successfully received and decoded signals from TASA’s FORMOSAT-8A and FORMOSAT-5, as well as processed signals from NASA’s Landsat-8 and Landsat-9. Its field-proven performance makes it the reliable choice for mission-critical satellite communications.
|
Agency |
TASA |
NASA |
||
|
Satellite |
FORMOSAT-8A |
FORMOSAT-5 |
Landsat-8 |
Landsat-9 |
|
ID |
666666 |
42920 |
39084 |
49260 |
|
Data rate (bps) |
600 M |
150 M |
440.825 M |
440.825 M |
Military-grade communication for UAV operations.
Secure. Reliable. Anti-Jamming.
10/50 km
Link range options
7.5 Mbps
High throughput
3900 mW
Total output power
2×2 MIMO
Interference-resistant
Military-grade communication for UAV operations.
Secure. Reliable. Anti-Jamming.
10 / 50 km
Link range options
7.5 Mbps
High throughput
3900 mW
Total output power
A research-grade
SDR platform
Bridging the gap between simulation and real-world testing
10 MHz–15 GHz
Frequency coverage
400 MHz
Max bandwidth
Python / Matlab / C++
Example code included
5G / NTN / SatCom
Broadband multi-standard coverage
A research-grade SDR platform
Bridging the gap between simulation and real-world testing
10 MHz–15 GHz
Frequency coverage
400 MHz
Max bandwidth
Python / MATLAB / C++
Example code included
5G / NTN / SatCom
Broadband multi-standard coverage
A proven foundation for advanced communication research
Over 250 SDR units integrated into top-tier research programs spanning 5G, 6G, NTN, SatCom, AI and autonomous systems.
20+
Universities and colleges
250+
PluSDR units deployed
20+
Professor-led projects
80+
Software packages developed by professors
Software defined.
Future proof.
A true software-defined radio (SDR) built on FPGA architecture, enabling 300 MHz–6 GHz frequency agility without hardware replacement.
FPGA Architecture
Reconfigurable logic and algorithms adapt to evolving mission requirements.
Ultra-Wide Frequency
300 MHz–6 GHz coverage enables flexible frequency selection and switching.
Software-Defined Agility
Upgrade waveforms and protocols through software, without replacing core hardware.
Software defined. Future proof.
A true software-defined radio (SDR) built on FPGA architecture, enabling 300 MHz–6 GHz frequency agility without hardware replacement.
FPGA Architecture
Reconfigurable logic and algorithms adapt to evolving mission requirements.
Ultra-Wide Frequency
300 MHz–6 GHz coverage enables flexible frequency selection and switching.
Software-Defined Agility
Upgrade waveforms and protocols through software, without replacing core hardware.
One SDR core. Three domains.
Software-defined radio for mission-critical communication
Where global leaders place their trusts
Where global leaders place their trusts