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
Satellite data rate — 4× FORMOSAT-5
2.25 Gbps
Per-channel data throughput
2 TB+
Telemetry 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
Satellite data rate — 4× FORMOSAT-5
2.25 Gbps
Per-channel data throughput
2 TB+
Telemetry processed
Captured by FORMOSAT-8A.
Decoded by YTTEK.
Successful high-data-rate image decoding
Leveraging 2.25 Gbps of high-speed data throughput per channel and satellite data rates of 600 Mbps, HyperSDR successfully decoded FORMOSAT-8A’s downlink data and reconstructed a 0.7-meter-resolution color imagery of Alibag, India—demonstrating its capability in real-world space missions.
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-5 and FORMOSAT-8A, 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 |
Software defined. Future proof.
An FPGA software-defined radio architecture that evolves through simple updates — eliminating new hardware purchases.
Mission-Ready Agility
Seamlessly adapt to new protocols, evolving satcom waveforms, and dynamic satellite missions via rapid software reconfigurations.
Optimized TCO
Extend system lifecycle and reduce Total Cost of Ownership (TCO) without changing core hardware infrastructure.
Open Architecture
An open architecture that works across hardware platforms — enabling seamless integration into SI, aerospace, and academic research systems.
One SDR core. Three domains.
Software-defined radio for mission-critical communication
Customer stories
NYCU Professor Wu makes wireless theory easier to teach with the YTTEK PluSDR platform
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Professor Wen Rong Wu
Institute of Communications Engineering, National Yang Ming Chiao Tung University
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