This project focuses on enabling orbital electronics research.
Fudan reports orbital validation of Qingniao, a monolayer-semiconductor RF and memory-test system aboard Fudan No.1 (Lancang-Mekong Future Satellite), launched in September 2024. The January 2026 account reports low-error transmission after nine months. This is enabling electronics research, not a shared orbital computer or storage service, and is separate from Xingshu's planned Fudan Optoelectronics-1.
Fudan University · Reported in-orbit electronics demonstration
Scope: Enabling research · Named enabling semiconductor, RF and memory-test research aboard an existing sensing spacecraft, without a shared computing/storage platform.
Figures retain their disclosed units and scope. Launched hardware does not establish demonstrated performance; targets may change. Not disclosed means no figure in the reviewed sources.
Joint development of the Fudan No.1 host spacecraft with Fudan University, using the company-developed SASTX-50 platform. The host carries the Qingniao electronics experiment.
March 27 is the university disclosure date, not an inferred procurement or platform-delivery date. This is a supported spacecraft-development contribution, without disclosed buyer, purchase order, contract price or separate Qingniao production order.
Announced 27 Mar 2026 · Evidence checked 30 Oct 2026
Await further mission-specific electronics results or a disclosed follow-on experiment. No dated next milestone established.
Manual review 30 Oct 2026. Official Fudan accounts support historical Qingniao electronics validation and distinguish host spacecraft specifications. Host-platform supplier relationship reconciled. Flight observations, theoretical GEO lifetime and ground tests retain separate bases. No arithmetic capacity or absolute IT power established. Primary body last observed not available. Source monitoring: ongoing. Source collection and substantive profile review are separate checks. Plans and dates may change.
Installed memory capacity, RAM type, arithmetic throughput and IT-only electrical load are unavailable in the inspected sources.
Host mass and dimensions describe the complete Fudan No.1 spacecraft, not Qingniao payload mass or size.
Nine months is the reported experiment interval. The 271-year GEO radiation projection is theoretical and is excluded from current comparison.
University sources cite approximately 517 km for the experiment and nominal 500 km for the host spacecraft. Neither establishes its current October 2026 orbit or operational survival.
Funding acknowledgments identify supporting programs but no separable award transaction, allocation or award date. Market-size estimates are not financing.
The Nature full article was inaccessible through its identity redirect. Readable official university accounts support the accepted facts.
Project updates
Verified announcements and milestones linked to this project, newest first.
Fudan reports that its Qingniao monolayer-semiconductor RF system flew aboard Fudan No.1, launched in September 2024. A stored-image transmission experiment retained a bit-error rate below 10^-8 after nine months. The university identifies an atomic-layer MoS2 process and a 12–18 GHz RF architecture, with separate ground irradiation tests and theoretical radiation-lifetime projections.
