Tolerance
Validated
Reference
Architecture
Space Applications Market
Belvyon addresses the critical challenge of enabling advanced computing in the extreme radiation environments of space. Traditional silicon electronics suffer rapid degradation from cosmic radiation, limiting satellite autonomy and requiring heavy shielding that constrains payload mass.
Our SYNAPLEX™ polymer neuromorphic substrate delivers breakthrough radiation tolerance exceeding 500 kGy, enabling AI/ML edge computing for satellites and deep space missions with proven ISS heritage.
Value Proposition
- >500 kGy radiation tolerance for extreme environments
- Flexible polymer substrate architecture
- Proven space heritage (ISS/JAXA-Kibo validated)
- ITAR-free UK origin for international space programmes
Featured Solution
SYNAPLEX™ Polymer Neuromorphic Substrate
SYNAPLEX™
Polymer Neuromorphic Substrate
SYNAPLEX™ is a substrate material—not a computing device. It is a radiation-hardened polymer platform that enables neuromorphic circuits for AI/ML edge computing in extreme space environments.
- >500 kGy radiation tolerance
- ISS/JAXA-Kibo validated (ID 8071)
- Neuromorphic architecture
- Flexible substrate design
Space Heritage Validation
ISS/JAXA-Kibo External Experiment Platform - Experiment ID 8071
Cosmic Radiation
Validated performance under actual cosmic radiation exposure in low Earth orbit environment.
Vacuum Environment
Confirmed material stability and performance in the hard vacuum of space without outgassing degradation.
Thermal Cycling
Demonstrated performance through extreme thermal cycling experienced in orbital operations.
UV Exposure
Validated resistance to unfiltered solar UV radiation in the space environment.
Applications
SYNAPLEX™ enables next-generation space systems
Satellite AI/ML Systems
On-orbit edge computing for autonomous satellite operations, real-time data processing, and AI-driven decision making without ground station dependency.
Material: SYNAPLEX™
Space-Based Sensors
Radiation-hardened substrate for space surveillance, Earth observation, and scientific instrument electronics requiring long operational life.
Material: SYNAPLEX™
Radiation-Hardened Electronics
Enabling substrate for satellite bus electronics, communication systems, and critical spacecraft systems requiring radiation tolerance beyond silicon limits.
Material: SYNAPLEX™
Deep Space Missions
Substrate material for interplanetary probes and deep space missions where radiation levels exceed terrestrial protection capabilities and repair is impossible.
Material: SYNAPLEX™
Space-Specific Advantages
Why SYNAPLEX™ for space applications
Extreme Radiation Tolerance
>500 kGy radiation tolerance enables operation in environments that would destroy traditional silicon electronics.
Proven Space Heritage
ISS/JAXA-Kibo validated (Experiment ID 8071) with actual on-orbit performance data from the International Space Station.
Flexible Substrate Architecture
Polymer substrate enables conformal electronics for complex spacecraft geometries and mass-constrained applications.
Neuromorphic Architecture
Brain-inspired circuit topology enables low-power edge computing critical for power-constrained spacecraft operations.
ITAR-Free
UK origin enables direct partnership with international space programmes without US export control restrictions.
Mass Savings
Inherent radiation tolerance reduces or eliminates heavy shielding requirements, saving precious spacecraft mass budget.
Interested in Space Applications?
Contact our technical team to discuss how SYNAPLEX™ can enable your next-generation space system.
Contact Us View SYNAPLEX™