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MNEMOSYNE Radiation-Hardened Memory Family – Now in Full Production for Space Applications

MNEMOSYNE Radiation-Hardened Memory Family – Now in Full Production for Space Applications

The MNEMOSYNE project, funded by the European Union and led by 3D PLUS, was initiated in 2019 to develop a new generation of radiation-hardened non-volatile memories for space applications. Following successful , the entire MNEMOSYNE memory product line is now in full production and available for integration into space systems.

Key Radiation Performance

MNEMOSYNE memories are engineered to meet the rigorous demands of space environments, offering:

  • Total Ionizing Dose (TID): > 100 krad (Si)
  • :
    • SEL, SEU, SET & SEFI Lethality Threshold: > 85 MeV.cm²/mg

These performance metrics establish MNEMOSYNE as a reliable solution for configuration and boot memories in high-radiation space environments.

MNEMOSYNE Product Families

3D PLUS leverages its to deliver three qualified product lines based on the SEE-immune MNEMOSYNE ASIC:

Family

Product Code

Capacity

Interface

3V3 Parallel EEPROM 3DMN128M08US1852 128 Mbit 3V3 parallel
1V8 SPI 3DMN512M08US4853 512 Mbit 1V8 SPI
3DMN1G08US8854 1 Gbit 1V8 SPI
3V3 SPI 3DMN512M04VS4667 512 Mbit 3V3 SPI
3DMN1G04VS8868 1 Gbit 3V3 SPI

Each module combines radiation hardness, long-term data retention, and , making them ideal for next-generation FPGAs and processors in space applications.

Qualification & Availability

All MNEMOSYNE memories are fully qualified and ready for volume production. Samples and production quantities are available now. For inquiries, contact your 3D PLUS sales representative.

Why Choose MNEMOSYNE?

  • Radiation-hardened for space environments
  • High reliability for configuration and boot applications
  • Low-power operation for energy-efficient systems
  • 3D stacking technology for compact, high-density solutions

For more information, visit MNEMOSYNE  or contact our sales team.

MNEMOSYNE Radiation-Hardened Memories

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