Avalanche High-Rel MRAM Differentiator for Space & Missiles

Avalanche High-Rel MRAM Differentiator for Space & Missiles

Production Proven Products Today built on world class 22nm bulk CMOS process

Avalanche’s MRAM solutions deliver all these attributes in one product line

• Performance : Faster read and write speeds with low latency compared to traditional memory;
• Endurance : Endure 1016 write cycles / Unlimited read cycles ensuring consistent performance
• Radiation: Bulk CMOS with radiation tolerant techniques. TID >300kRad and SEE performance of ~75MeV cm2 /mg
• Efficiency : Consumes significantly less power compared to traditional memory both in standby mode and read / write operations
• Reliability : Engineered and tested for harsh conditions like space with exposure to high levels of radiation and extreme temperatures. Built-in multi-bit ECC correction.

Key Takeaways:

• Satellite resilience & network scalability in LEO, MEO and GEO orbits will in part depend on situational awareness, driven by improved distributed processing and storage.
• Initiatives such as Interoperable Autonomous Systems, standardizing comms between disparate satellite networks increasingly mimicking the buildout of the terrestrial internet.
• Advanced computing strategies will depend upon key ingredients such as in orbit adaptability, high boot speed and data integrity.

Download the presentation here:

SMC/IT 2025 Presentation

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