ZES Debuts Radiation Tolerant System-onModule for Space

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Semiconducter maker Zero-Error Systems (ZES) has unveiled the ZSOM-F01, the space industry’s first radiation-tolerant System-onModule (SOM) using a commercial off-the-shelf field-programmable gate array.

The ZSOM-F01 is a pre-integrated subsystem that combines core processing components with ZES’ radiation mitigation products on a single integrated module. This approach significantly reduces the time, complexity and risks associated with developing satellite payload systems.

Integrated with ZES’s proprietary radiation-hardened devices for protection against micro-SEL, SEL, and SEUs, the ZSOM-F01 is the first in a series of field-programmable gate array-based radiation-tolerant SOMs that ZES plans to introduce to the market.

The radiation hardened by design platform extends satellite longevity three-fold, minimising space debris while improving the return on investment of expensive payloads four-fold.

This product is an evolution in our product offering and reflects our commitment to delivering innovative solutions that address the demand for high-performing radiation tolerant systems on modules for space applications which are cost-competitive,” said ZES CEO Rajan Rajgopal. “Its powerful processing capabilities and compact design make it the perfect choice for designers who want to reduce their time to launch and enable edge computing platforms.”

Key features and Technical specifications include:

  • AMD ZynqTM UltraScale+TM MPSoC device XCZU3EG-1SFVC784I;
  • Arm Quad-core Cortex-A53 1.2GHz o;
  • Arm Dual-core CortexTM-R5 500MHz o;
  • Mali-400MP2 GPU 667MHz ;
  • DDR4 SDRAM (4GB for PS, 1GB for PL);
  • QSPI Flash (256Mbit) § I 2 C EEPROM (4Kbit);
  • eMMC Flash (32GB);
  • 180 user PL I/O pins and 26 user PS MIO pins (one full MIO bank) via four connectors;
  • Supports 10/100/1000Mbps Gigabit Ethernet (1x PS, 1x PL);
  • Supports SATA3.1, USB2.0, USB3.0, PCIe2.0/1.0 x4, and Display Port (Shared GTx);
  • SEL protection enabled by ZES100 Radiation-Hardened Latchup Detection and Protection (LDAP-IC);
  • SEU protection enabled by Triple-Modular-Redundancy (TMR) ZES400 RadiationHardened Voter-IC with external FRAMs and proprietary Error-Detection-And-Correction (EDAC) for detecting/ correcting multi-bit soft errors;
  • Supports integration with PC104 LibreCube standard board applications.
The system is specifically engineered for very low Earth orbit, low Earth orbit, medium Earth orbit, and geostationary orbit satellite applications, including: 
  • Synthetic aperture radar (SAR);
  • AI and edge computing applications;
  • Navigation payloads (star trackers, gyroscopes); and
  • Application-specific software-enabled payloads.
This product will be available for customer testing in early April 2025.
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