AUSTIN, Texas--(BUSINESS WIRE)--SST, an industry innovator in high-temp and rad-hard embedded system solutions, announced today the company has partnered with GLOBALFOUNDRIES to build commercial-ready products for extreme environments and applications.
SST’s patented HARDSIL technology is tested and proven to operate in high-temperature environments -- at 250C for more than 1,250 hours, and in high-radiation environments -- with a TID performance of > 300 Krads. This is the first time any CMOS process has met these unique and extreme characteristics. This technology advancement also represents a huge milestone in extending reliability, performance and operating lifetimes, while simultaneously simplifying design complexity and reducing Size, Weight and Power (SWaP).
“We have been collaborating with GLOBALFOUNDRIES since 2012,” said Wes Morris, president and chief executive officer of SST. “The result is that SST and GLOBALFOUNDRIES have a qualified CMOS process that SST is already using to develop a family of ARM®-based System-on-Chip (SoC) processors and memories which represent a paradigm shift for the high-temp and rad-hard markets.”
“Our partnership with SST will enable us to produce a disruptive technology in the marketplace for ruggedized applications,” said Gregg Bartlett, senior vice president of the Product Management Group at GLOBALFOUNDRIES. “Now that HARDSIL is implemented and qualified in our foundry, we believe opportunities exist for it to be adopted across a wide-range of high-temp and rad-hard products and market segments.”
About Silicon Space Technology
SST is a privately held, fabless semiconductor company based in Austin, TX that provides integrated radiation-hardened (>300 Krads, latchup immune) and temperature-hardened (125C – 250C) solutions for extreme applications in the oil & gas, space, automotive, aerospace, industrial, medical and food & health industries. The patented HARDSIL® technology delivers proven, industry-leading hardening in a number of products – including SRAMs, microcontrollers (MCUs) and microprocessors (MPUs) – at the CMOS process-level while increasing overall product reliability. As a result of SST’s unique technologies and solutions, system engineers are able to extend the limits of what’s possible in designing ruggedized computing and control devices and applications for today’s – and tomorrow’s – extreme environments. Visit www.siliconspacetech.com.
