Meet QuickLogic at Space Tech Expo Europe to Discuss Rad-Hard eFPGA IP for Space Missions

QuickLogic (NASDAQ: QUIK) will exhibit its radiation-hardened embedded FPGA technology at Space Tech Expo Europe on November 17–19, 2026.

Rhea-AI Summary

QuickLogic (NASDAQ: QUIK) will exhibit its radiation-hardened embedded FPGA technology at Space Tech Expo Europe on November 17–19, 2026. The event takes place in Bremen, Germany, where the company will be at Stand R19 in Hall 6. QuickLogic will highlight programmable logic embedded within chips and its Australis tool for tailoring that logic to mission requirements.

Key Terms

efpga, systems-on-chips, radiation-hardened by design, total ionizing dose, +2 more

6 terms

efpga technical

"embedded FPGA (eFPGA) Hard IP"

An eFPGA is a programmable block of computer hardware that chip makers can embed inside larger chips so customers can reconfigure certain functions after the chip is manufactured. Think of it as a small patch of hardware that can be reshaped like Lego pieces to add or change features without redesigning the whole chip. For investors, eFPGAs matter because they can increase a chip’s lifespan, add customer value, and create recurring licensing or royalty revenue streams.

systems-on-chips technical

"directly into Systems-on-Chips (SoCs)"

A system-on-chip (SoC) is a single semiconductor integrated circuit that combines many functions of a complete electronic system onto one chip — typically processor cores (CPU), graphics or signal processors, memory controllers, input/output interfaces, and sometimes wireless modems and dedicated accelerators. By placing these components on one die and linking them with on‑chip buses and interconnects, an SoC reduces board space and power consumption compared with using multiple separate chips, but it also creates a single, fixed hardware block that is harder to modify or upgrade than discrete component designs.

radiation-hardened by design technical

"Radiation-Hardened by Design (RHBD)"

An electronic part or system whose circuit architecture, materials and manufacturing choices are specifically engineered to resist damage and malfunction from ionizing radiation rather than relying solely on external shielding or post‑production testing. Measures can include using radiation‑tolerant semiconductor processes, enclosed or insulating transistor layouts, redundant circuits and error‑correcting logic, hardened memories, and substrate or packaging techniques that prevent charge buildup; these design choices reduce susceptibility to single‑event upsets, latch‑up, total ionizing dose and displacement damage. Being “radiation‑hardened by design” is a specification of how the device is built and mitigates many radiation effects, but it does not imply absolute immunity — devices are still rated to particular radiation levels and normally require verification testing for a given mission or environment.

total ionizing dose technical

"withstand Total Ionizing Dose (TID)"

Total ionizing dose (TID) is the cumulative amount of ionizing radiation energy absorbed by a material or electronic component over time. Investors should care because TID measures long‑term wear from radiation—like how prolonged sun exposure fades fabric—so it affects product reliability, compliance testing, warranty costs and marketability for devices used in medical, aerospace, defense and industrial environments.

single event effects technical

"and Single Event Effects (SEE)"

Single event effects are malfunctions in electronic chips or circuits triggered by a single energetic particle (for example a cosmic ray or radiation) that can cause a temporary glitch, a flipped bit, or permanent damage. For investors, they matter because they affect product reliability, warranty and repair costs, regulatory approvals and customer trust—like a small stone suddenly cracking a car’s sensor—so companies’ testing, design fixes and supply choices can change future earnings and risk.

ear99 regulatory

"EAR99 export classification"

A U.S. export-control classification under the Export Administration Regulations (EAR) indicating an item is subject to the EAR but is not listed on the Commerce Control List (CCL). EAR99 items are typically low-technology, low-risk goods, software, or technology that ordinarily do not require a U.S. export license for most destinations; however, licenses can still be required for shipments to embargoed countries, to certain restricted parties, or for prohibited end-uses or end-users identified by the U.S. government.

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• Silicon-proven eFPGA IP brings post-launch flexibility to mission-critical SoCs. Visit Stand R19, Hall 6

SAN JOSE, Calif., Nov. 4, 2026 /PRNewswire/ -- QuickLogic® Corporation (NASDAQ: QUIK), a developer of embedded FPGA (eFPGA) Hard IP, Radiation Hardened and Antifuse FPGAs, and ruggedized programmable logic solutions, will exhibit at Space Tech Expo Europe in Bremen, Germany, November 17–19, 2026, at Stand R19 in Hall 6.

QuickLogic will highlight its silicon-proven, radiation-hardened eFPGA IP, which lets aerospace and defense engineers build reprogrammable logic directly into Systems-on-Chips (SoCs). With the Australis™ eFPGA IP Generator, designers can fit logic to a mission's requirements and update it after deployment. This extends mission life without the cost of a full hardware redesign.

Key capabilities for space and defense:

• Radiation-Hardened by Design (RHBD): Built to withstand Total Ionizing Dose (TID) and Single Event Effects (SEE).
• Customizable eFPGA IP: Logic density and performance can be scaled across multiple process nodes and foundries.
• Flexible implementation: Available as an embedded eFPGA core or as a custom rad-hard FPGA.
• EAR99 export classification: Makes procurement simpler for international space and defense programs. 

Visit QuickLogic at Stand R19, Hall 6, to see how customizable eFPGA technology can make next-generation space systems more reliable and adaptable.

About QuickLogic 

QuickLogic is a fabless semiconductor company specializing in embedded FPGA (eFPGA) Hard IP, Radiation Hardened and Antifuse FPGAs, and ruggedized programmable logic solutions. QuickLogic's unique approach combines cutting-edge technology with open-source tools to deliver highly customizable low-power solutions for aerospace and defense, industrial, computing, and consumer markets. For more information, visit www.quicklogic.com.

QuickLogic and its logo are registered trademarks of QuickLogic. All other trademarks are the property of their respective holders and should be treated as such.     

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SOURCE QuickLogic Corporation