QuickLogic Secured New Embedded FPGA IP Contract
The company will provide eFPGA technology for a system-on-chip designed for industrial and automotive robotics.
Updated on Oct. 13, 2026 in Semiconductors
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QuickLogic has entered into a six-figure contract to supply its embedded field-programmable gate array (eFPGA) intellectual property. The agreement supports a new system-on-chip using 16-nanometer automotive process technology.
Why it matters
The integration of configurable logic into SoCs allows industrial hardware to adapt its processing architecture post-manufacturing. This flexibility is increasingly critical for specialized tasks in battery management and motor control.
The targeted system-on-chip utilizes a 16-nanometer automotive process node to manage industrial robotics and power applications. This process technology represents the physical manufacturing constraint for the underlying logic gates.
The players
QuickLogic
A semiconductor company that specializes in embedded FPGA intellectual property and custom hardware solutions for industrial and automotive markets.
The details
An eFPGA is a block of reconfigurable logic integrated directly into a system-on-chip—a complex integrated circuit that combines multiple electronic components onto a single die. By embedding this programmable fabric, designers can update the hardware logic after the chip is manufactured to optimize performance for battery management or motor control tasks. The 16-nanometer process refers to the size of the transistors on the chip; smaller nodes typically allow for higher transistor density and improved power efficiency.
Timeline
QuickLogic anticipates generating license revenue from the contract over the next six months.
The Tech Race
The adoption of 16-nanometer nodes for eFPGA integration highlights the current industry push to balance programmable flexibility with the rigorous thermal and reliability requirements of automotive silicon. This project positions QuickLogic within the competitive field of hardware-accelerated robotics control.
This technology will eventually reach users through industrial robotics and automotive battery management systems that require field-upgradable hardware. Royalty revenue from these chips will follow once production shipments begin at a future date.
The takeaway
The move toward embedding programmable fabric into automotive-grade SoCs enables greater lifecycle longevity for complex industrial hardware. Watch for future royalty disclosures as the chip moves from the licensing phase to full-scale production.
Further reading
For more on the latest trends in hardware design, visit Semiconductors.
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