Add eFPGA Flexibility to Your Industrial SoC Designs
Accelerate Innovation. Reduce Risk. Adapt with Confidence
Future-Proof Chips with eFPGA
In the rapidly evolving industrial landscape—where connectivity, automation, and control systems are constantly improving—designing fixed-function silicon limits your ability to keep up. QuickLogic’s embedded FPGA (eFPGA) IP provides the flexibility to support new or different PWM generations, transforms, control algorithms and sensor interfaces needed by various factory environments.
Why Industrial Designers Choose QuickLogic eFPGA
Silicon Flexibility = Revenue Growth
Add programmable logic to expand your addressable market, support customer-specific interfaces, and keep pace with evolving standards—all without redesigning your chip.
Adaptable Hardware
Re-program parts of your SoC post-silicon to support evolving industrial protocols and requirements
Faster Development
Reduce design time with pre-optimized eFPGA Hard IP for leading foundry nodes
Lower Risk
Avoid expensive re-spins with programmable logic built into your chip
Cost Savings
Support multiple product variants with a single hardware platform
Future-Proof Designs
Extend product lifecycles by updating logic without redesigning hardware
Application-Specific Optimization
Add custom interface, sensor, or control logic to meet everchanging requirements or support new use-cases
More Customers with Fewer Parts
Customize for different customer needs without changing your base silicon
Accelerate Industrial SoC Design with Australis™ 2.0
Australis© is QuickLogic’s automated eFPGA IP generator. It enables engineers to create customized eFPGA blocks—optimized for their specific industrial SoC requirements—in just days. With pushbutton ease, Australis delivers IP ready for integration into standard ASIC and SoC flows, dramatically shortening development time and effort.
Rapid eFPGA Generation
Generate custom eFPGA IP in days, not months
Customizable System Integration
Tailor logic, DSP, and memory for motor control, sensor fusion, and interface bridging
PPA Optimization
Optimize for power, performance, and area (PPA)
Multi-Foundry Support
Support for multiple foundries and process nodes
Updatable Future-Proofing
Future-proof designs with in-field updatability
Example Applications
Condition Monitoring Systems
Industrial IoT Controllers
Motor and Actuator Control
Secure Gateways and Field Devices
Edge AI + DSP Accelerations
Let’s Talk
Designing a new SoC for industrial applications? Let’s discuss how eFPGA can help you stay flexible and competitive.
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