Why add an eFPGA IP to your SoC?
By incorporating an eFPGA IP, companies can significantly enhance the flexibility, adaptability, and longevity of their products while reducing costs and accelerating development cycles.
Build flexibility and differentiation into your next SoC
Features
Bespoke
Highly customizable, from the right amount of LUT6s, BRAMs and DSP blocks, routing channels to different transistor options
Proven
Our eFPGA Hard IP is generated with proven standard cell ASIC libraries for the chosen process node / foundry combination
Specialized
Can be implemented utilizing specialized cell libraries, such as RHBD or automotive qualified libraries
Secure
Protect your RTL. We have a variety of Bitstream Security options, from Encryption, to Attestation, to Authentication
Reconfigurable
Adapt to evolving market needs and extend the longevity and usefulness of your SoC
Optimized
To meet your size, weight, power, and cooling (SWaP-C) requirements
Benefits
Customization
eFPGA IP can be generated and customized to any foundry/process technology within days for supported processes and within a quarter for new technologies.
Fast Time-to-Market
No fixed arrays, providing complete freedom to design your core exactly as needed for rapid deployment.
Versatility
Specify the number of DSP, LUT, and BRAM columns, define X/Y array size, and customize column placement to meet your specific design requirements.
Cost-Effective
Automated core customization reduces both costs and time, enabling more efficient project delivery.
Radiation-Hardened Options
Generate eFPGA IP using Radiation-Hardened By Design (RHBD) standard cell libraries to meet stringent radiation effect requirements.
Reliable Performance
Enjoy peace of mind with low risk eFPGA solutions designed to work seamlessly in your applications.
Most Successful Track Record for both FPGAs and eFPGA IP
~50M
Units shipped
>20
Production FPGA tape-outs
~2,000
Customers
Foundries Supported
Process Nodes Supported
While these are the foundries and nodes we have extensive experience with, QuickLogic can support any foundry or process node to meet your specific requirements.
18A
6/7nm
12nm
16nm
22nm
28nm
40nm
65nm
90nm
130nm
180nm
0.25μm/ 0.35μm
Limitless flexibility from our eFPGA IP Generator
What is Australis?
Australis is QuickLogic’s eFPGA IP Generator, blending our three decades of deep domain expertise in designing and shipping programmable logic products that are silicon-efficient, reliable, high quality, and manufacturable at scale with the silicon design automation capabilities of the OpenFPGA project.
Cost effective eFPGA cores to satisfy your needs
eFPGA IP 2.0 Development Flow
We understand that everyone’s needs are unique; we believe in mass customization – the process of delivering cost effective eFPGA cores and FPGA User Tools that satisfy your needs, not just providing you with the same core everyone else uses. Our unique Development Flow enables you with the tools and support to determine the right core for your requirements, and then deliver it to you for a successful project.
Learn MoreApplications
Resources
Learn More About
eFPGA IP 2.0 User Tools
Fully open-source modules for scalability, longevity, and full code transparency
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