Overviews & Demos
eFPGA White Papers
- Connect To Any Chip With Programmable GPIO Using embedded FPGA to support the dozens of variations and kinds of GPIO interface protocols.
- Software Controlled Modular FPGA How to use software to control FPGA acceleration
- Taking eFPGA Security to the Next Level What if you could encrypt your eFPGA configuration data with a device-unique key that is not known to anyone (not even you)?
- eFPGAs Bring A 10X Advantage In Power And Cost The area, power, and cost of FPGAs are driving system architects to look for a better solution.
- Solving the Quantum Threat with Post Quantum Cryptography on eFPGAs Learn more how to use new post quatum compute techniques to create a new more robust methodology for security.
Product Briefs
- FLX 4K Product Brief for TSMC 6N/7N
- EFLX 4K Product Brief for TSMC 12FFC+/12FFC/16FFC+/FFC/FF+
- EFLX 4K Product Brief for GlobalFoundries 12LP/LP+
- EFLX 4K Product Brief for GlobalFoundries 12LP/LP+ RADHARD
- EFLX 4K Product Brief for TSMC 28 HPC/HPC+
- EFLX 4K Product Brief for GlobalFoundries 22FDX
- EFLX 1K Product Brief for TSMC 40 ULP/LP
Videos
EFLX Compiler Demonstration
Programmable General-Purpose I/O
Using eFPGAs to extend the life of different blocks and reduce inventory.
Talking to many different kinds of chips is becoming more complicated. There are new types of transistors, new protocols, and all of this is limited by the number of pins. Geoff Tate, CEO of Flex Logix, talks about adding programmability into the general-purpose I/O to enable more flexibility, lower inventory, and reduced obsolescence.
Improving PPA When Embedding FPGAs Into SoCs
Embedded FPGAs have been on everyone’s radar for years as a way of extending the life of chips developed at advanced nodes, but they typically have come with high performance and power overhead. That’s no longer the case, and the ability to control complex chips and keep them current with changes to algorithms and various protocols is a significant step. Geoff Tate, CEO of Flex Logix, talks with Semiconductor Engineering about what’s changed and why it’s happening now.
