Flex Logix, a leading supplier of eFPGA IP, has announced the availability of upgraded emulation models for its EFLX eFPGA for Cadence Palladium and Siemens Veloce. These emulation models now encompass all features of the eFPGA, including run-time operation, configuration, readback, DFT, and wrappers. This development ensures first silicon success for customers, particularly for complex System-on-Chips (SoCs).
Emulation models for EFLX eFPGA have been in use for several years but previously did not emulate all aspects of the eFPGA. However, with the new upgraded models, customers can now fully emulate the run-time and boot sequence of the eFPGA, meeting their demand for first time silicon success. The emulation models are parameterizable for EFLX 1K and 4K tiles, as well as arrays of varying sizes with or without reconfigurable BRAM.
Flex Logix is a reconfigurable computing company that provides cutting-edge eFPGA and AI Inference technologies for semiconductor and systems companies. By integrating eFPGAs into companion SoCs, volume FPGA users can achieve a significant reduction in cost and power consumption, while also increasing compute density. This is crucial for applications such as communications, networking, data centers, and microcontrollers. Additionally, Flex Logix’s scalable AI inference offers high efficiency, delivering higher inference throughput per square millimeter and per watt. The company supports process nodes ranging from 180nm to 7nm, with ongoing development for 5nm and 3nm nodes.
Overall, the availability of upgraded emulation models for EFLX eFPGA marks a significant milestone for Flex Logix and its customers. With the ability to fully emulate all aspects of the eFPGA, customers can ensure first silicon success for their complex SoCs. This advancement demonstrates Flex Logix’s commitment to providing leading-edge technology solutions that drive innovation in the semiconductor industry. For more information about Flex Logix and its products, visit their website at https://flex-logix.com.
Frequently Asked Questions (FAQs) Related to the Above News
What is Flex Logix?
Flex Logix is a reconfigurable computing company that provides eFPGA and AI Inference technologies for semiconductor and systems companies.
What are the upgraded emulation models for EFLX eFPGA?
The upgraded emulation models for EFLX eFPGA now encompass all features of the eFPGA, including run-time operation, configuration, readback, DFT, and wrappers.
What is the significance of these upgraded emulation models?
With these upgraded models, customers can fully emulate the run-time and boot sequence of the eFPGA, ensuring first silicon success for complex System-on-Chips (SoCs).
How long have the emulation models for EFLX eFPGA been in use?
The emulation models for EFLX eFPGA have been in use for several years, but previously did not emulate all aspects of the eFPGA.
What types of eFPGA are the emulation models parameterizable for?
The emulation models are parameterizable for EFLX 1K and 4K tiles, as well as arrays of varying sizes with or without reconfigurable BRAM.
What are the benefits of integrating eFPGAs into companion SoCs?
By integrating eFPGAs into companion SoCs, volume FPGA users can achieve a significant reduction in cost and power consumption, while increasing compute density.
What industries can benefit from Flex Logix's technology solutions?
Industries such as communications, networking, data centers, and microcontrollers can benefit from Flex Logix's technology solutions.
What process nodes does Flex Logix support?
Flex Logix supports process nodes ranging from 180nm to 7nm and is continuously developing for 5nm and 3nm nodes.
How can I find more information about Flex Logix and its products?
To find more information about Flex Logix and its products, you can visit their website at https://flex-logix.com.
Please note that the FAQs provided on this page are based on the news article published. While we strive to provide accurate and up-to-date information, it is always recommended to consult relevant authorities or professionals before making any decisions or taking action based on the FAQs or the news article.
