Develop AI applications without signal-processing expertise
Here is a walkthrough of the AI-driven system design workflow that enables engineers to develop AI applications without signal-processing expertise.
DDR4 will enable new applications in the satellite industry
DDR4 will allow the satellite industry to offer higher-throughput on-board processing and increased acquisition times to enable new applications.
AMD acquiring Xilinx to boost data center offerings
AMD is reportedly acquiring FPGA design house Xilinx to boost its server and data center chip offerings.
Space-grade FPGAs can be re-programmed in-orbit
Re-programming SRAM and flash-based space-grade FPGAs in-orbit offers flexibility to change functionality and improve system performance in response to changing…
Embedded Vision Summit: ML perception on tiny FPGAs
At the Embedded Vision Summit, Lattice Semiconductor will demonstrate how tiny low power FPGAs can enable multiple image processing functions...
FPGAs aid hardware acceleration for embedded designs
Fabricated on a 16-nm process node, Efinix Trion Titanium FPGAs incorporate the company’s Quantum fabric for compute acceleration, machine learning,…
Low-power FPGAs deliver twice the I/O density
General-purpose FPGAs in Lattice’s Certus-NX family deliver twice the I/O density per mm2 compared to similar FPGAs in packages as…
Stack for AI processing at the edge
Lattice sensAI 3.0 for on-device AI processing at the edge leverages customized convolutional neural network IP for CrossLink-NX FPGAs.
Scrubbing SRAM-based FPGAs to prevent the accumulation of SEUs
SRAM-based FPGAs are increasingly being used in-orbit, and if an essential bit is flipped, the consequences could be catastrophic.
Drag and drop with new software and IP for processor-based FPGA design
A new design environment to empower developers of any skill level to quickly design FPGA-based applications using a drag-and drop…