The eFPGA technology is starting to make waves by providing flexibility for AI workloads while facilitating low power for portable applications.
The smart HLS tool enhances accessibility to PolarFire FPGAs for hardware acceleration in edge compute systems.
Space-qualified FPGAs bring with them challenging voltage regulation requirements.
New member of Xilinx Versal portfolio integrates stacked high bandwidth memory (HBM) to accelerate compute on massive connected data sets.
Using FPGAs to verify the SoC design is a powerful tool and is becoming a very important part of semiconductor design.
CPU extensibility using hardware modules like eFPGA core allows designers to quickly respond to changes in the field.
Xilinx Inc. has taken a big step towards enabling wider market adoption of edge AI and embedded vision by entering the system on module (SOM) market.
Xilinx has launched a range of data center products based on ‘composable hardware’ to enable greater adaptability and flexibility to tackle constantly changing data center needs.
DDR4 will allow the satellite industry to offer higher-throughput on-board processing and increased acquisition times to enable new applications.
At the Embedded Vision Summit, Lattice Semiconductor will demonstrate how tiny low power FPGAs can enable multiple image processing functions...