In recent years, a number of chipmakers have answered customers' calls to reduce development costs with some kind of fancy mask-programmable part. But IBM Microelectronics and Xilinx Inc. have so far ...
Xilinx unveiled its Vitis AI software platform back in late 2019, to simplify development for the company’s chip-level hardware architectures and accelerators, using common software development tools ...
In the hotly contested field of "edge" artificial intelligence, systems and chip makers are coming up with ways to get their customers to market without months or years of machine learning development ...
Git repository for the Introduction to FPGA Programming Using Xilinx Vivado and VHDL (16 hours, 4 CFU) PhD course at University of Torino, Physics Department. Lecture slides are available on the main ...
New release also accelerates C/C++ based programming with system level profiling tools and a 50% reduction in end-to-end compile time SAN JOSE, Calif., Jun. 08, 2016 – Xilinx, Inc. (NASDAQ:XLNX) today ...
Xilinx, one of the world's biggest programmable chipmakers, announced a new deal to acquire C/C++ programming and analysis tool provider Silexica. Xilinx is still in the midst of its own acquisition ...
“Xilinx Zynq-7000 is the award-winning all programmable System-on-Chip broadly used in wired and wireless communication, automotive, factory automation, medical imaging and broadcast applications,” ...
Xilinx has announced release 2016.1 of the SDSoCV development environment, enabling software defined programming for the Zynq family of SoCs and multi-processing (MP) SoCs using C and C++ languages.
Vision is one of the hottest area for AI development because vision can or will be used for a wide variety of consumer and industrial applications. Everything from security systems and retail ...
Xilinx is known for high-performance FPGAs. The company delivered impressive development tools for hardware and software that takes advantage of its FPGA and SoC platforms, such as the Vivado Design ...
. ├── aie.mlir ├── aie.mlir.prj │ ├── aie_inc.cpp │ ├── aiesim.sh │ ├── core_6_3.bcf │ ├── core_6_4.bcf │ ├── core_7_3.bcf │ ├── core_7_4.bcf │ ├── input.ll │ ├── input.llchesshack.ll │ ├── ...
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