Xilinx is the inventor of the FPGA, programmable SoCs, and now, the ACAP. Our highly-flexible programmable silicon, enabled by a suite of advanced software and tools, drives rapid innovation across a wide span of industries and technologies - from consumer to cars to the cloud. Xilinx delivers the most dynamic processing technology in the industry, enabling rapid innovation with its adaptable, intelligent computing.
AMD’s Kria family of system-on-modules (SOMs) adds the compact K24 module to complement the K26 that targets intelligent motor control and applications like robotics.
Vivado ML Editions is the industry’s first FPGA EDA tool suite based on machine-learning optimization algorithms, as well as advanced team-based design flows, for significant ...
Xilinx further enhanced its ACAP ecosystem by adding the Versal Premium Series with AI Engines, bringing artificial-intelligence capability to DSP engines on previous ACAP chips...
Xilinx's Versal chips combine hard-core Arm CPUs, AI accelerators, DSP engines, and the same type of programmable logic in its field-programmable gate arrays (FPGAs). Now the ...
Xilinx’s AI-enhanced Vivado ML Editions brings hierarchical system design to FPGA development, helping improve performance while streamlining the design cycle.
Teledyne e2v's EV12AQ600 is the first space-qualified four-channel ADC. It is capable of 12-bit resolution and high-speed sampling rate and the four channels can be interleaved...
In July 2020, we published a survey of the SmartNIC/DPU market. Now, about 6 months later, we’re going to revisit that market and share some updates on each of the key players...
Ken Hermanny and Rodger Hosking of Mercury Systems discuss the technology synergies between Mercury and its recent acquisition, Pentek, and how the Sensors Open System Architecture...
Xilinx introduces the Versal HBM ACAP, the newest series in the Versal portfolio. Versal HBM features hyper integration of fast memory, secure connectivity, and adaptive compute...
One possible future for SmartNICs is the move to a disaggregated architecture where the form and function are separated. That means the functionality is software-defined, but ...
Xilinx has partnered with telecommunications software firm Mavenir to bring to market a complete massive MIMO solution for an emerging category of open 4G and 5G networks.
Adil Kidwai, EdgeQ's head of product management, said its upcoming chip uses a combination of extended vector extensions and custom instructions built on top of its six RISC-V...
Liam Madden, EVP and GM of Xilinx's wired and wireless group, said it will supply radio frequency chips to Fujitsu for "a major greenfield 5G network" being deployed by an unnamed...
The union is also the latest landmark deal to reshape the semiconductor industry in recent months. Nvidia has moved to buy Arm for $40 billion in cash and stock in what would ...
A new class of adaptive radio platforms combines flexibility for evolving 5G standards and a hardened radio digital front-end for performance, power, and cost effectiveness.
ADAS systems are become more complex, making design and deployment a challenge. Xilinx’s Willard Tu, Senior Director of Automotive, explains how the company’s XA devices and ACAP...
To go beyond being a generic NIC, SmartNICs will demand more from the PCIe bus. Fifth-gen PCIe and protocols like CXL and CCIX are stepping up to the task. Soon we’ll be sharing...
SmartNICs incorporate various additional computational resources beyond a generic NIC. But like snowflakes, these architectures differ, so we’ll dive deep into several approaches...
SmartNICs will soon dominate the accelerator market, but what makes them better than conventional NICs? Is it programmability, computational power, host CPU offload, ease of use...
Smartphones seemed to usher in the era of “smart” things and launched the Internet of Things revolution. So, what makes a SmartNIC smart—hardware, programming, or something more...
FPGAs have become smaller, more power efficient and easier to program, making them much more interesting for a larger number of applications that have typically been addressed...
