Xilinx runder de første 30 år
FPGA-pioneren Xilinx markerer sin 30 års fødselsdag. Teknologiporteføjen tæller bl.a. over 3500 patenter, ligesom Xilinx var blandt de allerførste med det nu særdeles udbredte 'fabless' forretningskoncept (in english).
Xilinx celebrates 30 years of technology leadership. With over 3,500 patents and 60 industry firsts, Xilinx is known for its historic achievements including the introduction of the first FPGA and the inception of the fabless model.Recent innovations have transformed Xilinx from its programmable logic heritage to an ‘All Programmable’ company, creating and integrating ‘All’ forms of hardware, software, digital, and analog programmable technologies into its All Programmable FPGAs, SoCs and 3D ICs. These devices combine the value of programmable systems integration with embedded intelligence and flexibility, enabling the rapid development of highly programmable and smarter systems.
- This is a milestone year as we celebrate 30 years of technology leadership, industry firsts and outstanding corporate achievements. Xilinx is widely recognized for creating new innovative technology that pushes the electronics industry forward and serving our community in the arts, education, health, and social services. I look forward to celebrating further achievements with the Xilinx family in the years to come, says Moshe Gavrielov, President and CEO of Xilinx.
Xilinx devices can be found in a broad range of applications including Mars probes, robotic surgery systems, wired and wireless networking infrastructure, high definition video cameras and displays, and industrial manufacturing and automation equipment.
In the future, Xilinx All Programmable devices will enable the realization of next generation smarter systems, which include real time analytics of data and images, intelligent connected control, more optimized utilization of scarce resources, and higher safety and security.
Future applications include Software Defined Networks (SDN) for both wired carriers and data centers, Self Organizing Networks (SON) for wireless infrastructure, Smart Grid and Wind Turbines for renewable energy, Machine Vision and Control coupled with Machine to Machine (M2M) Communication for smarter factories, Ultra High Definition (4K/2K) video infrastructure, and Advanced Drivers Assistance and Augmented Reality platforms for the next generation of smart automobiles.
