Hello and welcome. In this video, we’ll introduce a powerful new feature in AMD Vivado 2025.1%, the Unified Selective Device Installer. The AMD Vivado Design Suite is your all-in-one toolset for FPGA and SoC design and development — supporting a complete workflow from design entry and synthesis to implementation and verification.In Vivado 2024.2% and earlier versions, one common challenge was the large, bulkier installation size, often exceeding 200 GB. This bulk includes device files for the entire range o ...

Welcome to the AMD Vivado ChipScope Analyzer Hardware Debug for FPGA and Adaptive SoCs” tech module. Here's the agenda for this tech module. We will focus on ChipScope components, debug flows and ChipScoPy.After successfully implementing your design, the next step is to run it in hardware by programming the FPGA or adaptive SoC and debugging the design in-system. There are four main debug steps. They are probing, implementing, analyzing, and fixing.Probing. Identify the signals in your design that you want ...

Welcome to part two of the Modular NoCs series. In this video, you are going to learn about how to add XPMs into your design to utilize the modular NoC. To refresh your memory, the modular NoC solution is comprised of three main steps.Step one is to connect all AXI busses that want to utilize the NoC to Xilinx parameterizable macros or XPMs. . The second step of the process is to add constraint files (or XDCs) to the design that define connectivity and quality of service parameters for each individual NoC c ...

Welcome to the Launching the Field-Oriented Control, FOC, motor control application using the KD240 Drive Starter Kit demonstration. The demonstration begins with an overview of the AMD Vitis motor control libraries used for field-oriented control, followed by setting up the AMD Kria KD240 Drive Starter Kit with the AMD Kria KD240 Motor Accessory Pack. It then covers booting the starter kit, loading the firmware, and running the motor control application.This demo requires the Kria KD240 Drive Starter Kit, ...

Overview of Advanced Flow - AMD Vivado Design Suite 2024.2 introduces Advanced Flow for Versal devices, featuring new place and route algorithms for faster design performance and improved routability [5] - Advanced Flow aims to reduce compile times for larger, more complex AMD Versal adaptive SoCs, offering up to 2X speedup for Versal SSIT devices and 1.7X for Versal monolithic devices [9] - The Advanced Flow is integrated into the Vivado IDE, maintaining familiar design processes and Tcl scripting [8] Key Features and Architecture - Advanced Flow includes automatic partitioning to divide large designs into smaller problems solvable in parallel, along with new infrastructure for efficient parallel compilation [10] - The new architecture uses leaner data structures for storage and retrieval of physical design information, improving place and route speed, checkpoint handling, and memory footprint [10][11] - A new timing engine optimized for the placer's data structures helps quickly evaluate the timing impact of placement changes [11] - The placer reduces routing congestion, and the clock region placer's capacity is increased for better handling of complex designs with many global clocks [12] Directives and Subdirectives - The Advanced Flow simplifies placer directives to five basic options: Quick, RuntimeOptimized, Default, Explore, and AggressiveExplore [18] - A new placer option, Subdirective, provides finer-grained control over different phases of placement, allowing multiple subdirectives to be applied simultaneously [20] - Subdirectives unlock more combinations and allow exploration of different options at each placer phase, covering more solution space than original directive options [25] Implementation and Migration - AMD recommends a methodical approach to timing closure, starting with Default, Explore, and AggressiveExplore strategies, then combining the best directive with key subdirectives [32][33] - Migrating to Advanced Flow requires archiving the project, as the migration is not reversible and resets runs and options to Advanced Flow place and route [37] - Projects from pre-2024.2 Vivado versions cannot reuse place and route data in Advanced Flow due to a new database structure [41]

Welcome to the Segmented Configuration: Booting the PS First tech module. Here is the agenda for this tech module. We will focus on the need for faster boot processes.Introducing the segmented configuration flow for enabling accelerated boot time. Describing how segmented configuration works. Describing how reconfiguring the programmable logic works in the segmented configuration flow.As technology advances, the pace of development and deployment has become a critical area of focus. Modern computing systems ...

如果您希望可以时常见面，欢迎标星收藏哦~ 在1985年，一颗在当时被看作"异类"的芯片XC2064 横空出世。 回到上世纪80年代初，当时的行业主流观点就是最大限度地利用电路中每一个晶体管。但Ross Freeman（Xilinx的共同创始人）却反其道而行之——设计了一种塞满了晶体管芯片，这些晶体管 还组成了松散组织的逻辑块，其连接可以通过软件进行配置和重新配置。 Ross Freeman坚信，因为晶体管会越来越便宜，届时将无人在意这类芯片的晶体管数量。后续的 发展证明，Ross Freeman的猜测非常正确。这种芯片在后来也广泛使用，它们还有一个广为熟知 的名字——FPGA。文章开头提到的XC2064则是全球第一颗商用FPGA。 时至今日，FPGA已经商用四十年。在当前人工智能汹涌来袭的当下，这类芯片又将走向何方？日 前，在与半导体行业观察等交流的时候，AMD产品、软件和解决方案公司副总裁Kirk Saban分享 了他的观点。 40年FPGA，改变了什么？ 正如AMD在此前发布的一篇回顾首款商用FPGA 诞生 40 周年的文章中说："FPGA 对市场的影响 是惊人的。FPGA 催生了一个价值超过 100 亿 ...