The UltraScale architecture is a revolutionary approach to creatingprogrammable devices capable of addressing the massive I/O and memorybandwidth requirements of next-generation applications, while eff icientlyrouting and processing the data brought on-chip. UltraScale FPGAs address a vast spectrum of ...
AMD hands-on FPGA and design training provides the knowledge you need to begin designing right away. View Designing with AMD Serial TransceiversView Designing with the UltraScale ArchitectureView Designing FPGAs Using the Vivado Design SuiteView Using the UltraFast™ Design Methodology ...
在DDR4项目开发中，DDR4的控制器IP核的时钟和复位信号设计至关重要。这些信号分为两部分：一部分由硬件提供，包括输入给FPGA的时钟和异步复位信号；另一部分则由FPGA内部逻辑用户产生，包括同步复位信号。在Xilinx的PG150文档中，UltraScale Architecture-Based FPGAs Memory IP部分详细阐述了时钟和复位的信号要求。这些...
The VU19P FPGA provides the highest logic density and I/O count on a single device ever built by AMD, addressing new classes of demands in evolving technologies. Key Features and Benefits Massive capacity on the best-in-class UltraScale architecture Highest Logic Capacity 9 million system logic...
AMD 推出超大 FPGA - Virtex™ UltraScale+™ VU19P,其不仅可实现先进 ASIC 和 SoC 技术的原型设计和仿真,而且还可支持开发复杂的算法。 AMD Virtex™ UltraScale+™ VU19P 产品优势 Virtex™ UltraScale+™ VU19P FPGA 超高容量 FPGA 现已由 AMD 量产 AMD Virtex UltraScale+ VU19P FPGA 不仅可为...
Multi-level security features help Artix UltraScale+ FPGAs maintain cybersecurity and IP protection The architecture provides RSA-2048 Authentication, NIST-certified AES-CGM Decryption, DPA countermeasures, anti-tamper configuration, security monitor IP to adapt as security threats change across the produc...
为实现最快的上市进程,Xilinx 与 TSMC 合作开展 FinFAST 计划,并将于2014 年推出首批量产器件。 主要文档 UltraScale Architecture and Product Overview UltraScale 架构产品选择指南 WP435 - Xilinx UltraScale:新一代架构满足您的新一代架构需求 WP434 - Xilinx UltraScale 架构: 针对高性能、更智能的系统...
FPGA已广泛应用于高速实时信号处理系统中 [1] ,灵活使用不同的配置方法可使系统具备更好的可扩展性。FPGA 通过加载应用的比特流文件到 FPGA中实现配置,并且能够不限次数的进行重配置。比特流文件的配置既能通过外部非易失性存储器 [2] ,也能够通过外部处理器及 JTAG 口进行。本文介绍Xilinx公司的基于 UltraScale...
UltraScale+ FPGA Gen3集成模块 UltraScale+ GTM收发器向导产品指南 UltraScale Architecture PCB设计用户指南 UltraScale+器件用于PCI Express的集成模块产品指南 Zynq UltraScale+ MPSoC:软件开发者指南 使用加密和身份验证来保护UltraScale/UltraScale+ FPGA比特流 面向UltraScale+的隔离设计流程(IDF)规则/指南...
此外,在使用高速收发器生成的时钟时,可以使用BUFG_GT。该时钟缓冲器也具有分频功能,也可以驱动FPGA内部其他逻辑资源。 总结一下: • BUFMRs, BUFRs, and BUFIOs, and the associated routing resources have been removed from this architecture and are replaced by new clock buffers, clock routing, and a ...