In the world of high-performance computing, hardware emulation, and advanced prototyping, chip designers are pushing silicon to its absolute limits. To keep pace with complex System-on-Chip (SoC) and Application-Specific Integrated Circuit (ASIC) designs, engineers require massive logic density, high memory bandwidth, and high-speed connectivity.
Meet the
What Makes the XCVU19P Exceptional ?
Built to address the demands of next-generation digital systems, the XCVU19P offers massive logic resources, DSP modules, and high-speed connectivity options that allow for complex system prototyping before actual ASIC production.
Core Key Specifications & Features
Massive Logic Resources: Packed with roughly 9 million system logic cells, providing enough capacity to emulate tens of millions of ASIC gates.
Internal Memory: Integrates extensive Block RAM (BRAM) and UltraRAM resources, ensuring efficient data buffering and internal storage for memory-heavy algorithms.
DSP Capabilities: High-density DSP slices enable intensive parallel mathematical processing—crucial for digital signal processing, AI/ML acceleration, and complex linear algebra operations.
High-Speed I/O & Transceivers: Supports high-bandwidth serial interfaces such as PCI Express (PCIe) and Aurora, delivering rapid multi-gigabit data transmission across system buses.
Advanced Packaging: Housed in an 1824-ball BGA package (FSVB3824E), designed to dissipate heat efficiently while managing high-pin-count interconnects.
Key Application Areas
Because of its scale and high performance, the XCVU19P-2FSVB3824E targets demanding, compute-heavy industries:
ASIC & SoC Emulation / Prototyping: Designing next-gen microprocessors or AI accelerators is expensive. Using the XCVU19P, chip design teams can prototype their RTL designs in hardware at operational speeds to verify logic before taping out silicon.
Artificial Intelligence & Machine Learning: With its high parallel computing power and fast memory bandwidth, it handles deep learning inference training pipelines and custom AI model testing with ease.
5G Communications & Networking: Capable of routing and processing massive network traffic streams, making it ideal for prototyping optical network equipment and high-throughput communication infrastructure.
High-Performance Computing (HPC): Used in supercomputing environments requiring custom logic accelerators to offload heavy math workloads from main processors.
Why Choose the -2FSVB3824E Speed Grade & Package?
Speed Grade (-2): The
-2designation represents a high-performance speed grade within the UltraScale+ family, providing tight timing margins and high operating frequencies across logic blocks.Commercial/Extended Temperature Grade (E): Designed for standard industrial and commercial operational environments.
FSVB3824 Package: Engineered specifically to accommodate thousands of high-speed trace connections while ensuring optimal signal integrity and thermal performance.
