FPGAs using AMD Virtex UltraScale+ VU19P Highest Capacity.
Introducing the AMD Virtex UltraScale+ VU19P FPGA
AMD presents the Virtex UltraScale+ VU19P, the largest FPGA in the world, to facilitate the development of intricate algorithms and the prototype and emulation of the most cutting-edge ASIC and SoC technologies.
Benefits of the AMD Virtex UltraScale+ VU19P Product
AMD Virtex UltraScale+ VU19P FPGAs is currently producing the largest capacity FPGA.
Complex algorithm development and prototyping of the most cutting-edge ASIC and SoC technologies are made possible by AMD Virtex UltraScale+ VU19P FPGAs. The VU19P FPGA meets new classes of needs in developing technologies by offering the highest logic density and I/O count on a single device ever produced by AMD.
Key Features and Benefits
Exceptional capacity on the top-tier UltraScale system:
Highest Logic Capacity
Designers can construct customized test logic for test-equipment vendors and simulate and prototype larger-scale, more complicated systems with the help of 9 million system logic cells.
Bandwidth and I/O Capacity
In addition to being perfect for multi-FPGA interconnects, massive I/O bandwidth enables engineers to link a wide variety of external memory types and rates in order to perform quick, deep state information storage.
High-Speed Transceivers
Up to 4.5 Tb/s transceiver bandwidth is available with 80 GTY (28 Gb/s) transceivers, making them ideal for next-generation systems that use new interface standards and protocols as well as high port density test equipment.
Superior Cooling
The best cooling option is offered by lidless packaging, which enables designers to push performance boundaries. It is now simpler than ever to deploy high-performance systems in a thermally limited environment.
Introducing Virtex UltraScale+ family
- Virtex UltraScale+: Revolutionary Integration and Performance
- Virtex UltraScale+ HBM: Bandwidth of Terabit-Class Memory
- Virtex UltraScale+ 58G: Facilitating Faster Interconnect and New Optics
Applications
Utilize Virtex UltraScale+ to Discover New Opportunities FPGA VU19P.
Emulation

ASIC and SoC complexity is increasing, necessitating thorough verification prior to tape-out. Over 2000 I/Os allow clients to store state information, which is crucial for design visibility and debugging, while the enormous 9 million system logic cells enables customers to create larger designs.
Prototyping

Fast verification of targeted designs and precise system modelling are made possible by the 16 nm Virtex UltraScale+ FPGA capabilities. The Vivado Design Suite and AMD tools enable developers to bring up software and build bespoke features before to the physical part being available, while the VU19P facilitates real I/O traffic.
Test & Measurement

High-speed transceivers and massive logic capacity allow for greater port density in the same size while providing space for new protocols and customized test logic. In the thermally limited environment, the cooling system enables next-generation test equipment to push the performance envelope to the limit.
Virtex UltraScale+ VU19P FPGA Product Brief
In an FPGA with 9M logic cells, more than 2,000 I/Os, and 80 high-speed transceivers, Virtex UltraScale+ VU19P devices offer the most logic capacity, connectivity, and external memory bandwidth.
Guide to Product Selection
Product Tables and Selection Guide for UltraScale+ FPGA.
XCVU19P | |
---|---|
System Logic Cells (K) | 8,938 |
DSP Slices | 3,840 |
Memory (Mb) | 224 |
PCIe Gen3x16/Gen4x8/CCIX | 8 |
GTY/GTM Transceivers (32.75/58 Gb/s) | 80/0 |
I/O | 2,072 |
In conclusion
The largest FPGA in the world, the AMD Virtex UltraScale+ VU19P, with more than 2,000 I/Os and 9 million system logic cells. Its enormous capacity makes it perfect for creating intricate algorithms as well as for prototyping and simulating cutting-edge ASIC and SoC technology.
High port density and new interface standards are supported by 80 high-speed GTY transceivers with a bandwidth of up to 4.5 Tb/s. Its lidless packaging guarantees excellent cooling, enabling peak performance in settings with limited heat. Its vast resources enable design visibility, debugging, and the creation of customized test logic in a variety of applications, including as emulation, prototyping, and test and measurement.