company blog about 【Xilinx】XCVM1402-1LLINSVF1369 Versal Prime VM1402 Adaptive SoC NSVF1369 Package

【Xilinx】XCVM1402-1LLINSVF1369 Versal Prime VM1402 Adaptive SoC NSVF1369 Package

Versal Prime series is the foundational Versal adaptive SoC series, offering a diverse selection of devices with broad applicability across multiple markets. The Prime series is a highly integrated, multicore, heterogeneous compute platform that delivers breakthrough performance for a wide range of applications, including data center networking, storage, and wired communications, by enabling low-latency inline acceleration in devices optimized for connectivity.

Versal Prime devices feature an extensive software programmable silicon infrastructure of optimized IP cores, including a programmable network on chip (NoC), memory controllers, PCle and CCIX controllers, and 100G multirate Ethernet cores. This integrated infrastructure significantly reduces the need for soft IP implementations in the Adaptable Engines, resulting in smaller designs and faster place-and-route, simplifying development and increasing productivity.

Product Attributes of XCVM1402-1LLINSVF1369
Architecture：MPU, FPGA
Core Processor：Dual ARM® Cortex®-A72 MPCore™ with CoreSight™, Dual ARM®Cortex™-R5F with CoreSight™
Peripherals：DDR, DMA, PCIe
Connectivity：CANbus, EBI/EMI, Ethernet, I2C, MMC/SD/SDIO, SPI, UART/USART, USB OTG
Speed：400MHz, 1GHz
Primary Attributes：Versal™ Prime FPGA, 1.2M Logic Cells
Operating Temperature：-40°C ~ 100°C (TJ)
Number of I/O：424

Highlight of XCVM1402-1LLINSVF1369

• Hardened Infrastructure for Performance and Increased Design Productivity

> Multi-terabit programmable NoC connecting the heterogeneous compute engines and the integrated IP cores
> Simplified kernel and IP replacement in Adaptable Engines
> Shell architecture available at boot for dedicated connectivity and increased system-level performance

• Optimized for Inline Acceleration

> Adaptable Engines for custom computational blocks with hardware-level performance
> Enhanced DSP Engines with support for new operations and data types
> Scalar Engines for complex OS-supported applications and real-time,low-latency applications
> Dynamic Function eXchange (DFX) for dynamic workload provisioning

• Next-Generation I/O and Connectivity IP

> 32G NRZ and 58G PAM4 transceivers for high bandwidth network connectivity
> 100G multirate Ethernet cores supporting various Ethernet configurations
> Integrated PCIe Gen4 and Gen5 for maximum CPU-to-accelerator bandwidth
> High-performance GPIO for versatile connectivity

Applications & Industries of XCVM1402-1LLINSVF1369

• Storage Acceleration

With the dawn of AI and the explosion of data generated by modern applications, traditional compute has become an increasingly precious resource in the data center. One solution to preserve compute is to add accelerators to storage controllers and endpoints to offload compression and other common tasks from the primary processor. The Versal Prime series combines PCIe® Gen5/Gen4 support, powerful Arm® scalar processing engines, integrated memory controllers, and next-generation programmable logic to reduce system-level bottlenecks and increase efficiency.

• Data Center Network Acceleration

FPGAs and SoCs have long played a key role in accelerating data center applications by offloading common networking functions such as encryption/decryption and virtual switching from the central processor in a system, preserving compute cycles. Versal adaptive SoCs further accelerate data center systems by combining PCIe Gen5/Gen4 support, next-generation SerDes, and a multirate Ethernet MAC with powerful heterogeneous compute engines to both offload networking operations and supplement the compute available in a server with additional inline processing.

• 5G xHaul

As 5G is emerging, the demand for high-bandwidth connectivity requires access networks to adapt to support new protocols, such as eCPRI, while still maintaining compatibility with existing standards. The combination of adaptable engines with industry-leading SerDes and Ethernet technology in the Versal Prime series gives operators the processing power needed to handle 5G throughput requirements while maintaining legacy standard support and reducing total cost of ownership.

• Passive Optical Networks

As competition from wireless services increases, cable broadband providers must scale their networks and deliver higher bandwidth service to remain competitive. The Versal Prime series offers twice the programmable logic as existing MPSoC devices, powerful Arm scalar processing engines, greater SerDes density, integrated Ethernet IP blocks, and thermally optimized packaging to enable low power, efficient designs without compromising performance.

• Communications Test Equipment

The massive explosion in bandwidth that accompanies the latest communications standards makes it challenging for test equipment vendors to keep pace with market demands. With support for 58G transceivers and multirate Ethernet MACs, the Versal Prime series offers high-performance data handling and analysis for wired communication testers. The programmable NoC and integrated memory controllers enable fast and efficient data movement for complex test algorithms.