amd-versal-rf-series

Hero Banner

Wideband Spectrum. Massive DSP Compute. Single Chip.

NPI Body

AMD Versal™ RF Series

Harness the highest-resolution integrated RF sampling converters in a single-chip adaptive SoC with programmable logic.

satellite orbiting earth

The monolithic AMD Versal™ RF adaptive SoC provides high-performance compute for the demanding DSP workloads of the modern aerospace and defense and advanced test and measurement markets—in a single device that meets size, weight and power (SWaP) requirements.
 

Benefits:

  • Precise, Wideband Spectrum Observability: With calibration, 14-bit direct sample RF-ADCs and RF-DACs can operate from DC up to 18 GHz input / output frequency and sample up to 16 GSPS for the RF-DAC and 32 GSPS for the RF-ADC.
  • Massive DSP Compute: A mix of traditional FPGA logic, AI Engines, and hard IP blocks like FFT/iFFT, channelizers, and an arbitrary resampler enables flexible and power-efficient DSP compute solutions, significantly reducing the amount of programmable logic utilization and power consumption, and accelerating processing time.
  • Size, Weight, and Power Optimized: Highly used functions in hard IP blocks reduce dynamic power by up to 80% over an AMD soft logic implementation and occupies less physical area, resulting in lower overall size, weight, and power (SWaP)1, making these devices ideal for advanced signal processing applications.
     

Aerospace and Defense

  • Electromagnetic Spectrum Operations (EMSO)
  • Radar Systems
  • MilCom

Wireless

  • Pre-6G Systems

Test and Measurement

  • High-Speed, Multi-Channel Testers
  • Wideband Spectrum Analysis
  • Oscilloscopes
  • Wireless 6G Testers

Supercharge RF Signal Processing

AMD Versal™ RF Series of Adaptive SoCs are a breakthrough solution for next-generation Radar, EMSO, and test platforms.

This series brings together high-performance RF-sampling ADCs and DACs, hard IP DSP compute, and AI Engines for DSP in a single adaptive SoC. This monolithic design delivers the horsepower to capture, analyze, and act on RF data in real time—without the need for companion FPGAs or discrete converters.

1. Based on AMD engineering projections in November 2024, using the hard IP functions in Versal RF Series devices to measure dynamic power vs. the total power calculation of an AMD soft logic implementation, as measured with AMD Power Design Manager (2023.2.2), based on AMD Vivado 2023.2.2 IP catalog. (VER-080)

 

Body Content Spots

Talk to a Design Expert
about AMD Solutions

 
Thank You! Your download will start in {seconds} second(s). If your download doesn't start <a href="{url}" target="_blank">click here</a> to download.
 

Supplier Logo

Content Spots

Talk to a Design Expert about AMD Solutions

Your dedicated AMD FAE Design Expert is here to help you with your next design. Regardless of where you are at in the design process, your AMD FAE Design Expert can assist in the following and more.

On-Demand Webinar: AMD Versal™ RF Series in the Real World

Learn how engineers are leveraging AMD Versal™ RF adaptive SoCs to reduce system complexity, accelerate development, and meet demanding RF performance requirements.

Product Brief

Explore full product specifications including key applications, highlights, and features for the AMD Versal™ RF adaptive SoC.