Overview

AMD offers a versatile portfolio of adaptive SoCs and embedded processors tailored for test and measurement systems. From flexible, real-time signal processing with AMD FPGAs to deterministic control and data analysis with AMD embedded processors, engineers can build scalable, high-performance instrumentation and edge analytics platforms.

High Throughput Transceivers

Highly flexible transceivers optimized for low power and latency to meet all your design needs.

High-Performance Compute

Outstanding AI Engine and DSP performance for complex workloads.

Portfolio of RF Integrated Solutions

Monolithic integration of direct-RF sampling data converters for instrumentation and wireless/RF test platforms.

Applications

Portfolio

AMD Versal RF Series

AMD Versal™ RF Series

With monolithically integrated high resolution 14-bit data converters sampling at 32 GSPS up to 18 GHz of direct RF-bandwidth and hard DSP IP blocks, the AMD Versal RF Series meets a broad range of test & measurement system requirements across semiconductor ATE, aerospace and defense, benchtop instruments, and 6G.

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AMD Versal Premium

AMD Versal Adaptive SoCs

The AMD Versal portfolio hosts a wide range of devices with powerful signal processing and impressive IO and memory bandwidth that fits the test and measurement requirements.

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AMD Spartan UltraScale+

AMD FPGAs

With a comprehensive portfolio spanning multiple nodes, AMD FPGAs are ready to address any test and measurement application requirement.

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Zynq UltraScale+ Gen 1

AMD Zynq™ UltraScale+™ MPSoCs

With heterogenous integration of video codecs, MALI GPU, and performance/watt advantages, the Zynq UltraScale+ MPSoC suits the needs for handheld instruments and semiconductor automated test equipment.

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Three processors labeled EPYC Embedded, Ryzen Embedded, and Ryzen AI Embedded on dark background.

AMD x86 Embedded Processors

Delivering performance, reliability, and power efficiency required for advanced test and measurement systems. These solutions support real-time data acquisition, signal processing, and system control, offering scalable compute in compact, thermally optimized designs for applications such as signal analysis, portable data acquisition, and AI-assisted diagnostics.

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Quality and Reliability

AMD is committed to delivering products with highest levels of quality to multiple markets of the Adaptable Intelligent World, on time, every time.

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Case Studies

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Siglent Technologies

AMD Kintex™ UltraScale+™ FPGAs help Siglent’s SDS6000 Pro oscilloscope balance cost, performance, and power, while AMD Vivado™ design suite cuts TTM.

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Anritsu

Anritsu leverages AMD device to deliver multi-band, high-speed ADC/DAC functionality in its MT8000A radio communication test station.

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AMD | Digilent Case Study

Digilent

Digilent’s ADP3450 uses AMD Zynq™ SoCs for control, communications, and signal processing, while its AD2 uses AMD Spartan™ FPGAs for test processing.

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Lauterbach

AMD Zynq UltraScale+ MPSoCs deliver performance, flexibility, and efficiency to Lauterbach’s next-generation TRACE32® debug and trace tools.

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Find Solutions

Intellectual Property and Logic Cores

Learn more about our broad range of intellectual property and logic cores that support test and measurement solutions.

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Boards and Kits

Find boards and kits to help build next-gen test and measurement platforms.

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Find SOMs

Resources

Documentation

Find documentation to support the buildout of Test and Measurement platforms.

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Adaptive Computing Blog

Read the latest blogs on Adaptive Computing announcements, customer success stories, industry trends, and more.

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Get in Touch

Contact an AMD sales representative.

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