Healthcare Solutions

AMD EPYC server processors deliver leadership performance for AI inferencing and advanced analytics applications.

AMD Instinct GPU accelerators supercharge AI, enabling organizations to process the massive amounts of real-time patient data more efficiently, accelerate time-to-insight, and drive better treatment recommendations.

AMD Alveo U200 and U250 accelerator cards can improve real- time processing speed and enable AI capabilities, helping physicians make fast diagnoses. In medical research, these cards can be used to implement molecular dynamics algorithms, perform complex calculations, and even accelerate the simulation of biomolecules.

AMD Versal™ is a powerful adaptive SoC built on a highly integrated, multicore platform. Featuring dynamically customizable hardware and software, the Versal SoC is suited for a wide range of compute-intensive healthcare applications.

AMD Zynq™ adaptive SoCs combine the software programmability of ARM-based processors with the hardware programmability of FPGAs. They deliver exceptional performance/watt while integrating CPU, DSP, ASSP, and mixed-signal functionality on a single device.

AMD FPGAs are built on the production-proven UltraScale+ architecture, enabling developers to scale their designs across various device families. At a high level, Spartan and Artix FPGAs are designed for lower-cost systems. Kintex FPGAs provide the price/performance needed for mid-range applications, while Virtex devices are ideal for high-end applications.

The Kria™ portfolio of adaptive system-on modules (SOMs) can help simplify healthcare equipment design with a wide selection of pre-built, hardware-accelerated applications. This allows developers to immediately focus on product differentiation, potentially shaving months off design cycles.

AMD EPYC™ embedded server processors are designed for exceptional performance for demanding workloads. They are a superb choice for CT scanners and other medical diagnostic equipment where rapid data processing can accelerate results.

AMD Ryzen™ Embedded processors are ideal for handheld medical devices and portable medical electronics. They enable advanced medical imaging capabilities for technicians and emergency first responders, and can also deliver high image transformation speeds to help reconstruct images from sparse data and make low-dose X-ray imaging possible.

AMD Ryzen PRO desktop processors offer the advanced technology needed to maximize performance for professional applications and collaboration tools essential to business productivity.

AMD Ryzen processors are engineered for demanding business environments, delivering leadership performance and incredible power efficiency for a full spectrum of business laptops.

Explore the next generation of professional graphics—experience real-time effects, take advantage of AI-enabled features, and encode/decode workloads at the same time.

AMD offers the Vitis™ AI development platform to accelerate AI inference design. Vitis medical imaging libraries can be leveraged to rapidly deploy proprietary algorithms onto adaptive SoCs and take advantage of optimized hardware acceleration.

For robotic applications, the Kria Robotics Stack enables developers to leverage a pre-built accelerated application based on the Robot Operating System 2 (ROS 2) as a starting point for next-generation designs.

For machine vision-related applications, the Kria Vision AI Starter Kit is built for advanced vision application development without requiring complex hardware design knowledge.

Functional safety is a critical part of medical system design. Tools such as Isolation Design Flow (IDF), Vivado Isolation Verifier (VIV), and Isolation Verification Tools (IVT) provide developers a certified methodology to separate safety and non-safety functions on a single device.