Core products
CONFIGURABLE HARDWARE
FPGA families
AMD FPGA families implement custom data paths, interfaces and parallel signal processing. Artix, Kintex and Virtex devices address different cost, capacity and performance levels, with DSP, memory and transceiver resources varying by family. Hardware programmability lets a design follow its own timing and interface requirements.
ARM PROCESSING + LOGIC
Zynq 7000 SoCs
Zynq 7000 combines Arm Cortex-A9 processing with programmable logic. Software can manage application and communication tasks while custom hardware handles selected interfaces or processing paths. This integration supports embedded systems that need both an operating-system environment and real-time hardware processing.
HETEROGENEOUS INTEGRATION
Versal adaptive SoCs
Versal integrates programmable logic, processors and series-dependent hardened resources. Different platforms emphasize connectivity, acceleration or embedded processing, allowing tasks to be divided among suitable compute engines. The family structure matters because not every Versal series contains the same engines and interfaces.
Typical applications
APPLICATION SOLUTIONS
Industrial machine vision
Industrial cameras, frame grabbers and vision-guided systems must acquire, transport and process image data with controlled latency. AMD’s machine-vision solutions explain how adaptive SoCs and FPGAs contribute flexible sensor interfaces and parallel image processing alongside software-based analysis.
APPLICATION SOLUTIONS
Advanced driver assistance
ADAS systems combine camera, radar and other sensor data for perception and driver-assistance functions. AMD automotive adaptive platforms support sensor processing, fusion and inference through a combination of programmable logic and processing resources. The ADAS solution portfolio connects these tasks with automotive-qualified platform options.
APPLICATION SOLUTIONS
Communications and networking
Telecommunications infrastructure and network equipment must move data, process protocols and adapt to evolving standards. AMD’s portfolio combines adaptive SoCs and FPGAs with other compute platforms for wireless, wired and network workloads. Programmable interfaces and parallel data paths support connectivity and acceleration within these systems.
