Xilinx Zynq & RFSoC FPGA Design Services

Xilinx Zynq and RFSoC devices combine programmable FPGA logic with embedded processing systems. These platforms are widely used in embedded systems that require both flexible software control and high-performance hardware acceleration.

Zynq devices integrate ARM processors with programmable logic, enabling developers to build systems where software and hardware components work together efficiently. RFSoC platforms extend this architecture by integrating high-speed analog converters directly into the FPGA device.

HardwareBee helps companies find engineering teams that specialize in FPGA design services for Zynq and RFSoC platforms.

Zynq System Architecture

The Zynq platform integrates two major components: an embedded processing system and programmable FPGA logic.

Embedded Processing System

The embedded processing system contains ARM Cortex processors that run operating systems and application software.

These processors handle system control tasks such as configuration, communication, and data management.

Programmable Logic

The FPGA logic fabric allows developers to implement custom hardware accelerators. Tasks such as signal processing, encryption, and image processing can be implemented directly in FPGA hardware.

This combination of processors and programmable logic enables powerful embedded systems.

RFSoC Architecture

RFSoC devices extend the Zynq architecture by integrating high-speed analog converters directly into the FPGA chip.

Integrated ADC and DAC

RFSoC platforms include high-speed analog-to-digital and digital-to-analog converters. This integration reduces system complexity by eliminating the need for external converter devices.

RF Signal Processing

RFSoC devices are commonly used in applications that require high-speed radio frequency signal processing. Examples include radar systems, wireless infrastructure, and spectrum monitoring platforms.

FPGA Development for Zynq and RFSoC Systems

Developing systems based on Zynq and RFSoC platforms requires expertise in both FPGA hardware design and embedded software development.

Hardware Acceleration Development

Engineers implement hardware accelerators in FPGA logic to improve system performance.

These accelerators handle compute-intensive tasks such as signal processing and image processing.

Embedded Software Development

Software running on ARM processors manages system control, communication protocols, and user interfaces.

Embedded software is often developed using Linux or real-time operating systems.