RF System-On-Chip (RFSoC)

RFSoC (RF system on chip) combines a Xilinx FPGA SoC with direct RF-sampling data converters. This architecture eliminates the need for external data converters and moves much of the RF signal processing into the digital domain.

By integrating high-speed RF data converters directly with programmable logic, RFSoC platforms enable compact, high-performance RF systems that support wide bandwidth operation, reduced latency, and simplified board-level design. This level of integration allows engineers to implement complete receiver and transmitter chains on a single device while maintaining flexibility through software and firmware updates.

Vanteon has extensive experience in developing RFSoC based solutions for a variety of applications. Our RFSoC experience has been utilized to design products for the defense and commercial industries for RADAR, GPS Simulation, and Signal Analysis applications.

RFSoC Applications

Vanteon applies RF system on chip (RFSoC) technology across demanding, performance-critical environments, including:

Defense and aerospace systems
Commercial RF and signal processing platforms
RADAR systems
GPS simulation and test systems
Signal analysis and monitoring applications

RFSoC architectures are especially well-suited for applications requiring wide instantaneous bandwidth, multi-channel operation, and real-time processing. By consolidating RF conversion and digital signal processing into a single platform, RFSoC enables smaller form factors, lower power consumption, and faster development cycles compared to traditional discrete RF designs.

These capabilities make RFSoC ideal for next-generation sensing, communications, and test platforms where flexibility, performance, and long-term maintainability are essential.

RFSoC Expertise

Vanteon’s RFSoC expertise spans RF data conversion, digital signal processing, and FPGA-based system development, supporting advanced RF system on chip implementations, including:

RF Data Converter Control
- Digital Up Conversion (DDC)
- Adaptive Gain Control (AGC)
- Phase Lock Loop (PLL)
- Multi-stream Digital Up Conversion (DUC)
- Image Rejection Filtering
Instantaneous Frequency Hopping
Variable Output Power Control
Nyquist Zone Configuration
Frequency Dithering
Beam Forming
Multi-tile Synchronization
Waveform development (modulation, channel coding, DSSS, FEC, etc.)
Digital, DSP, and FPGA processing development
Digital filter design (FIR, IIR)
MAC layer and protocol development

RFSoC Evaluation Kits and SoM Experience

Vanteon has extensive experience with a variety of RFSoC Evaluation Kits & SoMs such as:

This hands-on experience allows Vanteon to accelerate RFSoC development, reduce integration risk, and support efficient deployment of RF system on chip solutions.

By leveraging proven evaluation platforms and reusable design frameworks, Vanteon helps clients move from concept to deployment faster while minimizing technical risk. Whether developing a custom RF receiver, multi-channel RADAR platform, or software-defined RF system, our RFSoC expertise supports confident, scalable product development.

RFSoC

Ready to build your RFSoC solution?

Whether you are developing a next-generation RADAR platform, GPS simulation system, or advanced signal processing application, Vanteon partners with engineering teams to deliver scalable, production-ready RFSoC designs. From architecture definition to deployment, our experts help reduce development risk and accelerate time to market.

Contact Vanteon today to discuss your RFSoC project and learn how our RF system on chip expertise can support your technical and commercial goals.

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