Expert RFSoC, SDR, and FPGA Consultancy Services
Our FPGA consultancy team has experience dating back to SDR solutions from the 1990s. We work with the latest SDR design and development platforms and offer design, installation, and customisation services for 4G/5G, DSP, SDR, or GPS solutions for a wide range of RF based systems.
From Prototype to Product
We specialise in a broad range of FPGA platforms, with specialist knowledge of AMD RFSoC-based radio systems, helping customers turn complex signal-processing requirements into reliable, real-time hardware implementations. Whether you are building a prototype, extending an existing SDR platform, integrating high-speed ADC/DAC interfaces, or moving a research design towards a deployable product, we can provide focused expertise at the stage where you need it most.
By combining practical experience in wireless systems, embedded development and programmable logic, Neutral Wireless helps customers reduce technical risk, accelerate development, and make informed design decisions for demanding FPGA and RFSoC-based applications.
Design, De-Risk, Develop
FPGA and RFSoC platforms are powerful foundations for modern radio, signal-processing and data-acquisition systems, but developing them effectively requires more than HDL experience alone. Successful projects depend on the right system architecture, careful hardware/software partitioning, efficient DSP implementation, robust interfaces, timing-aware design, and practical knowledge of how the platform will be deployed and maintained.
Neutral Wireless provides RFSoC and FPGA consultancy for customers developing advanced wireless, SDR, instrumentation and embedded systems. Our team can support projects from concept through to implementation, helping define system requirements, select suitable platforms, design real-time processing chains, integrate ADC/DAC data paths, create custom FPGA firmware, and connect programmable logic with embedded software and host-side control systems.
We have particular expertise in AMD FPGA and RFSoC devices, including systems that combine high-speed digital logic, embedded processors, RF data converters and software-defined radio workflows. This makes us well placed to support applications involving real-time signal processing, custom waveform generation, high-throughput data movement, synchronisation, low-latency processing, and bespoke radio architectures.
Our consultancy can be used flexibly. We can help review an existing design, de-risk an early concept, develop a proof-of-concept demonstrator, implement a specific subsystem, support platform bring-up, or advise on the path from research prototype to deployable product. We work collaboratively with customer teams, providing the depth of specialist knowledge needed to solve difficult FPGA/RFSoC problems while keeping the wider system objectives in focus.
From Simulation to Hardware
Our FPGA consultancy team has extensive practical experience developing RFSoC-based radio systems that process wideband signals in real time. This includes custom PL datapaths, RF-capable ADC/DAC integration, numerically controlled oscillators, filtering, modulation, channelisation and waveform generation.
We understand the challenges of moving algorithms from simulation into hardware, where latency, resource use, throughput and deterministic behaviour all need to be managed together. This combination of RF system knowledge and low-level implementation experience helps customers move from concept to working hardware, turning complex DSP ideas into robust, real-time RFSoC solutions.
High-Performance Signal Processing
Neutral Wireless provides specialist consultancy for customers developing RFSoC-based systems where these capabilities are needed. Our role is to provide focused engineering support across the full signal chain, helping customers build designs that meet demanding performance and deployment requirements.
Beyond core DSP implementation, we bring experience in the system-level concerns that often determine project success: buffering and high-throughput streaming interfaces, hardware/software control boundaries, embedded software coordination with high-speed PL processing, and real-time system bring-up. RFSoC designs frequently need configuration, monitoring and data transfer to work cleanly alongside the real-time signal chain, and getting that balance right requires careful architectural
planning.
We can support projects at any stage of maturity. This may include reviewing an existing design, developing a proof-of-concept demonstrator, implementing a real-time processing subsystem, debugging timing or data-flow issues, supporting board bring-up, or advising on the transition from research prototype to a more robust product design.
Our expertise is particularly valuable where tight coordination between embedded control and deterministic FPGA processing is essential, and where identifying architectural bottlenecks early can prevent costly rework later. Neutral Wireless helps customers reduce technical risk and accelerate development where specialist RFSoC and real-time signal-processing knowledge is needed most.
Reliable Offload for Downstream Analysis
Our FPGA consultancy team has practical experience designing RFSoC-based capture and offload systems using high-speed QSFP networking, custom FPGA datapaths, GNU Radio, PYNQ and host-side processing pipelines. We understand the system-level challenges involved in moving wideband RF data from converters and programmable logic into software environments at sustained throughput.
We can support architectures where deterministic capture, timestamp alignment, synchronisation, packetisation, buffering and host-side ingest all need to work together. This includes systems that require timed RF sample streams, synchronised multi-channel capture, external clock or trigger integration, and reliable offload into downstream analysis or storage workflows.
Full Capture Chain Implementation
High-bandwidth RF capture systems are often limited less by the converter itself than by the supporting data path. Samples must move from RF-ADC interfaces through FPGA logic, packetisation, network transport and host-side software while preserving timing, channel alignment, and metadata. Neutral Wireless can help design and implement these paths so that captured data remains coherent and useful once it reaches downstream tools.
Our experience covers the full capture chain: FPGA streaming datapaths, 100 Gbit/s QSFP and Ethernet-based transport, RFSoC RF-ADC/RF-DAC integration and runtime control, host-side ingest pipelines for storage, analysis or GPU acceleration, and integration with GNU Radio, PYNQ and Python-based workflows. We also support debugging throughput bottlenecks, packet loss, latency, and timing alignment issues that commonly arise in high-rate systems.
Precise timestamping is especially important for applications such as spectrum monitoring, distributed sensing, signal intelligence, test and measurement and RF dataset generation. We can support designs that align sample streams to external references, PPS signals, triggers or system-level timing sources, allowing captured RF data to be correlated across channels, devices or measurement events.
Our work can cover early architecture, proof-of-concept development, RFSoC platform bring-up, FPGA datapath implementation, host capture software, performance testing and debugging. The goal is a capture and offload system that sustains the required bandwidth while maintaining the timing precision and data integrity needed for real analysis.
Our focus is helping customers build capture systems where high-rate RF data remains usable after it leaves the hardware: correctly timestamped, synchronised, efficiently transported and ready for analysis.
Practical Deployment for Real RF Environments
Neutral Wireless specialises in physical-layer digital signal processing, real-world RF environments, and the practical deployment of AI models for signal intelligence applications.
Many AI models perform well on synthetic or controlled datasets but struggle when exposed to live, over-the-air signals. Real RF environments introduce noise, interference, channel effects, propagation changes, and hardware artefacts that are difficult to model accurately in simulation.
We help organisations bridge that gap.
Robust AI Models for the Real World
Our engineering services span the full path from signal analysis to deployed model. This includes PHY-layer signal analysis, spectrum characterisation, real-world RF dataset capture, and the design of over-the-air data collection platforms that provide the training and validation data needed to build robust models.
We support the integration of AI models with Software-Defined Radio systems, enabling inference pipelines that operate directly on live signal data. For deployment on resource-constrained platforms, we provide quantisation and optimisation of deep learning models targeting embedded processors and FPGA-based hardware, along with the signal-processing workflows needed to support them.
Our focus throughout is practical deployment: AI models that are robust, efficient and reliable when operating outside the lab.