Technology

We strive to define the state-of-the-art in signal processing. Our focus is in AI enabled FPGA embedded systems for a wide array of applications ranging from healthcare applications to mission-critical Department of Defense initiatives.

Explore our areas of expertise:

Radio Frequency Machine Learning (RFML)

Artificial intelligence has had an undeniable impact on many industries. We deliver high-speed results that impact commercial telecommunications, battlefield tactical decisions, and network security threats. Our RFML technology moves the AI computation engine to the signal edge, where impactful decisions can be made immediately.

WIDEBAND SOFTWARE DEFINED RADIO

We are committed to expanding the access to technology beyond the experts. Our research and development of software defined radio platforms seeks to provide this opportunity for turnkey solutions. Our research efforts allow end users simple and clean off the shelf solutions to streamline your businesses’ product development.

EXAMPLE WIDEBAND SOFTWARE DEFINED RADIO USE CASES

  • Custom Waveform and Modulation Testing

    Scalability for Complex Waveform Transmission and Reception

  • Abstraction for Agile Design

    Multiple layers of abstraction for an easy learning curve for beginners and flexibility for advanced users

  • Entry Point for Next Generation Networks

    Versatility to adapt to changing standards in next-generation communication networks

Hardware Accelerated Processing

We understand the importance of speed. Our FPGA-based hardware acceleration platforms and services give you your results at an unparalleled rate in applications such as signal processing, AI/ML, and networking.

Application Flexibility

Signal processing, AI/ML training, networking, memory management, big data, video processing, and more.

Reconfigurable

Our accelerator platforms are not fixed. Field reconfiguration allows you to test new algorithms immediately.

Energy Efficient

Our FPGA accelerators use less than half of the power of equivalent GPU alternatives saving you money and reducing your carbon footprint.

Cost Effective

Our accelerators multitask. Multiple processes such as signal processing, AI classification, and computation can be done on one chip.

Parallel computation

Parallel processing allows you to use all of the FPGAs resources. Reduced bottlenecks give you the power of maximized throughput.

Low-Latency

A high number of I/Os avoids the data ingestion bottleneck allowing high rate or multiple data sources to be analyzed.
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