News

Where are the GPUs?

John Ferguson
October 19, 2021   

GPUs are ubiquitous throughout data science, but why have they not yet been integrated into radio frequency and wireless technology?

Deepwave Releases New AirStack 0.5.0 Software

John Ferguson
September 7, 2021   

28 September 2021  The Deepwave Digital team is happy to announce the release of AirStack 0.5. This is a major release that includes significant performance enhancements, upgrades to critical APIs, and the incorporation of a firmware recovery image to streamline updates.. New Features Continuously Variable (CV) Sample Rates – We have upgraded the AIR-T firmware […]

AIR-T Edge Series – The Only Rugged Software Defined Radio with a GPU

John Ferguson
August 3, 2021   

AIR-T Edge Series – The Only Rugged Software Defined Radio with a GPU   Artificial intelligence (AI) technology has significantly enhanced capability within computer vision, speech recognition, cybersecurity, and robotics. In parallel, demands on performance in radio frequency (RF) systems have become increasingly more complex while simultaneously requiring higher data rates. The next generation of […]

How to Deploy a MATLAB Deep Learning Model on the AIR-T

John Ferguson
June 24, 2021   

How to Deploy a MATLAB Deep Learning Model on the AIR-T Deepwave Digital has included support for MATLAB and the Deep Learning Toolbox using the Open Neural Network Exchange (ONNX) to our artificial intelligence (AI) training-to-deployment workflow toolbox for the AIR-T. MATLAB is the tool of choice for high-productivity research, development, and analysis across many […]

AirStack 0.4.2 Released

John Ferguson
March 30, 2021   

AirStack 0.4.2 31 March 2021  The Deepwave Digital team is happy to announce the release of AirStack 0.4.2, a minor release that resolves a few bugs. This upgrade may be performed in minutes without re-imaging the AIR-T system. Bug Fixes Remove extraneous kernel log messages that would be generated during normal operation of the XDMA […]

AirStack 0.4.1 Released

John Ferguson
October 23, 2020   

AirStack 0.4.1   23 October 2020   The Deepwave Digital team is announcing AirStack 0.4.1, a minor release that resolves a few bugs and improves performance. This upgrade may be performed in minutes without re-imaging the AIR-T system. New Features Transceiver Temperature Sensor – The temperature sensor found on the AD9371 can now be accessed […]

PyTorch and ONNX Support

John Ferguson
September 15, 2020   

Deepwave has added support for PyTorch and Open Neural Network Exchange (ONNX) to our artificial intelligence (AI) training-to-deployment workflow toolbox for the AIR-T. PyTorch is the fastest growning training framework in AI and deep neural networks (DNN). ONNX is the industry open standard for saving, distributing, and deploying AI and DNN solutions in an interoperatable […]

Announcing AirStack Sandbox

John Ferguson
August 31, 2020   

Firmware Development Kit for the AIR-T AirStack Sandbox is the new FPGA development kit for customers to deploy their own intellectual property (IP) on the AIR-T’s FPGA. The Deepwave team has worked tirelessly to abstract away all of the complications of writing custom firmware and has now enabled our customers to interact with the FPGA […]

AirStack 0.4.0 Released

John Ferguson
August 26, 2020   

AirStack 0.4.0 27 August 2020  The Deepwave Digital team is proud to announce that AirStack Version 0.4.0 is now available for download to AIR-T customers. Revision 0.4.0 of AirStack saw a number of changes and additional features designed to better support the underlying hardware and to make upgrades easier in the future. We have the […]

Simplified AI Deployment Workflow

John Ferguson
August 19, 2020   

  Deepwave Digital has just released a comprehensive workflow toolbox for creating, training, optimizing, and deploying a neural network on the AIR-T. This new deployment toolbox works natively on the AIR-T and AirStack without the need to install any new packages or applications. This means that the workflow for an AI enabled radio frequency (RF) […]