Technical Report: Development of an Ultrahigh Bandwidth Software-defined Radio Platform

TL;DR

This paper presents an ultrahigh bandwidth software-defined radio platform designed for rapid prototyping of digital signal processing systems, enabling quick development without requiring extensive hardware or software expertise.

Contribution

The paper introduces a novel ultrahigh bandwidth SDR platform that facilitates quasi-real-time system prototyping with minimal effort and expertise, reducing development time and complexity.

Findings

Enables rapid prototyping of digital signal processing systems.

Operates without a host computer, simplifying setup.

Supports quasi-real-time processing with high bandwidth.

Abstract

For the development of new digital signal processing systems and services, the rapid, easy, and convenient prototyping of ideas and the rapid time-to-market of products are becoming important with advances in technology. Conventionally, for the development stage, particularly when confirming the feasibility or performance of a new system or service, an idea is first confirmed through a computerbased software simulation after developing an accurate model of the operating environment. Next, this idea is validated and tested in the real operating environment. The new systems or services and their operating environments are becoming increasingly complicated. Hence, their development processes too are more complex cost- and time-intensive tasks that require engineers with skill and professional knowledge/experience. Furthermore, for ensuring fast time-to-market, all the development processes encompassing the (i) algorithm development, (ii) product prototyping, and (iii) final product development, must be closely linked such that they can be quickly completed. In this context, the aim of this paper is to propose an ultrahigh bandwidth software-defined radio platform that can prototype a quasi-real-time operating system without a developer having sophisticated hardware/software expertise. This platform allows the realization of a software-implemented digital signal processing system in minimal time with minimal efforts and without the need of a host computer.