Rappid: An Open Spectrum Processing Platform

What is Rappid?

Rappid, Mercury’s open spectrum processing platform, is a simple and powerful method to accelerate subsystem development, deployment and sustainment. By integrating open hardware, open firmware and open software, this platform enables innovative ways to apply scalable and standardized technology to lifecycle challenges with greater flexibility, accessibility and continuity.

CHALLENGE

Deploying electronic warfare systems on time and within budget while minimizing vendor lock

SOLUTION

An open, application-ready, spectrum processing platform 

We take a holistic approach, incorporating open hardware, open firmware and open software into an electronic warfare  framework that simplifies development time and eases budget concerns while creating secure options outside of the standard vendor limitations found in spectrum processing systems. This technology offers value across the entire product life cycle - from development to deployment to sustainment. 

Are you an application developer looking to leverage this open platform to deploy your technology faster?

 

ASK A QUESTION

RAPPID

TRANSFORMING SUBSYSTEM DEVELOPMENT, DEPLOYMENT AND SUSTAINMENT WITH A POWERFUL NEW SOLUTION

READ THE WHITE PAPER

OpenFPGA

ENABLING APP-BASED ELECTRONIC WARFARE TO MAXIMIZE SYSTEM PERFORMANCE WITH UNPARALLELLED FLEXIBILITY

READ THE TECH BRIEF

PRESS RELEASE

ANNOUNCING AN APPLICATION-READY, FULL-SPECTRUM SUPERIORITY PROCESSING PLATFORM

VISIT THE NEWSROOM
Open-Software.jpg

Open Software

An open software layer adopts existing industry standards to create a powerful solution for multi-mission application development. Integrating technologies such as Docker, OpenDDS, gRPC and hardware-agnostic drivers allows applications to be quickly developed in software and opens the possibility of using specified hardware for one mission and simply reprogramming it with different algorithms for another, setting a new standard for sustainability.

Open-Firmware.jpg

Open Firmware

Bring applications to new and deployed hardware without complex, time-consuming changes or customized solutions. A new open firmware framework that leverages partial reconfiguration, and common module interfaces, enabling applications to easily load onto different hardware systems without in-depth changes or customization of the algorithm, further diversifying mission capabilities in deployed systems.

Open-Hardware.jpg

Open Hardware

Accelerate solution development by removing the limitations and complexities around custom system designs and upgrades. Open hardware incorporates existing standards, such as OpenVPX and SOSA, into building blocks of diverse designs, enabling future-ready builds that reduce lifecycle costs and risks while raising the bar on adaptability and upgradeability to deployed systems.

Rappid: Next-Generation Open Subsystems for Spectrum Processing

A key to a fully open spectrum processing platform is the ability to integrate open hardware, open firmware and open software to create a flexible, application-ready subsystem. Learn how this simple yet powerful method can transform your subsystem development, deployment and sustainment life cycle.

READ WHITEPAPER

RAPPID ENABLED PRODUCTS

MPS1101 EW Development System with Rappid

MPS1101 EW Development System with Rappid

SEE MORE

MPS1202 Deployable EW System with Rappid

MPS1202 Deployable EW System with Rappid

SEE MORE

ELECTRONIC WARFARE SOLUTIONS

Delivering Technology Innovation to the Spectrum

From chip scale to system scale, we make the most advanced technologies profoundly more accessible to electronic warfare test, training and tactical applications

DISCOVER MORE

DISCOVER MORE

Case Study: Training for Electronic Warfare: Rapid Modernization of Training Systems for Today's Jamming Threats

Case study on portable jamming training system for radar and communications operators for electronic...

SEE MORE

Article: Direct RF Converters and FPGAs Boost Electronic Warfare Applications

Emerging FPGA architectures combine advanced RF converters and high-performance processing engines...

SEE MORE

Microwave Journal: Future of Military Radar Online Panel

Mercury and other industry experts discuss radar innovations, accelerating mission success with...

SEE MORE

White Paper: The Need for Direct RF in an Evolving Defense Environment

This white paper describes next generation direct RF to redefine what’s possible in radar and...

SEE MORE