Partners

Allbesmart Lda

Allbesmart is an engineering company specialized in software-defined 3GPP implementations and an active contributor to the open-source OpenAirInterface (OAI) protocol stack. We are the creators of OAIBOX™, the world’s leading open source 5G/6G test network platform. The OAIBOX™ transforms any Ettus Research USRP into an end-to-end small cell, enabling hands-on training in the 3GPP 5G NR standard and advanced wireless experimentation. We offer tailored OAI professional services to support advanced 5G/6G use cases. Our mission is to democratize wireless innovation through open source and open standards.

For more information, please visit www.oaibox.com

Pixus Technologies

Pixus Technologies offers ruggedized and commercial enclosure solutions for embedded computing. The company has a wide range of standard, modular chassis platforms as well as specialty design services. Ruggedization options include IP67 weatherproofing, MIL-810 for shock/vibration/environmental and MIL-461 for EMI, and more.

For more information, please visit here.

Dedrone

Dedrone is the market and technology leader in airspace security. The Dedrone platform is a fully automatic counterdrone solution and uniquely designed to detect, classify, and mitigate drone-based threats. Its optimized hardware can be mounted to facades or windows and identifies approaching drones by means of visual, acoustic, and frequency sensors. Noise, movement pattern, silhouette, as well as RF and Wi-Fi signals are processed and evaluated with the intelligent DroneTracker software. DroneTracker’s correlation and analysis of this information reliably classifies approaching drones and triggers alarms to alert security staff. Third-party sensors, such as surveillance cameras, radar, jammers or other countermeasures, can be integrated.

For more information, please visit this page.

Parsons (Formerly Echo Ridge) offers innovative RF products that harness the power of Ettus Research software-defined radio technology. Their Wireless Instrumented Streaming Platform (WISP) combines USRP™ software-defined radios, embedded computers, wideband power amplification, and intuitive control software into economical packaging configurations that support a wide range of uses such as precision-time/power calibrated wideband RF streaming capture, spectrum analysis, and arbitrary signal transmission. Their DYnamic Spectrum Environment emulator (DYSE™) can digitally synthesize complex radio propagation environments, including dozens of interconnected radio devices, to provide controllable, repeatable field test realism in a laboratory environment. The Parsons ER310   repackages the USRP E310 into a convenient rugged form factor for deployed multi-mission uses.

 

NAVSYS – GNSS Signal Architect Test Set

The NAVSYS GNSS Signal Architect Test Set is a turn-key GNSS simulation and testing system. Providing sufficient bandwidth for P(Y), M, and C/A codes, the test set can be used to test GNSS receivers with repeatable, real-world simulations. These simulations can be produced from recorded signals with the record-and-playback feature. The Test Set can also synthesize raw I/Q data with or without impairments, allowing for repeatable, but adaptable test cases. The Test Set uses a USRP N210 SDR.

For more information, please visit this page.

 

Orolia GPS/GNSS Simulator Solutions

Using today’s GPUs massive computation power, Orolia has engineered SDX, a full-featured GNSS simulator that is entirely software-driven. SDX generates the real-time baseband signals, converting them instantly to RF using Ettus SDR USRP X and USRP Networked Series. Packed with a rich feature set such as 1000 Hz update rate, real-time kinematics (RTK), remote control from Python scripts and jammers simulation, SDX offers unmatched flexibility and scalability.

Orolia offers turnkey solutions & software-only packages.

For more information, please visit this page.

 

Sciens Innovations provides digital signal processing (DSP), FPGA, software development, and system integration services for software-defined radio applications. Their services are focused on the SIGINT, EW, and radar communities, targeting technologies across the RF spectrum, including SATCOM, cellular, wireless, and tactical communications. Sciens leverages the Ettus ecosystem and community partners to offer custom solutions, from prototype to deployable systems implemented across heterogeneous platforms. Combined with their open standards products supporting MORA, SOSA, DIFI, and VITA 49.2, they provide unique solutions to rapidly evolving community modernization requirements. Check out their helux SDR, combining Sciens’ MORA products and the NI Ettus USRP X410 as a MORA reference platform. As a small business, Sciens is agile and can quickly adapt to evolving customer needs while maintaining productive, efficient progress.

For more information about our products and services, please visit this page.

 

OpenAirInterface Software Alliance (OSA)

Established in 2014, the OpenAirInterface Software Alliance (OSA) is a French non-profit organization (“Fonds De Dotation”), funded by corporate sponsors. OSA currently provides a standard-compliant implementation of a subset of Release 10 LTE for UE, eNB, MME, HSS, SGw and PGw on standard Linux-based computing equipment (Intel x86 PC/ARM architectures). The software is freely distributed by the Alliance under the terms stipulated by the OSA license model. It can be used in conjunction with standard RF laboratory equipment available in many labs. The primary future objective is to provide an open-source reference implementation which follows the 3GPP standardization process starting from Rel-13 and the evolutionary path towards 5G and that is freely-available for experimentation on commodity laboratory equipment.

Please visit the website, www.openairinterface.org for more details.

NordiaSoft – SCA Support for USRP SDRs

NordiaSoft’s SCARI-GT is a SCA core framework with device wrappers for the USRP product family.  This framework currently runs on OrbExpress from Objective Interface Systems. Combined with the USRP N2xx or USRP E1xx, this software provides a SCA development environment that is affordable, open, and easy-to-use.  SCARI-GT includes several design examples for the USRP SDRs, and can be licensed for SCA-based products.

Please visit the website, www.nordiasoft.com for more details.

 

Software Radio Systems

Software Radio Systems (SRS) provides L1, L2 and L3 solutions for a range of wireless technologies including LTE/LTE-Advanced/NB-IoT and DVB-S2/RCS2. The open-source srsUE application is an LTE UE terminal running on a PC. Coupled with the USRP family of front-ends, srsUE provides a powerful tool for network analysis and diagnostics, vulnerability testing and R&D. Our portable, high-performance libraries accelerate SDR product development and our custom scan, sniffer, analysis and fuzzing tools accelerate test and verification while lowering investment costs.

Please visit the webite, www.softwareradiosystems.com for more details.

OpenCPI is a framework and methodology for component-based development to support heterogeneous processing (GPP, FPGA, DSP etc.), interconnects, multicore SoC up to distributed or in-the-box clusters, and devices. For more information about OpenCPI, please see tutorials, briefings, and latest releases at https://opencpi.gitlab.io/releases/latest/.

Visit https://www.opencpi.org/ for more information.

MATLAB and Simulink connect to the USRP family of software-defined radios to provide a radio-in-the-loop environment for SISO and MIMO wireless system design, prototyping, verification, spectrum monitoring, and testing wideband wireless systems.

USRP Support from Communications Toolbox enables you to design and prototype software-defined radio (SDR) systems using USRP® with MATLAB and Simulink. Learn about support for USRP devices (B, X, and N series).

Wireless Testbench™ helps users to test wideband wireless systems and perform spectrum monitoring. Learn about high- data transmit and capture at rates up to 250 MSps using Wireless Testbench.

USRP E310 Support from Communications Toolbox helps you to prototype and test software-defined radio (SDR) systems using USRP E310 with MATLAB and Simulink. Learn about support for the USRP E310 device.

 

ANDRO Computational Solutions, LLC utilizes Ettus Research software defined radios in three key areas: software-based waveform development, AI/ML wireless applications, dynamic spectrum access (DSA), and 5G spectrum planning, managing and coordination.

ANDRO’s software-based waveform development has achieved performance never thought possible with all processing performed on General-Purpose Processor (GPP). ANDRO leverages customized libraries, efficient multi-threading, and AVX2 optimization to achieve high symbol-rate tactical and commercial waveforms on Ettus Research SDR. ANDRO’s modular waveform library enables rapid construction of new waveforms or modification of existing waveforms with additional capabilities such as spreading, frequency hopping, and more.

ANDRO’s Marconi-Rosenblatt AI/ML Innovation Lab is a leader in applying AI/ML techniques to SIGINT and Electronic Warfare (EW) using Ettus Research products. Focus areas include modulation and signal classification, radio frequency fingerprinting, generating open-source waveform datasets, MIMO beamforming with dynamic mesh networking, and jammer-resilient LPI/D with adaptive filtering.

ANDRO develops intelligent spectrum management technologies that provide enhanced capabilities to 5G networks in terms of spectrum efficiency, data rate, latency, and providing traceability and governance. ANDRO works with Ettus Research products to provide a beyond-5G solution of a decentralized edge-based network and spectrum enhancement.

Tenet Technetronics serves Ettus Research branded products with distribution services in India.