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The ideal solution for distributing telemetry data across your network, providing IRIG 218-20 compatible telemetry transport in both a bidirectional 12-channel 1U form factor (TMOIP-12) and a 3-channel integrated solution embedded in a 1U or 3U RDMS™ receiver.

The Network Assistant puts all your Quasonix network-addressable gear literally at your fingertips. Browse detailed logs of timestamped events, find user manuals, perform software upgrades, and more - right from your own computer.

The Receiver Analyzer automates a wide range of receiver and combiner performance tests. RA 3.0 software improves flexibility, speed, and time savings.

Verify your system configuration and performance with the Quasonix QBERT™. Its portability and simplicity make it an ideal replacement for aging test equipment. Its high-performance BERT core makes it the BERT of the future.

Need a powerful way to analyze receiver/demodulator mission dynamics? The Quasonix RDMS™ Status Logger is the solution.

Introducing the Quasonix BSS Analyzer (BSSA™), a unique tool to emulate real-world channel conditions across all received signals in a range, allowing precise, repeatable Best Source Selector (BSS) testing.

QSight™ is a multi-band, high-powered boresight RF test source that verifies range telemetry systems before a mission, preventing costly test failures.

With integrated cooling, a browser interface, a new API, and more, our Rackmount Transmitter Platform simplifies deployment and operation of your telemetry transmitters.

Starting at a mere 1.4 cubic inches, Quasonix nano transmitters support the smallest of airborne platforms.

Quasonix digital multi-mode dual telemetry transmitters provide the flexibility of two high performance, independent transmitters in one package.

Quasonix digital multi-mode telemetry transmitters are the benchmark of the industry, providing unparalleled performance and value, in small, robust, power-efficient packages.

Our complete line of aeronautical telemetry products, all made in the USA: transmitters, antennas, receivers, best source selectors, test equipment, and networking. Includes example configurations for a telemetry link and a test lab, plus our 25-year history and the team behind our customer support.

L/S/C-band tracking antennas with 3- to 24-foot reflectors, built on FPGA-based HyperTrack™ control and robotics-grade drives in sealed, pressurized pedestals. Includes a side-by-side comparison of five pedestals, PD300 to PD900. Every system comes with lifetime software updates and a three-year hardware warranty.

How to install, configure, and operate the QBERT™ bit error rate tester, including BERT setup, presets, and DQE stream processing. Also covers specifications, maintenance, warranty, and requesting technical support or an RMA.

A portable, touchscreen bit error rate tester with up to 8 channels, bit rates from 0.001 to 50 Mbps, and DQE/DQM-based testing. It holds pattern sync beyond 49% BER (PN31), so the errors you count come from your system, not your BERT. TAA compliant and made in the USA.

This page describes our practice of minimizing the collection of personal information and our policies for keeping collected data secure and private.

Features, options, specifications, and select accessories for Quasonix's range of TIMTER™ multi-mode telemetry transmitters.

Features, popular options, and specifications for Quasonix’s Space-Time Coding (STC) capable dual telemetry transmitters.

Features, popular options, and specifications for Quasonix’s nanoTX™ and nanoPuck™ transmitters.

Features, options, available configurations, and specifications for Quasonix's 2U rackmount Transmitter Platform.

Features and specifications of the QTrack™ portable telemetry antenna and its accompanying HyperTrack™ Antenna Controller (HTAC).

Description of how QBeam™ beamforming works, features of the Digital Signal Processor (DSP), typical system setup, and advanced capabilities.

Features of the QPatch™ wide-angle coverage telemetry antenna, plus specifications.

Features, specifications, options, and band configurations for Quasonix's third-generation compact (airborne) RDMS™ telemetry receiver.

Features, specifications, options, and band configurations for Quasonix's third-generation compact (airborne) RDMS™ telemetry receiver-combiner.

Features, specifications, options, and band configurations for Quasonix's third-generation rackmount RDMS™ telemetry receiver.

Features and specifications for the Quasonix Maximum Likelihood Stream Combiner™, a better "Best Channel Selector" that leverages all data streams to outperform the best single source.

Features and specifications for Quasonix Ethernet Via Telemetry (EVTM) solutions, including configuration examples.

Features and specifications for the TMoIP Processor, which provides IRIG 218-20 compliant telemetry transport.

Features and browser UI examples of the Quasonix Network Assistant, which automatically discovers Quasonix network-addressable equipment and provides centralized access for monitoring and maintenance.

Features and specifications for the third-generation Quasonix Receiver Analyzer and its accompanying software user interface.

Overview of the possible configurations, features, and logged metrics of Quasonix's RDMS™ Status Logger.

Features and specifications for the QSight™ boresight - a complete and simple solution including an L/S/C band dual-output Transmit Assembly (TA) and 2U rackmount Controller Assembly (CA).

Features and specifications for the Quasonix BSS Analyzer, a unique tool to emulate real-world channel conditions across all received signals in a range, allowing precise, repeatable BSS testing.

Description of Quasonix's Bench Heat Sink and AirborneIntelliCool™ Heat Sink. Please contact Quasonix for heat sink recommendations for your particular configuration.

Description of the Low Density Parity Check (LDPC) Forward Error Correction mode and how it vastly improves link margin, equivalent to nearly tripling the operating distance on your telemetry link.

Description of Space Time Coding and how it eliminates link outages caused by the "two-antenna problem", thus improving behavior of received signal power and overall link availability.

Installation and operation of Quasonix’s TIMTER™ Multi-mode Digital Telemetry Transmitters.

Installation and operation of Quasonix’s TIMTER™ Multi-Mode Dual Telemetry Transmitters, firmware version 2.xxx (required for transmitters with the -D2 option). Find firmware version with VE command or in startup banner.

Installation, operation, and maintenance of the QTrack™ antenna system. For Legacy (non-HyperTrack) systems.

STEP (ISO 10303-21) 3D model of the Quasonix 06BJ telemetry transmitter package (chassis) exterior.

STEP (ISO 10303-21) 3D model of the Quasonix 04ET telemetry transmitter package (chassis) exterior.

Mechanical line drawing of the 04ET telemetry transmitter package (chassis), including dimensions.

This zipped download includes the QTrack™ client installer package (.msi) and the corresponding release notes (.txt) for v2/HyperTrack systems.

This zipped download includes the QTrack™ firmware disk image (.img) and the corresponding changelog (.txt) for v2/HyperTrack™ systems.

Mechanical line drawing of the 01PM telemetry transmitter package (chassis), including dimensions and connector pin numbering.

STEP (ISO 10303-21) 3D model of the Quasonix 01PM telemetry transmitter package (chassis) exterior.

Certificate showing assessment of the Quasonix Moorpark facility's Quality Management System by Eagle Registrations, Inc. and conformation to the ISO 9001:2015 standard.

Overview of our quality policy and the systems, processes, and management that support it.

Mechanical line drawing of the Quasonix Rackmount Transmitter Platform, with dimensions. Includes rear panel / connectors.