Product Literature and Demonstrations
| Type | Title | Updated | Revision | Description | Keywords | hf:tax:product_category | hf:tax:resources_info_type |
|---|---|---|---|---|---|---|---|
| Quasonix Catalog | 2024.10.25 | Catalog of Quasonix’s full product line including transmitters, antennas, receivers, networking equipment, and test equipment. Also includes examples of possible product configurations. | best-source-selector-analyzer compact-rdms-gen-3 compact-receiver-combiner dual-timter encoder-decoder hypertrack maximum-likelihood-stream-combiner-2 maximum-likelihood-stream-combiner nanopuck nanotx network-assistant node-controller precision-drive qbeam-digital-beamformer qbert qpatch qsight-boresight qtrack rackmount-rdms-gen-3 rackmount-transmitter-platform receiver-analyzer-gen-2 receiver-analyzer-gen-3 sim status-logger timter tmoip-processor transceiver transmitter-airborne-intellicool transmitter-bench-heat-sink test-equipment receivers-demodulators transmitters ethernet-via-telemetry networking antennas heat-sink accessories | catalog literature | ||
| QPatch™ Antenna Datasheet | 2024.10.14 | Features of the QPatch™ 180-degree coverage telemetry antenna, plus specifications. | qpatch antennas | datasheet literature | ||
| QBERT™ Bit Error Rate Tester Datasheet | 2024.11.15 | Features and specifications for QBERT™, our next-generation bit error rate tester. Verify your system configuration and performance. Portability and simplicity make QBERT™ an ideal replacement for aging test equipment, and its high-performance BERT core makes it the BERT of the future. | qbert test-equipment | datasheet literature | ||
| BSS Analyzer Datasheet | 2024.10.08 | 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. | best-source-selector-analyzer test-equipment | datasheet literature | ||
| MLSC™ Datasheet | 2024.10.08 | Features and specifications for the Quasonix Maximum Likelihood Stream Combiner™, a better “Best Channel Selector” that leverages Data Quality Encapsulation (DQE), Maximum Likelihood Bit Detection (MLBD), and proprietary Quasonix algorithms. | maximum-likelihood-stream-combiner maximum-likelihood-stream-combiner-2 networking receivers-demodulators | datasheet literature | ||
| ADAPT™ PD750 Datasheet | 2024.10.08 | Features and specifications for Quasonix’s ADAPT™ (Auto Deployable Antenna Positioning Technology) PD750 HyperTrack™ antenna. This 12-foot (3.7-meter) system has a compact, portable stored configuration and simple, automated deployment, for the ultimate in mission readiness anywhere in the world. | hypertrack antennas | datasheet literature | ||
| Transmitter Standard Letter of Volatility | 2023.09.21 | This document describes the memory and media present in Quasonix Transmitters. | transmitters | letter-of-volatility literature | ||
| Network Assistant Datasheet | 2024.10.08 | Features of the Quasonix Network Assistant, a browser-accessible server that identifies all Quasonix network addressable equipment and provides easy access to units for monitoring and maintenance, without requiring a list of IP addresses. | network-assistant networking | datasheet literature | ||
| QSight™ Boresight Datasheet | 2024.10.08 | 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). | qsight-boresight test-equipment | datasheet literature | ||
| TMoIP Processor Datasheet | 2024.10.08 | Features and specifications for the TMoIP Processor, which provides IRIG 218-20 compliant telemetry transport in both a 12-channel 1U form factor and a 3-channel integrated solution embedded in a 1U or 3U RDMS™ receiver. | tmoip-processor networking | datasheet literature | ||
| Receiver Analyzer Datasheet (Gen 3) | 2024.10.08 | Features and specifications for the third-generation Quasonix Receiver Analyzer and its accompanying software user interface. | receiver-analyzer-gen-3 test-equipment | datasheet literature | ||
| Rackmount Transmitter Platform Datasheet | 2024.10.25 | Features, options, available configurations, and specifications for Quasonix’s 2U rackmount transmitter platform, the easy way to control and cool up to four transmitters (sold separately). | rackmount-transmitter-platform transmitters | datasheet literature | ||
| QBeam™ Digital Beamformer Datasheet | 2024.10.08 | Description of how QBeam™ beamforming works, features of the Digital Signal Processor (DSP), typical system setup, and advanced capabilities. | qbeam-digital-beamformer antennas | datasheet literature | ||
| HyperTrack™ Antenna Datasheet | 2024.10.08 | Features of the HyperTrack™ line of telemetry antennas and the accompanying HyperTrack™ Antenna Control Unit (HTAC), plus available feeds and specifications. | hypertrack precision-drive antennas | datasheet literature | ||
| Receiver Analyzer Standard Letter of Volatility | 2016.11.30 | This document describes the memory and media present in Quasonix Receiver Analyzers. | receiver-analyzer-gen-2 receiver-analyzer-gen-3 test-equipment | letter-of-volatility literature | ||
| EVTM Standard Letter of Volatility | 2020.06.20 | This document describes the memory and media present in Quasonix EVTM products. | encoder-decoder node-controller transceiver ethernet-via-telemetry networking | letter-of-volatility literature | ||
| J/F 12 Files (1 MB Download) | 2010.07.29 | These files address the applicability of the US Government’s J/F 12 and DD Form 1494 classification documents to Quasonix’s TIMTER™ transmitter product line. | dual-timter nanopuck nanotx picotx timter transmitters | general-product-information literature | ||
| RDMS™ Compact Receiver-Combiner Datasheet | 2024.10.08 | Features, block diagram, overview of the remote client user interface, specifications, and possible band configurations for Quasonix’s third-generation compact (airborne) RDMS™ telemetry receiver-combiner. | compact-receiver-combiner receivers-demodulators | datasheet literature | ||
| RDMS™ Rackmount Reciever Standard Letter of Volatility (Gen 2) | 2013.05.06 | This document describes the memory and media present in Quasonix RDMS™ second-generation receivers. | rackmount-rdms-gen-3 receivers-demodulators | letter-of-volatility literature | ||
| RDMS™ Rackmount Reciever Standard Letter of Volatility (Gen 3) | 2015.04.30 | This document describes the memory and media present in Quasonix RDMS™ third-generation receivers and notes that payload data cannot be stored in the RDMS™ itself, nor can it be routed to other devices on its Ethernet network. | rackmount-rdms-gen-3 receivers-demodulators | letter-of-volatility literature | ||
| Beamforming Antenna Kit Datasheet | 2021.02.04 | Gives an overview of Quasonix’s Beamforming Antenna Kit, which allows automatic beamformed steering to maximize gain of a stationary antenna array. | qbeam-digital-beamformer antennas | datasheet literature | ||
| Transmitter Heat Sinks Datasheet | 2024.10.08 | Quasonix offers different types of integrated and add-on heat sinks, as described in this datasheet. Please contact Quasonix for heat sink recommendations for your particular TIMTER™ transmitter. | transmitter-airborne-intellicool transmitter-bench-heat-sink heat-sink accessories | datasheet literature | ||
| Receiver and Transmitter Space-Time Coding Datasheet | 2024.10.08 | The Quasonix Space Time Coding Solution eliminates link outages caused by the “two-antenna problem,” improving behavior of received signal power and overall link availability. | compact-rdms-gen-3 compact-receiver-combiner dual-timter rackmount-rdms-gen-3 receivers-demodulators transmitters | datasheet literature | ||
| Receiver and Transmitter Low-Density Parity Check Datasheet | 2024.10.08 | The Low Density Parity Check (LDPC) Forward Error Correction mode improves link margin equivalent to nearly tripling the operating distance on your telemetry link. | compact-rdms-gen-3 compact-receiver-combiner dual-timter nanotx rackmount-rdms-gen-3 timter receivers-demodulators transmitters | datasheet literature | ||
| RDMS™ Compact Receiver Datasheet (Gen 3) | 2024.10.08 | Features, specifications, options, and possible band configurations for Quasonix’s third-generation compact (airborne) RDMS™ telemetry receiver. | compact-rdms-gen-3 receivers-demodulators | datasheet literature | ||
| Ethernet Via Telemetry Datasheet | 2024.10.08 | Hardware required to enable Ethernet Via Telemetry (EVTM), plus some of the advantages and possible applications. | encoder-decoder node-controller transceiver ethernet-via-telemetry networking | datasheet literature | ||
| RDMS™ Receiver Adaptive Equalizer Datasheet | 2022.11.16 | Describes Quasonix’s telemetry receivers’ Adaptive Equalizer Mode, which combats multipath fading. | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | datasheet literature | ||
| RDMS™ Rackmount Receiver Datasheet (Gen 3) | 2024.10.08 | Features, specifications, and options of the Gen 3 Rackmount RDMS™ Telemetry Receiver. | rackmount-rdms-gen-3 receivers-demodulators | datasheet literature | ||
| RDMS™ Status Logger Datasheet | 2024.10.08 | Overview of the possible configurations, features, and logged metrics of Quasonix’s RDMS™ Status Logger. | status-logger test-equipment | datasheet literature | ||
| TIMTER™ Dual Transmitter Datasheet | 2024.10.08 | Features, popular options, and specifications for Quasonix’s dual telemetry transmitters, which optionally support Low-Density Parity Check (LDPC) Coding and are Space-Time Coding (STC) capable. | dual-timter transmitters | datasheet literature | ||
| picoTX™ Transmitter Datasheet | 2022.11.16 | Features and specifications for the picoTX™, the world’s smallest 1-Watt telemetry transmitter. | picotx transmitters | datasheet literature | ||
| TIMTER™ Transmitter Datasheet | 2024.11.26 | Features, options, specifications, and select accessories for Quasonix’s range of multi-mode telemetry transmitters, including nanoTX™ and nanoPuck™. | nanopuck nanotx timter transmitters | datasheet literature | ||
| QTrack™ Antenna Datasheet | 2024.10.08 | Features of the QTrack™ telemetry antenna and its accompanying Antenna Control Unit (ACU), plus specifications. | qtrack antennas | datasheet literature | ||
| RDMS™ Rackmount Receiver Comparison (Gen 2 vs Gen 3) | 2015.06.29 | Feature comparison of Gen 2 and Gen 3 rackmount RDMS™ Receivers, showing the advancements of Gen 3 and enhancements available in the 3U model. | rackmount-rdms-gen-2 rackmount-rdms-gen-3 receivers-demodulators | general-product-information literature |
User Manuals and Operating Instructions
| Type | Title | Updated | Revision | Description | Keywords | hf:tax:product_category | hf:tax:resources_info_type |
|---|---|---|---|---|---|---|---|
| RDMS™ Rackmount Receiver Manual (Gen 3, R19) | 2024.11.25 | 3.7.13 | Installation and operation of the Quasonix 3rd Generation Rackmount RDMS™ Telemetry Receiver, updated to match RDMS™ System Version 19.3. | rackmount | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals |
| Receiver Analyzer Quick-Start Guide (Gen 3) | 2024.10.17 | Quick-Start installation instructions for the third-generation rackmount Quasonix Receiver Analyzer. | rdms | receiver-analyzer-gen-3 test-equipment | product-user-manual manuals | |
| Receiver Analyzer Manual (Gen 3) | 2024.10.17 | 1.0.2 | Installation and operation of the third-generation rackmount Quasonix Receiver Analyzer, which includes a powerful new user interface. | rdms | receiver-analyzer-gen-3 test-equipment | product-user-manual manuals |
| Transmitter Configuration with STC and LDPC (Download) | 2020.06.09 | This brief presentation provides flowcharts and diagrams to help clarify transmitter configuration with Space-Time Coding (STC) and Low-Density Parity Check Coding (LDPC) | product-technical-guide telemetry-training manuals | |||
| QSight™ Boresight Manual | 2023.08.22 | 1.0 | Installation and operation of Quasonix’s QSight™ boresight system, including hardware assembly and browser interface instructions. | qsight-boresight test-equipment | product-user-manual manuals | |
| TMoIP Processor Manual | 2023.04.28 | 1.0.3 | Instructions for operating the 1U QSX-TMOIP-12CH, the RDMS IP2 option, and the Quasonix TMoIP Processor (QTP). | tmoip-processor networking | product-user-manual manuals | |
| RDMS™ Receiver Scripting Guide | 2023.01.25 | 1.0 | Technical guide for understanding, creating, and editing scripts for Quasonix RDMS™ receivers. | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | product-technical-guide manuals | |
| HyperTrack™ Software Manual | 2022.12.15 | 1.0 | Instructions for safely operating the Quasonix HyperTrack™ precision PD Series positioner, focusing on the local and browser-based user interfaces. | hypertrack antennas | product-user-manual manuals | |
| QTrack™ Antenna Manual | 2024.10.17 | 1.0.1 | Installation, operation, and maintenance of the QTrack™ antenna system. | qtrack antennas | product-user-manual manuals | |
| RDMS™ Receiver Telnet and Serial Control Protocol Guide | 2022.12.12 | 1.0.5 | Instructions for accessing and using Quasonix RDMS™ receivers’ serial control interface, including commands and syntax, for debugging purposes. The Telnet interface should only be accessed by advanced users. Contact Quasonix customer support before using these options. | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | product-technical-guide manuals | |
| RDMS™ Compact Receiver-Combiner Manual (Gen 3, R19) | 2023.12.08 | 1.0.4 | Installation and operation of the Quasonix 3rd Generation Compact RDMS™ Telemetry Receiver-Combiner, updated to match RDMS™ System Version 19.3. | rdms | compact-receiver-combiner receivers-demodulators | product-user-manual manuals |
| HyperTrack™ Antenna Periodic Maintenance Log | 2022.06.10 | Instructions necessary for monthly inspection, preventive and corrective maintenance, and alignment of the antenna system in accordance with warranty requirements. This form/log is to be executed monthly and sent to Quasonix to maintain the warranty agreement. | hypertrack antennas | product-technical-guide manuals | ||
| RDMS™ Receiver Bit Error Rate Testing Guide | 2022.04.24 | 1.0.1 | Instructions and commands for bit error rate testing on Quasonix RDMS™ receivers, plus guidance on using test noise (AWGN) commands. | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | product-technical-guide manuals | |
| Transmitter SMA Replacement Guide | 2022.02.01 | 1.0 | Simple instructions for the field replacement of an SMA (F) connector in a Quasonix TIMTER™ or Dual TIMTER™ telemetry transmitter. | dual-timter timter transmitters | product-technical-guide manuals | |
| HyperTrack™ Antenna Local Control Pendant Manual | 2021.08.17 | 2.0.1 | Installation, operation, and troubleshooting of the HyperTrack™ Local Control Pendant, used to manually control motion of the azimuth and elevation axes of the HyperTrack™ Antenna System Pedestal. | hypertrack antennas | product-user-manual manuals | |
| DQM and RDMS™ Troubleshooting Guide | 2021.03.28 | Introduction to the Data Quality Metric and its role in troubleshooting, and an essential troubleshooting flowchart for Gen 3 RDMS™. | rackmount-rdms-gen-3 receivers-demodulators | product-technical-guide manuals | ||
| TIMTER™ Dual Transmitter Manual, Firmware v2 | 2023.11.22 | 1.5.14 | 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. | dual-timter transmitters | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R18) | 2020.11.10 | 3.6 | Installation and operation of the Quasonix 3rd Generation Rackmount RDMS™ Telemetry Receiver, updated to match RDMS™ System Version 18. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R17) | 2019.10.17 | 3.5.2 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, updated to match RDMS™ System Version 17. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| Receiver and Transmitter Low-Density Parity Check Guide | 2024.01.26 | 1.1.1 | This technical guide introduces Low-Density Parity Check (LDPC) encoding, its uses and benefits, the Quasonix products it is available for, and considerations for optimal set-up and use. | compact-rdms-gen-3 dual-timter nanotx rackmount-rdms-gen-3 receiver-analyzer-gen-2 timter receivers-demodulators transmitters test-equipment | product-technical-guide manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R9 / R10) | 2016.10.25 | 2.5.8 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, matching RDMS™ System Versions 9 and 10. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R11) | 2016.12.23 | 2.6.3 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, matching RDMS™ System Version 11. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R12 / R13) | 2017.09.07 | 2.8.3 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, matching RDMS™ System Versions 12 and 13. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R14) | 2018.02.10 | 3.0.5 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, matching RDMS™ System Version 14. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R15) | 2018.06.12 | 3.2 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, matching RDMS™ System Version 15. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals | |
| EVTM Encoder/Decoder Manual | 2022.11.18 | 1.1.4 | Installation and operation of the EVTM (Ethernet Via Telemetry) Stand-alone Encoder/Decoder, designed to translate Ethernet packet data to serial streaming clock and data, for input to transmitters. | encoder-decoder ethernet-via-telemetry networking | product-user-manual manuals | |
| Transmitter Switchbox Manual (Gen 1) | 2019.08.05 | 1.4.1 | How to set up and use the legacy frequency and mode switchbox for TIMTER™ transmitters. | switchbox-gen-1 accessories | product-user-manual manuals | |
| Receiver and Transmitter Handheld Programmer Manual (Gen 1) | 2019.08.05 | 2.1.1 | Operation of the Quasonix Ruggedized Handheld Programmer (PDA Utility), which is designed to facilitate setting transmitters and receivers for operation. | handheld-programmer accessories | product-user-manual manuals | |
| Transmitter Handheld Programmer Manual (Gen 2) | 2021.02.04 | 1.0.2 | Operation of the 2nd Generation Quasonix Ruggedized Handheld Programmer, which is designed to facilitate setting up transmitters for operation. | handheld-programmer accessories | product-user-manual manuals | |
| Phase Noise Compensation Training | 2015.06.11 | Presents the theory of using the phase tree for data detection to improve bit error rate (BER), how to recognize phase noise, and when to use Phase Noise Correction (PNC). | compact-rdms-gen-2 compact-rdms-gen-3 dms-demodualtor rackmount-rdms-gen-2 rackmount-rdms-gen-3 receivers-demodulators | product-training manuals | ||
| Receiver Analyzer Manual (Gen 2) | 2022.03.30 | 2.5.9 | Installation and operation of the second-generation rackmount Quasonix Receiver Analyzer. | rdms | receiver-analyzer-gen-2 test-equipment | product-user-manual manuals |
| Receiver Analyzer 101 Training (Gen 2) | 2015.07.23 | Operation of Quasonix’s second-generation rackmount Receiver Analyzer, including setup, tests that can be run, and troubleshooting. | receiver-analyzer-gen-2 test-equipment | product-training manuals | ||
| RDMS™ Rackmount Receiver Manual (Gen 2) | 2019.08.05 | 3.5.1 | Installation and operation of the Quasonix 2nd Generation Rack-Mount RDMS™ Telemetry Receiver. | rackmount-rdms-gen-2 receivers-demodulators | product-user-manual manuals | |
| DMS™ Demodulator Manual | 2019.08.05 | 1.4.2 | Installation and operation of the Quasonix DMS™ multi-mode trellis demodulator / synchronizer, which is is designed to demodulate 70 MHz IF signals in multiple formats. | dms-demodualtor receivers-demodulators | product-user-manual manuals | |
| RDMS™ Compact Receiver Manual (Gen 3) | 2023.12.08 | 1.2.20 | Operating instructions for Quasonix’s third-generation compact RDMS™ telemetry receiver. | compact | compact-rdms-gen-3 receivers-demodulators | product-user-manual manuals |
| RDMS™ Status Logger Manual | 2019.08.05 | 2.1.1 | Installation, setup, and use of the RDMS™ Status Logger, for collecting mission status metrics from Quasonix RDMS™ telemetry receivers. | rdms | sim status-logger test-equipment | product-user-manual manuals |
| RDMS™ Rackmount Receiver Tape Output Configuration Guide | 2018.07.23 | 1.1.1 | How to set up tape output for third-generation Quasonix rackmount telemetry receivers, including commands, connectors used, and troubleshooting. | rackmount-rdms-gen-3 receivers-demodulators | product-technical-guide manuals | |
| RDMS™ Rackmount Receiver Firmware Update Guide (Gen 3) | 2021.11.01 | 1.2 | Documents three methods for updating firmware on a Quasonix 3rd-Generation Rackmount RDMS™ Telemetry Receiver: SD Card; Network ; and Local. | rackmount-rdms-gen-3 receivers-demodulators | product-technical-guide manuals | |
| Transmitter RF Troubleshooting Guide | 2019.07.25 | 1.2 | Quick, three-part test to verify that the RF output on a Quasonix telemetry transmitter is working correctly. | dual-timter nanopuck nanotx picotx timter transmitters | product-technical-guide manuals | |
| Transmitter Airborne IntelliCool™ Heat Sink 2×3 onto 4×3 Installation Guide | 2018.10.26 | Instructions for installing two 2″ x 3″ transmitter-powered heat sinks, designed for airborne applications, onto a single 4″ x 3″ dual transmitter. | transmitter-airborne-intellicool heat-sink accessories | product-technical-guide manuals | ||
| Transmitter Overtemp Control Guide | 2018.10.26 | 1.0 | How to modify the internal overtemperature (OT) setting using the OC command. This applies to all Quasonix telemetry transmitters. | dual-timter nanopuck nanotx picotx timter transmitters | product-technical-guide manuals | |
| TIMTER™ Transmitter Manual | 2024.12.03 | 3.9.19 | Installation and operation of Quasonix’s TIMTER™ Multi-mode Digital Telemetry Transmitters. | timter transmitters | product-user-manual manuals | |
| Rackmount Transmitter Manual | 2019.08.05 | 1.2.1 | Installation and basic operation of the Quasonix Rack Mount Multi-Channel Telemetry Transmitter. | rackmount-transmitter-platform transmitters | product-user-manual manuals | |
| TIMTER™ Dual Transmitter Manual, Firmware v1 | 2023.11.22 | 1.6.16 | Installation and operation of Quasonix’s TIMTER™ Multi-Mode Dual Telemetry Transmitters, firmware version 1.xxx. Find firmware version with VE command or in startup banner. | dual-timter transmitters | product-user-manual manuals | |
| Transmitter Binary Protocol Tester Manual | 2021.02.04 | 1.0.4 | How to test the binary protocol of Quasonix telemetry transmitters using Binary Protocol Tester software provided by Quasonix. | dual-timter nanopuck nanotx picotx timter transmitters | product-user-manual manuals | |
| Transmitter Binary Protocol Manual | 2021.02.03 | 4.0.3 | The binary serial protocol is designed to facilitate efficient machine to machine communication. This manual defines the binary protocol version 1.009. | dual-timter nanopuck nanotx picotx timter transmitters | product-user-manual manuals | |
| IRIG 106-13, Appendix N Interpretation | 2020.07.14 | 1.2 | Explains Quasonix’s standard transmitter protocol and how transmitters with the C7 option (IRIG 106-07 control protocol) will behave differently. | dual-timter nanopuck nanotx picotx timter transmitters | product-technical-guide manuals | |
| Antenna Control Unit Manual | 2021.02.04 | 1.5.2 | Installation, setup, and use of the Antenna Control Unit (ACU) Graphical User Interface (GUI), for controlling Quasonix pedestal and portable telemetry antennas. Software Version 0.10.38 | precision-drive qtrack antennas | product-user-manual manuals | |
| TIMTER™ Dual Transmitter Manual (Legacy) | 2022.01.31 | 1.3.5 | Installation and operation of Quasonix’s Legacy Dual Telemetry Transmitters. | dual-timter transmitters | product-user-manual manuals | |
| GMLRS Transmitter Manual | 2023.11.27 | 1.3.18 | Installation and operation of Quasonix’s GMLRS multi-mode digital telemetry transmitters. | timter transmitters | product-user-manual manuals | |
| NanoTX™ Transmitter Manual | 2023.04.28 | 3.4.13 | Installation and operation of Quasonix’s nanoTX™ and nanoPuck™ Multi-Mode Digital Telemetry Transmitters. | nanopuck nanotx transmitters | product-user-manual manuals | |
| Transmitter Switchbox Manual (Gen 2) | 2021.02.04 | 1.3.3 | How to set up and use the second-generation digital frequency and mode switchbox, released in 2018, for TIMTER™ transmitters. | switchbox-gen-2 accessories | product-user-manual manuals | |
| RDMS™ Compact Receiver Manual (Gen 2) | 2019.08.05 | 2.2.1 | Installation and operation of the second-generation Quasonix Compact RDMS™ Telemetry Receiver. | compact-rdms-gen-2 receivers-demodulators | product-user-manual manuals | |
| RDMS™ Rackmount Receiver Manual (Gen 3, R16) | 2019.08.05 | 3.4.8 | Installation and operation of the Quasonix 3rd Generation Rack-Mount RDMS™ Telemetry Receiver, updated to match RDMS™ System Version 16. | rackmount-rdms-gen-3 receivers-demodulators | product-user-manual manuals |
A Special Note About Rackmount Receivers
Rackmount units produced or updated from late 2016 to present have the manual specific to the receiver and its software version installed in the unit itself, accessible via the receiver’s web server. When feasible, this is the preferred method for finding information about your receiver. Just navigate to the HELP page in the remote client (bottom of the page). When that is not possible, you can use the archive below to find user manuals for compact receivers, compact receiver-combiners, and rackmount receivers by product generation and, for third-generation products, by system version.
The latest system software for Gen 3 receivers is Release 19.3. Quasonix recommends that you update to this version. Software/firmware updates can be added to your receiver on-site via SD card or Network Update. The same applies to certain feature upgrades such Adaptive Equalization and additional operating bands. Read this update guide to learn more about the process, or contact us at sales@quasonix.com regarding pricing of feature upgrades. Software/firmware updates are always free.
Receiver Manual Archive
Gen 3 Compact Receiver
Gen 3 Compact Receiver-Combiner
Gen 3 Rackmount Receiver
- RDMS™ Rackmount Receiver Manual (Gen 3, R19)
- RDMS™ Rackmount Receiver Manual (Gen 3, R18)
- RDMS™ Rackmount Receiver Manual (Gen 3, R17)
- RDMS™ Rackmount Receiver Manual (Gen 3, R16)
- RDMS™ Rackmount Receiver Manual (Gen 3, R15)
- RDMS™ Rackmount Receiver Manual (Gen 3, R14)
- RDMS™ Rackmount Receiver Manual (Gen 3, R12 / R13)
- RDMS™ Rackmount Receiver Manual (Gen 3, R11)
- RDMS™ Rackmount Receiver Manual (Gen 3, R9 / R10)
Gen 2 Compact Receiver
Gen 2 Rackmount Receiver
Software Downloads
| Type | Title | Version | Download | Description | Updated | hf:tax:product_category |
|---|---|---|---|---|---|---|
| Transmitter Get Info Software | 1.004 | <1 MB | Free Quasonix utility that collects diagnostic information from a transmitter via a serial connection to a computer. | 2019.11.19 | dual-timter nanopuck nanotx picotx timter transmitters |
| Receiver and Transmitter Terminal Software | 1.9b | <1 MB | A simple serial port (COM) terminal emulation program used for serial communication with Quasonix products. | 2015.06.11 | compact-rdms-gen-2 compact-rdms-gen-3 dual-timter nanopuck nanotx picotx timter receivers-demodulators transmitters |
| Transmitter Binary Protocol Tester Software | 1.029 | <1 MB | Software (bintest.exe) for testing the binary protocol of Quasonix telemetry transmitters connected to PC via serial port. | 2019.04.12 | dual-timter nanopuck nanotx picotx timter transmitters |
| HyperTrack™ Antenna Client Installer Package | 1.3.2 | 22 MB | This zipped download includes the HyperTrack™ client installer package (.msi) and the corresponding release notes (.txt). | 2022.08.09 | hypertrack antennas |
| HyperTrack™ Antenna Firmware Disk Image | 1.3.2 | 153 MB | This zipped download includes the HyperTrack™ firmware disk image (.img) and the corresponding release notes (.txt). | 2022.08.09 | hypertrack antennas |
STEP Models, Drawings, and Pinout Diagrams
| Type | Title | Drawing Type | Applicable Code(s) | Supported Product Codes (for Accessories) | hf:tax:resources_info_type |
|---|---|---|---|---|---|
| Transmitter Pinout 02 | Pinout diagram | 02 | pinout-diagram drawing | |
| Transmitter Pinout 78 | Pinout diagram | 78 | pinout-diagram drawing | |
| Transmitter Pinout N3 | Pinout diagram | N3 | pinout-diagram drawing | |
| Transmitter Pinout ND | Pinout diagram | ND | pinout-diagram drawing | |
| Transmitter Pinout A37 | Pinout diagram | A37 | pinout-diagram drawing | |
| Transmitter Pinout P1 | Pinout diagram | P1 | pinout-diagram drawing | |
| Transmitter Pinout N9 | Pinout diagram | N9 | pinout-diagram drawing | |
| Transmitter Pinout N8 | Pinout diagram | N8 | pinout-diagram drawing | |
| Transmitter Pinout N7 | Pinout diagram | N7 | pinout-diagram drawing | |
| Transmitter Pinout N2 | Pinout diagram | N2 | pinout-diagram drawing | |
| Transmitter Pinout N1 | Pinout diagram | N1 | pinout-diagram drawing | |
| Transmitter Pinout D4 | Pinout diagram | D4 | pinout-diagram drawing | |
| Transmitter Pinout 98 | Pinout diagram | 98 | pinout-diagram drawing | |
| Transmitter Pinout 96 | Pinout diagram | 96 | pinout-diagram drawing | |
| Transmitter Pinout 94 | Pinout diagram | 94 | pinout-diagram drawing | |
| Transmitter Pinout 92 | Pinout diagram | 92 | pinout-diagram drawing | |
| Transmitter Pinout 90 | Pinout diagram | 90 | pinout-diagram drawing | |
| Transmitter Pinout 88 | Pinout diagram | 88 | pinout-diagram drawing | |
| Transmitter Pinout 86 | Pinout diagram | 86 | pinout-diagram drawing | |
| Transmitter Pinout 80 | Pinout diagram | 80 | pinout-diagram drawing | |
| Transmitter Pinout 76 | Pinout diagram | 76 | pinout-diagram drawing | |
| Transmitter Pinout 74 | Pinout diagram | 74 | pinout-diagram drawing | |
| Transmitter Pinout 70 | Pinout diagram | 70 | pinout-diagram drawing | |
| Transmitter Pinout 66 | Pinout diagram | 66 | pinout-diagram drawing | |
| Transmitter Pinout 64 | Pinout diagram | 64 | pinout-diagram drawing | |
| Transmitter Pinout 62 | Pinout diagram | 62 | pinout-diagram drawing | |
| Transmitter Pinout 60 | Pinout diagram | 60 | pinout-diagram drawing | |
| Transmitter Pinout 59 | Pinout diagram | 59 | pinout-diagram drawing | |
| Transmitter Pinout 58 | Pinout diagram | 58 | pinout-diagram drawing | |
| Transmitter Pinout 57 | Pinout diagram | 57 | pinout-diagram drawing | |
| Transmitter Pinout 55 | Pinout diagram | 55 | pinout-diagram drawing | |
| Transmitter Pinout 54 | Pinout diagram | 54 | pinout-diagram drawing | |
| Transmitter Pinout 53 | Pinout diagram | 53 | pinout-diagram drawing | |
| Transmitter Pinout 50 | Pinout diagram | 50 | pinout-diagram drawing | |
| Transmitter Pinout 48 | Pinout diagram | 48 | pinout-diagram drawing | |
| Transmitter Pinout 46 | Pinout diagram | 46 | pinout-diagram drawing | |
| Transmitter Pinout 44 | Pinout diagram | 44 | pinout-diagram drawing | |
| Transmitter Pinout 42 | Pinout diagram | 42 | pinout-diagram drawing | |
| Transmitter Pinout 40 | Pinout diagram | 40 | pinout-diagram drawing | |
| Transmitter Pinout 36 | Pinout diagram | 36 | pinout-diagram drawing | |
| Transmitter Pinout 34 | Pinout diagram | 34 | pinout-diagram drawing | |
| Transmitter Pinout 32 | Pinout diagram | 32 | pinout-diagram drawing | |
| Transmitter Pinout 30 | Pinout diagram | 30 | pinout-diagram drawing | |
| Transmitter Pinout 28 | Pinout diagram | 28 | pinout-diagram drawing | |
| Transmitter Pinout 26 | Pinout diagram | 26 | pinout-diagram drawing | |
| Transmitter Pinout 24 | Pinout diagram | 24 | pinout-diagram drawing | |
| Transmitter Pinout 22 | Pinout diagram | 22 | pinout-diagram drawing | |
| Transmitter Pinout 20 | Pinout diagram | 20 | pinout-diagram drawing | |
| Transmitter Pinout 19 | Pinout diagram | 19 | pinout-diagram drawing | |
| Transmitter Pinout 18 | Pinout diagram | 18 | pinout-diagram drawing | |
| Transmitter Pinout 17 | Pinout diagram | 17 | pinout-diagram drawing | |
| Transmitter Pinout 16 | Pinout diagram | 16 | pinout-diagram drawing | |
| Transmitter Pinout 15 | Pinout diagram | 15 | pinout-diagram drawing | |
| Transmitter Pinout 14 | Pinout diagram | 14 | pinout-diagram drawing | |
| Transmitter Pinout 13 | Pinout diagram | 13 | pinout-diagram drawing | |
| Transmitter Pinout 12 | Pinout diagram | 12 | pinout-diagram drawing | |
| Transmitter Pinout 11 | Pinout diagram | 11 | pinout-diagram drawing | |
| Transmitter Pinout 10 | Pinout diagram | 10 | pinout-diagram drawing | |
| Transmitter Pinout 09 | Pinout diagram | 09 | pinout-diagram drawing | |
| Transmitter Pinout 08 | Pinout diagram | 08 | pinout-diagram drawing | |
| Transmitter Pinout 07 | Pinout diagram | 07 | pinout-diagram drawing | |
| Transmitter Pinout 06 | Pinout diagram | 06 | pinout-diagram drawing | |
| Transmitter Pinout 05 | Pinout diagram | 05 | pinout-diagram drawing | |
| Transmitter Pinout 04 | Pinout diagram | 04 | pinout-diagram drawing | |
| Transmitter Pinout 03 | Pinout diagram | 03 | pinout-diagram drawing | |
| Transmitter Pinout N4 | Pinout diagram | N4 | pinout-diagram drawing | |
| Transmitter Pinout N6 | Pinout diagram | N6 | pinout-diagram drawing | |
| Transmitter Package 21AA Drawing | Mechanical drawing | 21AA, 21A | mechanical-drawing drawing | |
| Transmitter Package 07AD Model (< 1 MB Download) | STEP model | 07AD, 6Q | step-model drawing | |
| Transmitter Package 00AA Drawing | Mechanical drawing | 00AA | mechanical-drawing drawing | |
| Transmitter Package 01AA Drawing | Mechanical drawing | 01AA, 1A | mechanical-drawing drawing | |
| Transmitter Package 01AB Drawing | Mechanical drawing | 01AB, 1B | mechanical-drawing drawing | |
| Transmitter Package 01AC Drawing | Mechanical drawing | 01AC, 1C | mechanical-drawing drawing | |
| Transmitter Package 01AD Drawing | Mechanical drawing | 01AD, 1D | mechanical-drawing drawing | |
| Transmitter Package 01PB Drawing | Mechanical drawing | 01PB, 1F | mechanical-drawing drawing | |
| Transmitter Package 01PD Drawing | Mechanical drawing | 01PD, 1K | mechanical-drawing drawing | |
| Transmitter Package 01PE Drawing | Mechanical drawing | 01PE, 1L | mechanical-drawing drawing | |
| Transmitter Package 01PG Drawing | Mechanical drawing | 01PG | mechanical-drawing drawing | |
| Transmitter Package 01PH Drawing | Mechanical drawing | 01PH | mechanical-drawing drawing | |
| Transmitter Package 02AA Drawing | Mechanical drawing | 02AA, 2E, 2G, 2H, 2L, 2N, 2Q, 2R, 2S, 2T | mechanical-drawing drawing | |
| Transmitter Package 02AB Drawing | Mechanical drawing | 02AB, 2D, 2F, 2J, 2K, 2M, 2P | mechanical-drawing drawing | |
| Transmitter Package 03AA Drawing | Mechanical drawing | 03AA, 3A | mechanical-drawing drawing | |
| Transmitter Package 03AB Drawing | Mechanical drawing | 03AB | mechanical-drawing drawing | |
| Transmitter Package 04AA Drawing | Mechanical drawing | 04AA, 4C, 4T | mechanical-drawing drawing | |
| Transmitter Package 04AB Drawing | Mechanical drawing | 04AB, 4D, 4F, 4G, 4H, 4K, 4L, 4M, 4N, 4P, 4Q, 4S | mechanical-drawing drawing | |
| Transmitter Package 04AC Drawing | Mechanical drawing | 04AC, 4J | mechanical-drawing drawing | |
| Transmitter Package 04AD Drawing | Mechanical drawing | 04AD, 4E, 4R | mechanical-drawing drawing | |
| Transmitter Package 04AH Drawing | Mechanical drawing | 04AH | mechanical-drawing drawing | |
| Transmitter Package 05AA Drawing | Mechanical drawing | 05AA, 5D, 5H | mechanical-drawing drawing | |
| Transmitter Package 05AB Drawing | Mechanical drawing | 05AB, 5A, 5E, 5G, 5J | mechanical-drawing drawing | |
| Transmitter Package 05AC Drawing | Mechanical drawing | 05AC, 5C | mechanical-drawing drawing | |
| Transmitter Package 05AD Drawing | Mechanical drawing | 05AD, 5B | mechanical-drawing drawing | |
| Transmitter Package 06AA Drawing | Mechanical drawing | 06AA, 6T | mechanical-drawing drawing | |
| Transmitter Package 06AB Drawing | Mechanical drawing | 06AB, 6W | mechanical-drawing drawing | |
| Transmitter Package 06AC Drawing | Mechanical drawing | 06AC, 6D | mechanical-drawing drawing | |
| Transmitter Package 06AD Drawing | Mechanical drawing | 06AD, 6N | mechanical-drawing drawing | |
| Transmitter Package 06AE Drawing | Mechanical drawing | 06AE, 6H | mechanical-drawing drawing | |
| Transmitter Package 06AF Drawing | Mechanical drawing | 06AF, 6J | mechanical-drawing drawing | |
| Transmitter Package 06AG Drawing | Mechanical drawing | 06AG | mechanical-drawing drawing | |
| Transmitter Package 06AH Drawing | Mechanical drawing | 06AH | mechanical-drawing drawing | |
| Transmitter Package 06AJ Drawing | Mechanical drawing | 06AJ, 6B | mechanical-drawing drawing | |
| Transmitter Package 07AA Drawing | Mechanical drawing | 07AA, 6Q | mechanical-drawing drawing | |
| Transmitter Package 07AB Drawing | Mechanical drawing | 07AB, 6F | mechanical-drawing drawing | |
| Transmitter Package 07AC Drawing | Mechanical drawing | 07AC, 6E | mechanical-drawing drawing | |
| Transmitter Package 07AD Drawing | Mechanical drawing | 07AD, 6L, 6M, 6P, 6S | mechanical-drawing drawing | |
| Transmitter Package 07AE Drawing | Mechanical drawing | 07AE, 6G, 6V | mechanical-drawing drawing | |
| Transmitter Package 07AF Drawing | Mechanical drawing | 07AF | mechanical-drawing drawing | |
| Transmitter Package 07AG Drawing | Mechanical drawing | 07AG | mechanical-drawing drawing | |
| Transmitter Package 07AH Drawing | Mechanical drawing | 07AH | mechanical-drawing drawing | |
| Transmitter Package 07AJ Drawing | Mechanical drawing | 07AJ | mechanical-drawing drawing | |
| Transmitter Package 07AK Drawing | Mechanical drawing | 07AK | mechanical-drawing drawing | |
| Transmitter Package 07AL Drawing | Mechanical drawing | 07AL | mechanical-drawing drawing | |
| Transmitter Package 07AM Drawing | Mechanical drawing | 07AM | mechanical-drawing drawing | |
| Transmitter Package 07AN Drawing | Mechanical drawing | 07AN | mechanical-drawing drawing | |
| Transmitter Package 07BD Drawing | Mechanical drawing | 07BD | mechanical-drawing drawing | |
| Transmitter Package 08AA Drawing | Mechanical drawing | 08AA, 7B | mechanical-drawing drawing | |
| Transmitter Package 08AB Drawing | Mechanical drawing | 08AB | mechanical-drawing drawing | |
| Transmitter Package 08AC Drawing | Mechanical drawing | 08AC, 7A | mechanical-drawing drawing | |
| Transmitter Package 08AD Drawing | Mechanical drawing | 08AD | mechanical-drawing drawing | |
| Transmitter Package 08AE Drawing | Mechanical drawing | 08AE, 8B | mechanical-drawing drawing | |
| Transmitter Package 08AF Drawing | Mechanical drawing | 08AF | mechanical-drawing drawing | |
| Transmitter Package 08AG Drawing | Mechanical drawing | 08AG | mechanical-drawing drawing | |
| Transmitter Package 08AH Drawing | Mechanical drawing | 08AH | mechanical-drawing drawing | |
| Transmitter Package 08AJ Drawing | Mechanical drawing | 08AJ, 11B | mechanical-drawing drawing | |
| Transmitter Package 08AM Drawing | Mechanical drawing | 08AM | mechanical-drawing drawing | |
| Transmitter Package 08FM Drawing | Mechanical drawing | 08FM | mechanical-drawing drawing | |
| Transmitter Package 09AA Drawing | Mechanical drawing | 09AA, 9B | mechanical-drawing drawing | |
| Transmitter Package 09AK Drawing | Mechanical drawing | 09AK | mechanical-drawing drawing | |
| Transmitter Package 09AP Drawing | Mechanical drawing | 09AP | mechanical-drawing drawing | |
| Transmitter Package 14AF Drawing | Mechanical drawing | 14AF | mechanical-drawing drawing | |
| Transmitter Package 14AB Drawing | Mechanical drawing | 14AB, 14B | mechanical-drawing drawing | |
| Transmitter Package 14AC Drawing | Mechanical drawing | 14AC, 14C | mechanical-drawing drawing | |
| Transmitter Package 14AD Drawing | Mechanical drawing | 14AD, 14D | mechanical-drawing drawing | |
| Transmitter Package 17AB Drawing | Mechanical drawing | 17AB, 17B | mechanical-drawing drawing | |
| Transmitter Package 18AB Drawing | Mechanical drawing | 18AB | mechanical-drawing drawing | |
| Transmitter Package 18AC Drawing | Mechanical drawing | 18AC | mechanical-drawing drawing | |
| Transmitter Package 18AD Drawing | Mechanical drawing | 18AD | mechanical-drawing drawing | |
| Transmitter Package 18AF Drawing | Mechanical drawing | 18AF | mechanical-drawing drawing | |
| Transmitter Package 18AG Drawing | Mechanical drawing | 18AG | mechanical-drawing drawing | |
| Transmitter Package 24AA Drawing | Mechanical drawing | 24AA | mechanical-drawing drawing | |
| Transmitter Package 24AE Drawing | Mechanical drawing | 24AE | mechanical-drawing drawing | |
| Transmitter Package 01AB Model (< 1 MB Download) | STEP model | 01AB, 1B | step-model drawing | |
| Transmitter Package 01EP Model (< 1 MB Download) | STEP model | 01EP | step-model drawing | |
| Transmitter Package 02AA Model (< 1 MB Download) | STEP model | 02AA, 2E, 2G, 2H, 2L, 2N, 2Q, 2R, 2S, 2T | step-model drawing | |
| Transmitter Package 04AB Model (< 1 MB Download) | STEP model | 04AB, 4D, 4F, 4G, 4H, 4K, 4L, 4M, 4N, 4P, 4Q, 4S | step-model drawing | |
| Transmitter Package 06AE Model (< 1 MB Download) | STEP model | 06AE, 6H | step-model drawing | |
| Transmitter Package 07AH Model (<1 MB Download) | STEP model | 07AH | step-model drawing | |
| Transmitter Package 07BD Model (< 1 MB Download) | STEP model | 07BD | step-model drawing | |
| Transmitter Package 08AC Model (< 1 MB Download) | STEP model | 08AC, 7A | step-model drawing | |
| Transmitter Package 09AK Model (< 1 MB Download) | STEP model | 09AK | step-model drawing | |
| Transmitter Package 09BD Model (< 1 MB Download) | STEP model | 09BD | step-model drawing | |
| Transmitter Package 18AB Model (< 1 MB Download) | STEP model | 18AB | step-model drawing | |
| Transmitter Package 18AD Model (< 1 MB Download) | STEP model | 18AD | step-model drawing | |
| Transmitter Package 18AF Model (< 1 MB Download) | STEP model | 18AF | step-model drawing | |
| Transmitter Package 24AE Model (1 MB Download) | STEP model | 24AE | step-model drawing | |
| Transmitter Package 24AF Model (1 MB Download) | STEP model | 24AF | step-model drawing | |
| Transmitter Package 24AJ Drawing | Mechanical drawing | 24AJ | mechanical-drawing drawing | |
| Transmitter Package 24AJ Model (1 MB Download) | STEP model | 24AJ | step-model drawing | |
| Transmitter Pinout 61 | Pinout diagram | 61 | pinout-diagram drawing | |
| Transmitter Pinout 25 | Pinout diagram | 25 | pinout-diagram drawing | |
| Transmitter Package 05AE Drawing | Mechanical drawing | 05AE | mechanical-drawing drawing | |
| Transmitter Package 05AF Drawing | Mechanical drawing | 05AF | mechanical-drawing drawing | |
| Transmitter Package 05AG Drawing | Mechanical drawing | 05AG | mechanical-drawing drawing | |
| Transmitter Package 05AH Drawing | Mechanical drawing | 05AH | mechanical-drawing drawing | |
| Transmitter Package 05AE Model (< 1 MB Download) | STEP model | 05AE | step-model drawing | |
| Transmitter Package 05AF Model (< 1 MB Download) | STEP model | 05AF | step-model drawing | |
| Transmitter Package 05AG Model (1 MB Download) | STEP model | 05AG | step-model drawing | |
| Transmitter Package 05AH Model (< 1 MB Download) | STEP model | 05AH | step-model drawing | |
| EVTM 1U Rackmount 1-Channel Encoder-Decoder – Model (10 MB Download) | STEP model | QSX-EVTM-1URX-1CH | step-model drawing | |
| Rackmount Receiver 1U – Model (2 MB Download) | STEP model | QSX-RDMS-1R1D, QSX-RDMS-2R1D, QSX-RDMS-3R1D | step-model drawing | |
| Rackmount Receiver 1U – Drawing | Mechanical drawing | QSX-RDMS-1R1D, QSX-RDMS-2R1D, QSX-RDMS-3R1D | mechanical-drawing drawing | |
| Transmitter Package 24AG Model (1 MB Download) | STEP model | 24AG | step-model drawing | |
| Transmitter Package 24AG Drawing | Mechanical drawing | 24AG | mechanical-drawing drawing | |
| Transmitter Package 24AL Model (1 MB Download) | STEP model | 24AL | step-model drawing | |
| Transmitter Package 24AL Drawing | Mechanical drawing | 24AL | mechanical-drawing drawing | |
| EVTM Airborne Encoder-Decoder – Model (< 1 MB Download) | STEP model | QSX-EVTM-SED-AT, QSX-EVTM-SED-AR | step-model drawing | |
| Compact Receiver 1 C&D Set – Model (< 1 MB Download) | STEP model | QSX-RDMS-1A15, QSX-RDMS-1B15, QSX-RDMS-1C15, QSX-RDMS-1D15 | step-model drawing | |
| Compact Receiver 3 C&D Sets – Model (2 MB Download) | STEP model | QSX-RDMS-1A37, QSX-RDMS-1B37, QSX-RDMS-1C37, QSX-RDMS-1D37 | step-model drawing | |
| Compact Receiver 1 C&D Set With Ethernet Payload – Model (1 MB Download) | STEP model | QSX-RDMS-1E15, QSX-RDMS-1F15 | step-model drawing | |
| Transmitter Package 01AA Model (<1 MB Download) | STEP model | 01AA, 1A | step-model drawing | |
| Transmitter Package 01AC Model (2 MB Download) | STEP model | 01AC, 1C | step-model drawing | |
| Transmitter Package 01AD Model (<1 MB Download) | STEP model | 01AD, 1D | step-model drawing | |
| Transmitter Package 01PB Model (2 MB Download) | STEP model | 01PB, 1F | step-model drawing | |
| Transmitter Package 01PD Model (2 MB Download) | STEP model | 01PD, 1K | step-model drawing | |
| Transmitter Package 01PE Model (<1 MB Download) | STEP model | 01PE, 1L | step-model drawing | |
| Transmitter Package 01PG Model (4 MB Download) | STEP model | 01PG | step-model drawing | |
| Transmitter Package 01PH Model (4 MB Download) | STEP model | 01PH | step-model drawing | |
| Transmitter Package 02AB Model (<1 MB Download) | STEP model | 02AB, 2D, 2F, 2J, 2K, 2M, 2P | step-model drawing | |
| Transmitter Package 03AA Model (<1 MB Download) | STEP model | 03AA, 3A | step-model drawing | |
| Transmitter Package 04AA Model (<1 MB Download) | STEP model | 04AA, 4C, 4T | step-model drawing | |
| Transmitter Package 04AC Model (<1 MB Download) | STEP model | 04AC, 4J | step-model drawing | |
| Transmitter Package 04AD Model (<1 MB Download) | STEP model | 04AD, 4E, 4R | step-model drawing | |
| Transmitter Package 05AA Model (<1 MB Download) | STEP model | 05AA, 5D, 5H | step-model drawing | |
| Transmitter Package 05AB Model (<1 MB Download) | STEP model | 05AB, 5A, 5E, 5G, 5J | step-model drawing | |
| Transmitter Package 05AC Model (<1 MB Download) | STEP model | 05AC, 5C | step-model drawing | |
| Transmitter Package 05AD Model (<1 MB Download) | STEP model | 05AD, 5B | step-model drawing | |
| Transmitter Package 06AA Model (<1 MB Download) | STEP model | 06AA, 6T | step-model drawing | |
| Transmitter Package 06AB Model (<1 MB Download) | STEP model | 06AB, 6W | step-model drawing | |
| Transmitter Package 06AC Model (<1 MB Download) | STEP model | 06AC, 6D | step-model drawing | |
| Transmitter Package 06AD Model (<1 MB Download) | STEP model | 06AD, 6N | step-model drawing | |
| Transmitter Package 06AF Model (<1 MB Download) | STEP model | 06AF, 6J | step-model drawing | |
| Transmitter Package 06AG Model (2 MB Download) | STEP model | 06AG | step-model drawing | |
| Transmitter Package 07AA Model (<1 MB Download) | STEP model | 07AA, 6Q | step-model drawing | |
| Transmitter Package 07AB Model (<1 MB Download) | STEP model | 07AB, 6F | step-model drawing | |
| Transmitter Package 07AC Model (<1 MB Download) | STEP model | 07AC, 6E | step-model drawing | |
| Transmitter Package 07AE Model (<1 MB Download) | STEP model | 07AE, 6G, 6V | step-model drawing | |
| Transmitter Package 07AF Model (<1 MB Download) | STEP model | 07AF | step-model drawing | |
| Transmitter Package 07AG Model (<1 MB Download) | STEP model | 07AG | step-model drawing | |
| Transmitter Package 07AJ Model (<1 MB Download) | STEP model | 07AJ | step-model drawing | |
| Transmitter Package 08AA Model (3 MB Download) | STEP model | 08AA, 7B | step-model drawing | |
| Transmitter Package 08AB Model (<1 MB Download) | STEP model | 08AB | step-model drawing | |
| Transmitter Package 08AD Model (3 MB Download) | STEP model | 08AD | step-model drawing | |
| Transmitter Package 08AE Model (<1 MB Download) | STEP model | 08AE, 8B | step-model drawing | |
| Transmitter Package 08AF Model (<1 MB Download) | STEP model | 08AF | step-model drawing | |
| Transmitter Package 08AG Model (<1 MB Download) | STEP model | 08AG | step-model drawing | |
| Transmitter Package 08AH Model (2 MB Download) | STEP model | 08AH | step-model drawing | |
| Transmitter Package 08AR Model (<1 MB Download) | STEP model | 08AR, 8A | step-model drawing | |
| Transmitter Package 09AA Model (<1 MB Download) | STEP model | 09AA, 9B | step-model drawing | |
| Transmitter Package 14AB Model (<1 MB Download) | STEP model | 14AB, 14B | step-model drawing | |
| Transmitter Package 14AC Model (3 MB Download) | STEP model | 14AC, 14C | step-model drawing | |
| Transmitter Package 14AD Model (1 MB Download) | STEP model | 14AD, 14D | step-model drawing | |
| Transmitter Pinout S2 | Pinout diagram | S2 | pinout-diagram drawing | |
| Transmitter Pinout NL | Pinout diagram | NL | pinout-diagram drawing | |
| Transmitter Package 04AJ Model (<1 MB Download) | STEP model | 04AJ | step-model drawing | |
| Transmitter Package 04AK Model (<1 MB Download) | STEP model | 04AK | step-model drawing | |
| Transmitter Package 04AL Model (<1 MB Download) | STEP model | 04AL | step-model drawing | |
| Transmitter Package 04AM Model (<1 MB Download) | STEP model | 04AM | step-model drawing | |
| Transmitter Package 08AS Model (<1 MB Download) | STEP model | 08AS | step-model drawing | |
| Transmitter Package 04AJ Drawing | Mechanical drawing | 04AJ | mechanical-drawing drawing | |
| Transmitter Package 04AK Drawing | Mechanical drawing | 04AK | mechanical-drawing drawing | |
| Transmitter Package 04AL Drawing | Mechanical drawing | 04AL | mechanical-drawing drawing | |
| Transmitter Package 04AM Drawing | Mechanical drawing | 04AM | mechanical-drawing drawing | |
| Transmitter Package 08AS Drawing | Mechanical drawing | 08AS | mechanical-drawing drawing | |
| Airborne IntelliCool™ Heat Sink for 2″ x 3″ Transmitters – Drawing | Mechanical drawing | All TIMTER™ and all 2" x 3" Dual TIMTER™ transmitters, QSX-AC-32-HS-28V-SP, ACC010 | 02AA, 2E, 2G, 2H, 2L, 2N, 2Q, 2R, 2S, 2T, 02AB, 2D, 2F, 2J, 2K, 2M, 2P, 04AA, 4C, 4T, 04AB, 4D, 4F, 4G, 4H, 4K, 4L, 4M, 4N, 4P, 4Q, 4S, 04AC, 4J, 04AD, 4E, 4R, 04AG, 04AH, 05AE, 05AF, 05AG, 05AH, 06AB, 6W, 06AE, 6H, 06AJ, 6B, 06AM, 07AC, 6E, 07AH, 07AN, 07AQ, 07AS, 07AW, 07AX, 07AY, 07AZ, 07BA, 07BB, 07BC, 07BD, 07BE, 07BF, 07BG, 07BH, 07BJ, 07BK, 07BL, 07BM, 08AB, 08AN, 08AS, 08AT, 08AU, 08AV, 08AW, 08AX, 09AA, 9B, 09AK, 09AM, 18AG, 24AG, 24AH, 24AJ, 24AK, 24AL, 24AM | mechanical-drawing drawing |
| Airborne IntelliCool™ Heat Sink for 2″ x 3″ Transmitters – Exploded View – Drawing | Mechanical drawing | All TIMTER™ and all 2" x 3" Dual TIMTER™ transmitters, QSX-AC-32-HS-28V-SP, ACC010 | 02AA, 2E, 2G, 2H, 2L, 2N, 2Q, 2R, 2S, 2T, 02AB, 2D, 2F, 2J, 2K, 2M, 2P, 04AA, 4C, 4T, 04AB, 4D, 4F, 4G, 4H, 4K, 4L, 4M, 4N, 4P, 4Q, 4S, 04AC, 4J, 04AD, 4E, 4R, 04AG, 04AH, 05AE, 05AF, 05AG, 05AH, 06AB, 6W, 06AE, 6H, 06AJ, 6B, 06AM, 07AC, 6E, 07AH, 07AN, 07AQ, 07AS, 07AW, 07AX, 07AY, 07AZ, 07BA, 07BB, 07BC, 07BD, 07BE, 07BF, 07BG, 07BH, 07BJ, 07BK, 07BL, 07BM, 08AB, 08AN, 08AS, 08AT, 08AU, 08AV, 08AW, 08AX, 09AA, 9B, 09AK, 09AM, 18AG, 24AG, 24AH, 24AJ, 24AK, 24AL, 24AM | mechanical-drawing drawing |
| Airborne IntelliCool™ Heat Sink for 2″ x 3″ Transmitters – Model (1 MB Download) | STEP model | All TIMTER™ and all 2" x 3" Dual TIMTER™ transmitters, QSX-AC-32-HS-28V-SP, ACC010 | 02AA, 2E, 2G, 2H, 2L, 2N, 2Q, 2R, 2S, 2T, 02AB, 2D, 2F, 2J, 2K, 2M, 2P, 04AA, 4C, 4T, 04AB, 4D, 4F, 4G, 4H, 4K, 4L, 4M, 4N, 4P, 4Q, 4S, 04AC, 4J, 04AD, 4E, 4R, 04AG, 04AH, 05AE, 05AF, 05AG, 05AH, 06AB, 6W, 06AE, 6H, 06AJ, 6B, 06AM, 07AC, 6E, 07AH, 07AN, 07AQ, 07AS, 07AW, 07AX, 07AY, 07AZ, 07BA, 07BB, 07BC, 07BD, 07BE, 07BF, 07BG, 07BH, 07BJ, 07BK, 07BL, 07BM, 08AB, 08AN, 08AS, 08AT, 08AU, 08AV, 08AW, 08AX, 09AA, 9B, 09AK, 09AM, 18AG, 24AG, 24AH, 24AJ, 24AK, 24AL, 24AM | step-model drawing |
| RDMS™ Status Logger Model (6 MB Download) | STEP model | QSX-RXSL-RM1C-IC, QSX-RXSL-RM2C-IC, QSX-RXSL-RM3C-IC, QSX-RXSL-RM4C-IC | step-model drawing | |
| RDMS™ Status Logger Drawing | Mechanical drawing | QSX-RXSL-RM1C-IC, QSX-RXSL-RM2C-IC, QSX-RXSL-RM3C-IC, QSX-RXSL-RM4C-IC | mechanical-drawing drawing | |
| Transmitter Package 05AR Drawing | Mechanical drawing | 05AR | mechanical-drawing drawing | |
| Transmitter Package 05AR Model (<1 MB Download) | STEP model | 05AR | step-model drawing | |
| Compact Receiver Heat Sink Drawing | Mechanical drawing | All RDMS™ Compact Receivers, QSX-AC-RXHS, ACC016 | A15, B15, C15, D15, E15, F15, A37, B37, C37, D37 | mechanical-drawing drawing |
| Transmitter Pinout NV | Pinout diagram | NV | pinout-diagram drawing | |
| Transmitter Package 06AN Drawing | Mechanical drawing | 06AN | mechanical-drawing drawing | |
| Transmitter Package 06AN Model (<1 MB Download) | STEP model | 06AN | step-model drawing | |
| Transmitter Pinout R2 | Pinout diagram | R2 | pinout-diagram drawing | |
| Transmitter Package 02BB Drawing | Mechanical drawing | 02BB | mechanical-drawing drawing | |
| TMoIP Processor Drawing | Mechanical drawing | TMOIP-12 | mechanical-drawing drawing | |
| Transmitter Package 01PJ Drawing | Mechanical drawing | 01PJ | mechanical-drawing drawing | |
| Airborne IntelliCool™ Heat Sink for 4″ x 3″ Transmitters – Drawing | Mechanical drawing | All 4" x 3" Dual TIMTER™ transmitters, QSX-AC-34-HS-28V-SP, ACC056 | 02AA, 2E, 2G, 2H, 2L, 2N, 2Q, 2R, 2S, 2T, 02AB, 2D, 2F, 2J, 2K, 2M, 2P, 04AA, 4C, 4T, 04AB, 4D, 4F, 4G, 4H, 4K, 4L, 4M, 4N, 4P, 4Q, 4S, 04AC, 4J, 04AD, 4E, 4R, 04AG, 04AH, 05AE, 05AF, 05AG, 05AH, 06AB, 6W, 06AE, 6H, 06AJ, 6B, 06AM, 07AC, 6E, 07AH, 07AN, 07AQ, 07AS, 07AW, 07AX, 07AY, 07AZ, 07BA, 07BB, 07BC, 07BD, 07BE, 07BF, 07BG, 07BH, 07BJ, 07BK, 07BL, 07BM, 08AB, 08AN, 08AS, 08AT, 08AU, 08AV, 08AW, 08AX, 09AA, 9B, 09AK, 09AM, 18AG, 24AG, 24AH, 24AJ, 24AK, 24AL, 24AM | mechanical-drawing drawing |
| ADAPT™ PD750 Auto-Deployable Antenna System Drawing | Mechanical drawing | PD, HyperTrack™, ADAPT, MOSAIC | mechanical-drawing drawing | |
| EVTM Encoder/Decoder Drawing | Mechanical drawing | mechanical-drawing drawing | ||
| EVTM Single-Channel Node Controller Drawing | Mechanical drawing | QSX-EVTM-TDDNC | mechanical-drawing drawing | |
| RDMS™ Compact Receiver-Combiner Drawing | Mechanical drawing | QSX-RDMS-3RCD | mechanical-drawing drawing | |
| Transmitter Package 04AT Drawing | Mechanical drawing | 04AT | mechanical-drawing drawing | |
| Transmitter Package 02BB Model (1 MB Download) | STEP model | 02BB | step-model drawing | |
| Transmitter Package 04AT Model (<1 MB Download) | STEP model | 04AT | step-model drawing | |
| Airborne IntelliCool™ Heat Sink for 4″ x 3″ Transmitters – Model (<1 MB Download) | STEP model | All 4" x 3" Dual TIMTER™ transmitters, QSX-AC-34-HS-28V-SP, ACC056 | 18AG, 24AG, 24AH, 24AJ, 24AK, 24AL, 24AM | step-model drawing |
| Airborne IntelliCool™ Heat Sink for 4″ x 3″ Transmitters – Assembly with Package 18xx – Model (1 MB Download) | STEP model | All 4" x 3" Dual TIMTER™ transmitters, QSX-AC-34-HS-28V-SP, ACC056 | 18AG, 24AG, 24AH, 24AJ, 24AK, 24AL, 24AM | step-model drawing |
| RDMS™ Compact Receiver-Combiner Model (8 MB Download) | STEP model | QSX-RDMS-3RCD | step-model drawing | |
| EVTM Single-Channel Node Controller Model (9 MB Download) | STEP model | QSX-EVTM-TDDNC | step-model drawing | |
| Transmitter Package 02BB Model (1 MB Download) | STEP model | 02BB | step-model drawing | |
| Compact Receiver Pinout A37_00 | Pinout diagram | A37_00 | pinout-diagram drawing | |
| Compact Receiver Pinout C37_04 | Pinout diagram | C37_04 | pinout-diagram drawing | |
| Compact Receiver Pinout C37_00 | Pinout diagram | C37_00 | pinout-diagram drawing | |
| Compact Receiver Pinout C15_00 | Pinout diagram | C15_00 | pinout-diagram drawing | |
| Compact Receiver Pinout C15_04 | Pinout diagram | C15_04 | pinout-diagram drawing | |
| EVTM Airborne Encoder-Decoder Pinout AR | Pinout diagram | AR | pinout-diagram drawing | |
| EVTM Airborne Encoder-Decoder Pinout AT | Pinout diagram | AT | pinout-diagram drawing | |
| TMoIP Processor Model (2 MB Download) | STEP model | QSX-TMOIP-12 | step-model drawing | |
| Transmitter Package 01BA Model (<1 MB Download) | STEP model | 01BA | step-model drawing | |
| Transmitter Package 07BK Model (<1 MB Download) | STEP model | 07BK | step-model drawing | |
| Transmitter Package 01BA Drawing | Mechanical drawing | 01BA | mechanical-drawing drawing | |
| Transmitter Package 07BK Drawing | Mechanical drawing | 07BK | mechanical-drawing drawing | |
| Transmitter Package 04AR Drawing | Mechanical drawing | 04AR | mechanical-drawing drawing | |
| Transmitter Package 04AR Model (1 MB Download) | STEP model | 04AR | step-model drawing | |
| Transmitter Package 06AJ Model (<1 MB Download) | STEP model | 06AJ | step-model drawing | |
| Transmitter Package 06AP Drawing | Mechanical drawing | 06AP | mechanical-drawing drawing | |
| Transmitter Package 04AP Drawing | Mechanical drawing | 04AP | mechanical-drawing drawing | |
| Transmitter Package 04AP Model (3 MB Download) | STEP model | 04AP | step-model drawing | |
| Transmitter Package 02BA Drawing | Mechanical drawing | 02BA | mechanical-drawing drawing | |
| Transmitter Package 02BA Model (<1 MB Download) | STEP model | 02BA | step-model drawing | |
| Transmitter Switchbox QSX-AC-SWBX-P9-3B-3M Drawing | Mechanical drawing | QSX-AC-SWBX-P9-3B-3M | mechanical-drawing drawing | |
| Transmitter Digital Switchbox Drawing | Mechanical drawing | QSX-AC-DSWBX | mechanical-drawing drawing | |
| EVTM Dual-Channel Node Controller Drawing | Mechanical drawing | QSX-EVTM-TDDNC-02 | mechanical-drawing drawing | |
| EVTM Dual-Channel Node Controller Model (14 MB Download) | STEP model | QSX-EVTM-TDDNC-02 | step-model drawing | |
| Transmitter Package 18AG Model (<1 MB Download) | STEP model | 18AG | step-model drawing | |
| Transmitter Digital Switchbox Model (2 MB Download) | STEP model | QSX-AC-DSWBX | step-model drawing | |
| Transmitter Package 03AL Model (<1 MB Download) | STEP model | 03AL | step-model drawing | |
| Transmitter Package 03AM Model (<1 MB Download) | STEP model | 03AM | step-model drawing | |
| Transmitter Package 03AL Drawing | Mechanical drawing | 03AL | mechanical-drawing drawing | |
| Transmitter Package 03AM Drawing | Mechanical drawing | 03AM | mechanical-drawing drawing | |
| Transmitter Package 04AS Model (<1 MB Download) | STEP model | 04AS | step-model drawing | |
| Transmitter Package 04AH Model (<1 MB Download) | STEP model | 04AH | step-model drawing |
How to Search for a Specific Item
For Transmitter Package and Pinout Codes
Enter the transmitter’s package or pinout code in the search field.
Transmitter part numbers have several alphanumeric segments with dashes in between. The first segment is always QSX. If the second segment has four characters (e.g., QSX-VMR2-1100-10-16-04AB-BR1-PS8-VP-WV), then the pinout code is the fifth segment (16 in this example) and the package code is the sixth segment (04AB). If the second segment has three characters (e.g., QSX-VMR-110-10S-20-4D-BR1-PS8-VP-WV), then the package code is the sixth segment (4D) and the pinout is not included in the part number. To get the pinout code in that case, you will need to refer to documentation such as the quote or sales order, or contact support@quasonix.com.
For Other Products
Enter the part number in the text search box. As you do, the list of related files will be quickly filtered to match.
| Type | Title | Length | Updated | Description | Keywords | hf:tax:product_category |
|---|---|---|---|---|---|---|
| Transportable Antennas Slideshow | 1:55 | 2023.10.23 | Quasonix antennas are going places, through innovative engineering that allows for greater size, mobility, and utility, while maintaining extended durability and jitter-free precision tracking. This slideshow gives you a taste of the ways we are responding to customers’ needs. You CAN take it with you. | hypertrack precision-drive qtrack antennas | |
| RDMS™ Adaptive Equalizer Demonstration – SOQPSK | 1:33 | 2022.12.16 | Brief demonstration of our RDMS™ Adaptive Equalizer conquering severe multipath distortion (SOQPSK signal). | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | |
| RDMS™ Adaptive Equalizer Demonstration – PCMFM | 2:03 | 2022.12.15 | Brief demonstration of our RDMS™ Adaptive Equalizer conquering severe multipath distortion (PCMFM signal). (Used in TM Smorgasbord training, Day 2.) | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | |
| Trailered PD450 Drone-Tracking Demonstration | 5:57 | 2021.01.05 | Using a 6-foot dish with a PD450 pedestal mounted to a trailer, we auto-track a drone, with near-perfect results. | precision-drive antennas | |
| Custom Portable Antenna Enclosure | 6:51 | 2020.12.31 | Look inside a custom portable enclosure including PD450, retractable roof, hydraulic lift, and interior control center. | hypertrack precision-drive antennas | |
| Compact Receiver Combiner (CRC) Lite – Demo | 5:02 | 2020.12.03 | Distributed-antenna example with 5 RF patches, 5 CRC units, a NetAcquire A-CSS, and a rotating RF source. | compact-receiver-combiner receivers-demodulators | |
| QTrack™ Demonstration | 7:50 | 2020.12.05 | Demonstration of the agility of a QTrack™ antenna as it auto-tracks a drone. Can your antenna do this? | qtrack antennas | |
| STC vs. Traditional Two-Antenna Solution | 6:30 | 2020.01.08 | Recording showing how Space-Time Coding eliminates signal fades inherent in a normal two-antenna solution. (Used in TM Smorgasbord training, Day 3.) | dual-timter transmitters | |
| Maximal Ratio Combiner Simulation | 1:11 | 2018.01.08 | Simulation of maximal-ratio diversity combining, showing how it results in up to 3 dB improvement in signal-to-noise ratio. (Used in TM Smorgasbord training, Day 2.) | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | |
| PCMFM Adaptive Equalization Demo (Training) | 0:30 | 2018.01.08 | Original, received (three-ray), and equalized PCMFM signal. (Used in TM Smorgasbord training, Day 2.) | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators | |
| SOQPSK Adaptive Equalization Demo (Training) | 0:30 | 2018.01.08 | Original, received (three-ray), and equalized SOQPSK signal. (Used in TM Smorgasbord training, Day 2.) | compact-rdms-gen-3 compact-receiver-combiner rackmount-rdms-gen-3 receivers-demodulators |
Telemetry Training
TM Smorgasbord
In this educational series, written and presented by Terry Hill, get a little taste of “all things telemetry.”
Day 1
This session covers performance metrics and continuous-phase modulation (Tier 0, Tier 1, and Tier II), then starts into the topic of demodulation, examining trellis vs. single-symbol.
Day 2
This session continues the subject of demodulation, covering the Data Quality Metric, diversity combining, and synchronization. It then moves on to channel impairments, with details on adaptive equalization as one impairment-mitigation technique.
- TM Smorgasbord – Day 2: PowerPoint and Related-Videos Download (212 MB)
- TM Smorgasbord – Day 2: PowerPoint-Only Download (22 MB)
- TM Smorgasbord – Day 2: Presentation in PDF format
Related videos (to view online):
Day 3
The training continues with a review of five more impairment-mitigation techniques – Best Source Selection, Best Channel Selection, Space-Time Coding (STC), Low-Density Parity-Check (LDPC) Coding, and auto-tracking antennas – then wraps up with a look at using all the tools together and a performance comparison and summary.
- TM Smorgasbord – Day 3: PowerPoint, Link Budget Worksheet, and Related-Video Download (85 MB)
- TM Smorgasbord – Day 3: PowerPoint-Only Download (26 MB)
- TM Smorgasbord – Day 3: Link Budget Worksheet-Only Download (1 MB)
- TM Smorgasbord – Day 3: Presentation in PDF format
Related video (to view online):
Advanced Modulation Techniques for Telemetry
Short Course conducted at ITC in 2022 by Terry Hill.
Short Course conducted at ITC in 2017 by Terry Hill.
Digital Signal Processing to Improve Telemetry Links
Short Course conducted at ITC in 2022 by Terry Hill.
Other Telemetry Training
Conference Papers
| Type | Title | Updated | Revision | Description | Keywords |
|---|---|---|---|---|---|
| Assessing Telemetry Receiver Data Quality Metrics – ITC Presentation | 2024.10.21 | “Assessing Telemetry Receiver Data Quality Metrics Using RCC 118-22 Test Procedures” by Mark Geoghegan, Sean Wilson, and Jim Uetrecht, presented at ITC 2024 (Best Paper) | ||
| Assessing Telemetry Receiver Data Quality Metrics – ITC Paper | 2024.10.21 | “Assessing Telemetry Receiver Data Quality Metrics Using RCC 118-22 Test Procedures” by Mark Geoghegan, Sean Wilson, and Jim Uetrecht, presented at ITC 2024 (Best Paper) | ||
| Data Quality Metric – How Accurate Does it Need to Be? – ITC Presentation | 2023.10.24 | “Data Quality Metric (DQM) – How Accurate Does it Need to Be?” by Mark Geoghegan, presented at ITC 2023 (Best Paper Award) | ||
| Ethernet via Bidirectional Packet Based Telemetry – FDD vs. TDD – ITC Paper | 2023.10.24 | “Ethernet via Bidirectional Packet Based Telemetry – Frequency Division Duplex (FDD) vs. Time Division Duplex (TDD)” by Sean Wilson and Ray O’Connell, presented at ITC 2023 | ||
| Data Quality Metric – How Accurate Does it Need to Be? – ITC Paper | 2023.10.24 | “Data Quality Metric (DQM) – How Accurate Does it Need to Be?” by Mark Geoghegan, presented at ITC 2023 | ||
| Advances In Packet Based Bi-Directional Telemetry Solutions – ITC Paper | 2022.10.18 | “Advances In Packet Based Bi-Directional Telemetry Solutions”, by Ray O’Connell, presented at ITC 2022 | ||
| Switched Telemetry System Standard for Bidirectional Telemetry Interoperability – ITC Paper | 2023.10.24 | “Switched Telemetry System (SwTS) Standard for Bidirectional Telemetry Interoperability” by Ray O’Connell, Sean Wilson, and Michael Rauf, presented at ITC 2023 | ||
| Meaningful G/T Measurements – Made at Night – ITC Paper | 2023.09.28 | “Meaningful G/T Measurements – Made at Night” by Terry Hill and Jim McCurdy, presented at ITC 2023. | ||
| Meaningful G/T Measurements – Made at Night – ITC Presentation | 2023.09.28 | “Meaningful G/T Measurements – Made at Night” presented by Terry Hill at ITC 2023. | ||
| SOQPSK ITC Paper | 2000.10.23 | “An Enhanced, Constant Envelope, Interoperable Shaped Offset QPSK (SOQPSK) Waveform for Improved Spectral Efficiency,” by Terry Hill; presented at ITC 2000. | ||
| Multi-Symbol Demodulator ITC Paper | 2000.10.23 | “Improving the Detection Efficiency of Conventional PCM/FM Telemetry by Using a Multi-Symbol Demodulator,” by Mark Geoghegan; presented at ITC 2000. | ||
| ARTM Tier II Waveform ITC Paper | 2000.10.23 | “Description and Performance Results for the Advanced Range Telemetry (ARTM) Tier II Waveform,” by Mark Geoghegan; presented at ITC 2000. | ||
| Trellis Detection of SOQPSK ITC Paper | 2001.10.22 | “Implementation and Performance Results for Trellis Detection of SOQPSK,” by Mark Geoghegan; presented at ITC 2001. | ||
| The Flexible Interoperable Transciever Data Link Standard ITC Presentation | 2001.10.22 | “The Flexible Interoperable Transceiver Data Link Standard – A Solution for Interoperability and Spectral Efficiency for the T&E and Training Ranges,” by Eddie Meadows & Terry Hill; presented at ITC 2001. | ||
| SOQPSK and Multi-h CPM in the Presence of Interference ITC Presentation | 2001.10.22 | “Performance Of SOQPSK And Multi-h CPM in the Presence of Adjacent Channel Interference,” by Terry Hill; presented at ITC 2001. | ||
| SOQPSK and Multi-h CPM in the Presence of Interference ITC Paper | 2001.10.22 | “Performance Of SOQPSK And Multi-h CPM in the Presence of Adjacent Channel Interference,” by Terry Hill; presented at ITC 2001. | ||
| SOQPSK and Multi-h CPM in a Multipath Channel ITC Paper | 2001.10.22 | “Analytical and Experimental Characterization of SOQPSK and Multi-h CPM in a Multipath Channel,” by Terry Hill; presented at ITC 2001. | ||
| Multi-Symbol Detection of PCM/FM ITC Paper | 2001.10.22 | “Experimental Results for Multi-Symbol Detection of PCM/FM,” by Mark Geoghegan; presented at ITC 2001. | ||
| VHDL-Based, Multi-Mode ARTM Demodulator ITC Paper | 2002.10.21 | “Implementation and Performance of a High-Speed, VHDL-Based, Multi-Mode ARTM Demodulator,” by Terry Hill, Mark Geoghegan, & Kevin Hutzel; presented at ITC 2002. | ||
| Optimal Linear Detection of SOQPSK ITC Paper | 2002.10.21 | “Optimal Linear Detection Of SOQPSK,” by Mark Geoghegan; presented at ITC 2002. | ||
| Multi-Symbol Detector and Turbo Coding ITC Paper | 2002.10.21 | “Extending the Range Of PCM/FM Using A Multi-Symbol Detector And Turbo Coding,” by Mark Geoghegan; presented at ITC 2002. | ||
| Bandwidth and Power Efficiency Trade-Offs of SOQPSK ITC Paper | 2002.10.21 | “Bandwidth And Power Efficiency Trade-Offs of SOQPSK,” by Mark Geoghegan; presented at ITC 2002. | ||
| Turbo Product Codes ITC Paper | 2003.10.20 | “Experimental Results for PCM/FM, Tier 1 SOQPSK, And Tier II Multi-h CPM with Turbo Product Codes,” by Mark Geoghegan; presented at ITC 2003. | ||
| CMA Equalization ITC Paper | 2003.10.20 | “Experimental Results for PCM/FM, Tier 1 SOQPSK, And Tier II Multi-h CPM with CMA Equalization,” by Mark Geoghegan; presented at ITC 2003. | ||
| SOQPSK with LDPC ITC Paper | 2013.10.21 | “SOQPSK with LDPC: Spending Bandwidth to Buy Link Margin,” by Terry Hill & Jim Uetrecht; presented at ITC 2013. | ||
| Space-Time Coding ITC Paper | 2014.10.20 | “Space-Time Coding Solution to the Two-Antenna Interference Problem,” by Mark Geoghegan & Louis Boucher; presented at ITC 2014. | ||
| Data Quality Estimation ITC Paper | 2015.10.26 | “Metrics and Test Procedures for Data Quality Estimation in the Aeronautical Telemetry Channel,” by Terry Hill; presented at ITC 2015. | ||
| Data Quality Encapsulation and Best Source Selection ITC Paper | 2017.10.23 | “Performance Results Using Data Quality Encapsulation (DQE) And Best Source Selection (BSS) In Aeronautical Telemetry Environments,” by Mark Geoghegan & Robert Schumacher; presented at ITC 2017. | ||
| Best-Channel Selection ITC Paper | 2018.11.05 | “Obtaining Superior Performance From Dual-Channel Receivers Using Best-Channel Selection,” by Jim Uetrecht; presented at ITC 2018. | ||
| Test Methods for Adaptive Equalizers ITC Paper | 2019.10.21 | “Test Methods and Results for Adaptive Equalizers,” by Terry Hill; presented at ITC 2019. | ||
| Effect of Rotating Propellers ITC Paper | 2019.10.21 | “Effect of Rotating Propellers on Telemetry Signals,” by Mark Geoghegan & Marwan Nusair; presented at ITC 2019. | ||
| Best-Channel Selection Field Test Results ITC Paper | 2019.10.21 | “Dual-Channel Receiver Performance Using Best-Channel Selection: Field Test Results,” by Jim Uetrecht; presented at ITC 2019. | ||
| All-Digital Antenna Control Protocol ITC Paper | 2019.10.21 | “An All-Digital Antenna Control Protocol,” by Jim Uetrecht; presented at ITC 2019. | ||
| Airframe Reflections ITC Paper | 2019.10.21 | “Mitigation of Antenna Polarization Transformations Caused by Airframe Reflections,” by Mark Geoghegan & Marwan Nusair; presented at ITC 2019. | ||
| Ethernet Via Telemetry ITC Presentation | 2015.10.28 | “EVTM (Ethernet-Via-Telemetry): Get Ethernet Packetized Data Directly From Your Test Article,” by Matt Schultz; presented at ITC 2015. | ||
| Ethernet Via Telemetry ITC Paper | 2015.10.28 | “EVTM (Ethernet-Via-Telemetry): Get Ethernet Packetized Data Directly From Your Test Article,” by Matt Schultz; presented at ITC 2015. | ||
| Adaptively Equalized Waveforms ITC Paper | 2002.10.21 | “A Comparison of Adaptively Equalized PCM/FM, SOQPSK, And Multi-h CPM in a Multipath Channel,” by Terry Hill & Mark Geoghegan; presented at ITC 2002. |
Policies and Procedures
| Type | Title | Updated | Revision | Description | Keywords |
|---|---|---|---|---|---|
| Environmental Policy Statement | 2024.09.01 | Overview of our commitment to reducing the company’s impact on the environment and to continual improvement in that regard. | ||
| Privacy Policy | 2024.04.22 | This page describes our practice of minimizing the collection of personal information and our policies for keeping collected data secure and private. | ||
| Quasonix Terms and Conditions of Sale | 2023.10.01 | Quasonix, Inc. terms and conditions of sale of goods. | ||
| Quality Management System Documentation | 2024.03.29 | 5.9 | Overview of our quality policy and the systems, processes, and management that support it. | |
| Terms of Service | 2019.10.11 | This page describes visitors’ responsibilities when using this website and limits on Quasonix’s liability. | ||
| ISO 9001:2015 Certificate (Moorpark) | 2023.10.21 | Certificate showing assessment of the Quasonix Moorpark facility’s Quality Management System by Eagle Registrations, Inc. and conformation to the ISO 9001:2015 standard. | ||
| Limited Warranty | 2017.05.02 | This Limited Warranty applies to all hardware and software products and internal components of such products (the “Products”) sold by Quasonix, or its representatives, authorized resellers, or country distributors. | ||
| Disclaimer | 2019.08.14 | Information regarding Quasonix’s ownership of the content of this site, our effort to keep the site up to date and safe, and limits on our liability. | ||
| Photo Credits | 2019.07.16 | Copyright information and attributions for the photos appearing on this site. | ||
| ISO 9001:2015 Certificate (West Chester) | 2023.06.25 | Certificate showing assessment of the Quasonix West Chester facility’s Quality Management System by Eagle Registrations, Inc. and conformation to the ISO 9001:2015 standard. | ||
| F-20 Quality Notes | 2017.12.14 | Outline of how Quasonix processes correspond to the requirements frequently found in customer quality notes. |
