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Telemetry Receivers, Flight Test Instrumentation, Test ranges

Receivers

Benefit from 45 years of CORTEX experience with Telemetry Receivers both in flight test and launch activities, while respecting community standards.

Cortex RTR-X4

Cortex RTR-X4, a Proven Worldwide COTS Telemetry Receiver

Telemetry Receiver RTR
The RTR-X4 is one of the most advanced digital telemetry receiver on the market with its well-recognized RF performance and signal processing capability. The 4U chassis-based RTR-X4 can support up to four channels providing flexibility and capability as well as a rich set of features for different frequency bands, modulations, decoders and output formats. ot only does the CORTEX RTR provide an extensive set of features for different frequency bands, modulations, decoders and output formats, but the user can easily upgrade the equipment in the field to access additional and new features. The RTR-X4 is an excellent fit for flight test ranges, offering full flexibility and easy access to settings through its user-friendly GUI on the embedded 8.4-inch screen.
PRODUCT SUMMARY CONTACT US

Fixed & Rotary Wing

Missile Testing

Launch Vehicle Telemetry

Cortex RTR-X4 Product Features
SINGLE, DUAL, QUAD

Full flexibility of configurations

EQ+/DQM/DQE

Embedded Data Quality Metrics / Encapsulation compatible with BSS

CH. 10 OUTPUT: EQ+

Adaptive Equalizer for all Modulations, on Video and PCM Outputs

CH. 10 OUTPUT

Easy and Modern UDP Data Spreading

8.4’ SCREEN

Intuitive GUI, Keyboard & Trackball for Easy Direct Control

RADIO TELEMETRY RECEIVER FOR RANGE & INDUSTRIAL TESTING

Digital Telemetry Receiver, Flight Test, CORTEX RTR-4X

CORTEX RTR-X1 (FORMERLY RX-1)

RTR-X1, a Compact COTS Telemetry Receiver

CORTEX RTR-X1
The CORTEX RTR-X1 (formerly RX-1) is a compact, dual-channel telemetry receiver with a pre-D combiner, designed to span all IRIG frequency bands and conform to IRIG-specified modulations. This off-the-shelf (COTS) product leverages the rock-solid RTR technology components, inheriting their renowned RF performance and signal processing prowess. The RX-1 excels in test range scenarios, offering cutting-edge features to ensure maximum data accessibility. Trust the RX-1 for top-tier telemetry reception in challenging conditions.
PRODUCT SUMMARY CONTACT US

Fixed & Rotary Wing

Missile Testing

Launch Vehicle Telemetry

CORTEX RTR-X1 (FORMERLY RX-1) Product Features
STC & LPDC

Space Time Coding and LPDC supported, as well as Many Advanced Features

DQM/DQE

Embedded Data Quality Metrics / Encapsulation compatible with Best Source Selector

EQ+

Adaptive Equalizer for all Modulations, on Video and PCM outputs

CH. 10 & IRIG-18-20 OUTPUT

Easy and Modern UDP Data Spreading

FRONT PANEL CONTROLS

3 TFT Color Screens and Keyboard on Equipment, and Full Control from External KVM

CORTEX Best Source Selector

BSS, select the Best Telemetry Source, in Real-Time

Cortex BSS, selection of the best source, ground telemetry, recorder, flight test, aircraft, helicopter, missile, launch vehicles
The CORTEX Best Source Selector (BSS) is the ultimate choice for real-time telemetry source selection. It's the go-to tool for pinpointing the best Telemetry source among multiple antennas tracking the same airframe across various channels. The Best Source Selector streamlines the selection process by automatically choosing the top Telemetry stream, even from up to 16 sources or more, using a combination of signal quality metrics and other criteria. With its extensive capabilities in aligning paths and compensating for delays, the CORTEX Best Source Selectorensures optimal source selection, no matter where the antennas are located or what kind of range infrastructure you're working with.
PRODUCT SUMMARY CONTACT US

Fixed & Rotary Wing

Missile Testing

Launch Vehicle Telemetry

CORTEX Best Source Selector Product Features
ANY INPUT SIGNAL
  • Analog (Video), PCM (Data & Clock), Ethernet (IRIG 106 Chapter 10 or IRIG 218-20)
  • 4 or 16 Inputs
ANY OUTPUT SIGNAL

Data Output on Multiple PCM (Data & Clock, TTL or RS422) and on Ethernet according to IRIG 106 Chapter 10 or IRIS 218-20

MULTIPLE SELECTION CRITERIA

Selection based on Analog Signal Quality, Majority Vote, Frame Synchronization, DQE/DQM…

DQE/DQM - IRIG 106-17

Selection of the Best Source Based on DQE/DQM Information Inserted by the Telemetry Receiver in the Data or on Ethernet – Telemetry Receiver agnostic

MISSION CRITICAL
  • Redundant Power Supply for Safe Operation
  • Design based on Safran Data Systems, Inc. CORTEX Experience
EASY INTEGRATION
  • 2U or 4U Rackable Chassis
  • Local User Friendly GUI on 4U Version (Embedded Screen & Keyboard)
  • Remote (client/server)

Associated News

Telemetry Tracking Sparte Antennas

Safran supplies SPARTE 700 Telemetry Antenna to the U.S. Air Force

Press Release

February 2, 2022

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Safran Data Systems Arcachon, France, Antennas Facility

Safran expands its engineering, assembly and testing center for flight testing and satellite stations and antennas

News

February 11, 2020

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Associated Videos

Tracking telemetry antenna, Sparte

Sparte 546-CW: a Transportable 4.60 meters / 15.09 ft Tracking Antenna

News

June 6, 2022

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Safran Data Systems: Provider of Flight Test Solutions

News

June 6, 2022

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