RT-Logic

RT-Logic specializes in Satellite, Missile and EW applications. We design, develop, and deliver signal processing products for communication systems. Our products cover the full spectrum of RF-to-Data solutions for test systems; RF channel simulation; spectrum measurement/interference detection; frequency conversion; modulation/demodulation; TT&C processing; digital network gateways, and digital/analog data recorders.

Satellite Mission Data Downlink & Processing.

Satellite payloads perform diverse tasks critical to the mission. But, in almost all cases, payload data must be transferred to ground-based users accurately, reliably, and in a timely fashion. RT Logic Telemetrix Software-Defined Receivers perform the data downlink function and RT Logic Telemetrix Digital Processing Systems perform the digital signal processing, archive, replay, and data distribution functions. In certain applications, receiver and digital processing functions can be combined into a single-box solution. Read more...

The satID® Geolocation System is an accurate, fast, all-in-one solution for locating ground-to-satellite transmission sources.
Powerful, flexible, and modular, satID uniquely blends complex science and algorithms with sophisticated hardware and Digital Signal Processing (DSP), resulting in an easy-to-use package for locating and identifying sources of interference due to equipment failure, operator error, intentional jamming, and unauthorized users.

Aerospace Test & Measurement solutions

provide narrow-band and wideband RF link characterization, from single subsystem to full vehicle tests
precisely model the real-world characteristics of RF links in a physics-compliant way to reduce testing time and cost for transmitter and receiver subsystems - Test-Before-You-Fly

The RT Logic Telemetrix® Link Simulation and Test Equipment products provide flexible, cost-effective solutions for communications link test applications. High fidelity performance testing, training, simulations and BER loopback testing are facilitated by the software-defined RT Logic products shown below. Applications in SATCOM, satellite, and missile link testing benefit from using these systems either in stand-alone mode or as part of a larger, fully integrated test suite. Note, for more details on our capability for supplying fully integrated turnkey systems.

T400CS Channel Simulator:

Time Delay, Doppler, Range, Fading.
Smooth, Phase Continuous Operation.
LEO, MEO, GEO Simulation.
Flexible RF or IF interfaces.
Control via Analytical Graphics STK SW.
For Pdf click here

T400MT Missile Tester:

Emulated RF, IF, Analog and Digital Interfaces.
Uplink Emulation & Downlink Demodulation.
Realistic Testing of RF Data Links, Radar Seeker, Radar Fuse, Guidance, and GPS Subassemblies.
For Pdf click here

T400RTS Range Test System:

Full-loop, Long Distance Range Testing at RF.
No Flying Assets Required.
Complete Mission Planning and Visualization with AGI.
Numerous RF Power, Frequency and Antenna Options.
For Pdf click here

T400UTM UAV, Target, and Missile Test System:

Full RF or IF Test Without Flying Assets.
Phase-continuous dynamic Doppler, delay and attenuation.
Unintentional and jammer interference capability.
Wide range of RF options.
For Pdf click here

T400TSS Waveform Signal Generator:

Single or Multi-Channel Operation.
Satellite and Missile Test Applications.
Flexible Support for a wide range of modulation types.
Local/Remote Control with GUI support.
For Pdf click here

Satellite TT&C Ground Networks

The RT Logic Telemetrix® T501 Satellite Control Center Front-End System processes spacecraft telecommand/uplink streams and telemetry downlink streams, or packets. Many of our Telemetrix products are used to process satellite and launch vehicle TT&C and payload/mission data communication links. They are also used in test and simulations systems, and they have application in missile, UAV (UAS), and other military data-link markets.
Telemetrix T501 products optionally support high data rate streams, data archiving/replay and the CCSDS and CCSDS SLE protocols.