03.07.24 -- What To Expect At SATELLITE 2024

Today there is unlimited opportunity for companies to take advantage of the efficiencies, savings, and benefits that satellite and space technology can offer. That opportunity is bringing with it exponential growth and rosy predictions about the resiliency and future outlook of the industry. How can you keep up with all of this growth? Attending SATELLITE 2024 would be a good start.

Explore the evolution and integration challenges of X-band radar, a pivotal technology boasting superior resolution and compactness, shaping modern radar solutions.

Ensuring 5G New Radio (NR) user equipment (UE) operability as it is commercialized requires a greater emphasis on over-the-air (OTA) testing.

Electromagnetic interference (EMI) results when an outside source causes noise in an electrical path or circuit. Shielding is necessary to prevent EMI from causing electronic devices to malfunction.

Explore methods to improve wireless communication testing accuracy through vector network analyzers and reflectometers, addressing challenges such as impedance mismatch and frequency response errors.

Receiver-protector limiter (RPL) circuits, the “heart” of which typically comprises PIN diodes, can be utilized to protect sensitive components from large input signals without adversely affecting small-signal operation.

Learn why testing a satellite communications channel in the presence of noise and interference is critical and how noise generators and sources can help test RF signal integrity of satcom links.

R&S GSACSM communication system monitoring is a satcom software solution for remote spectrum monitoring and signal analysis. R&S GSACSM comes with classic spectrum analyzer functions, trapping systems, as well as advanced signal detection and identification algorithms. The modern, adaptive GUI makes it easy to implement use cases, e.g., interference identification or satcom transponder analysis. 

XtendedFlex 045 is a revolutionary cable in the XtendedFlex product line that boasts unrivaled compactness and flexibility.

The ultra-miniature, solid-state, lightweight transponder is designed for use as a tracking radar enhancement device in airborne applications such as missiles, unmanned air vehicles, or manned aircraft operating at instrumented ranges.

The two-way, four-way, and eight-way power divider models operate in the 500-8,400 MHz range and feature a reactive type design that has low loss and isolation of 18 dB typical.