Telemetry, RF & Microwave Engineering for Mission-Critical Programs

About Us

A focused RF and telemetry engineering company

Modulinx Microwave is an RF, microwave and telemetry engineering company focused on practical, high-performance solutions for demanding communication environments. We work with companies, integrators and technical teams that need reliable telemetry links, compact RF hardware, digital control, rugged design and fast engineering support.

Our work combines microwave design, digital signal processing, embedded control, mechanical integration and system-level testing. This allows us to support projects from early concept and prototype development through production-ready hardware, documentation and field integration.

We are especially focused on telemetry systems where reliability, link quality, spectral performance and integration simplicity are critical. Whether the requirement is an airborne transmitter, a rackmount telemetry receiver, an RF subsystem or a custom cable assembly, our goal is to deliver engineering that is clear, measurable and built for real mission conditions.

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Let's Connect!
Modulinx Diversity Combiner - MLX-DIVCOMB-1
S-Band Telemetry Transmitter - Modulinx Microwave Ltd.
All-Digital S-Band Receiver - MLX-B4-S-Band
Cavity Bandpass Filter - Modulinx Microwave Ltd.
Cavity Filter with Group Delay - S-Band L-Band
S-Band Telemetry Transmitter - All-Digital - MLXT-2250MHz-100BW-40MB
Cable Assembly for Aerospace by Modulinx Microwave Ltd.
ISO 9001:2015 Certified Company

ISO 9001:2015 Certified Company

RF and microwave subsystems

Custom RF chains, microwave modules, filtering, amplification, signal conditioning and system-level integration for demanding environments.

End-to-End Support

Concept, design, prototype, production and integration.

Mission-Critical Applications

Aerospace, defense, flight-test, range and industrial systems.

How We Work

From RF requirement to working telemetry hardware

01
Requirement Review

We start by understanding the mission, platform, frequency band, data rate, interfaces, power limits, mechanical constraints and environmental conditions.

02
RF & System Design

Our team defines the RF architecture, digital control approach, interfaces, enclosure concept and test strategy required to meet the system goals.

03
Prototype & Validation

We build and test the hardware against practical performance parameters such as link quality, spectral behavior, sensitivity, output power, stability and integration behavior.

20+Years working experience
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