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Microwave Signal Processing

Microwave Signal Processing

In Microwave Signal Processing, RF signals are converted into optical signals for processing and then re-converted back into RF. Common optical signal processing include high fidelity filtering of frequencies and chirping of frequencies to simulate spatial transmitter or receiver delay.

In these applications, Proximion’s ability to make optical FBG filters with low insertion loss, narrow passband and high isolation is particularly attractive to this field. Additionally, our chirped FBG technology provides unsurpassed optical frequency chirp to allow precise and stable optical delay.

key advantages of Microwave signal

Key Advantages

  • Flat frequency response (true time delay).
  • Minimal insertion loss and dispersion.
  • Scalable for large arrays.
  • Compact reconfigurable delay modules.

Applications

  • Satellite communications.
  • Radar and direction-finding antennas.
  • 5G/6G massive MIMO arrays.
  • Phased array radio telescopes.
applications for Microwave signal processing
proximion advantage with Microwave signal processing

Proximion’s Advantage

We tailor delay network architectures to antenna geometry, bandwidth, and beam scanning needs, providing bespoke modules that integrate seamlessly with RF front ends and control systems.

 

Why Choose Proximion

Proven expertise in Fiber Bragg Grating technology and optical dispersion management.
Full in-house design and manufacturing capability ensuring traceability and quality control.
Experience across multiple domains: telecom, energy, defence, aerospace, medical, and research.
Scalable solutions — from prototype development to large-scale production.
Trusted by global industry leaders and research institutions for reliability and precision.