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Building Laser and RF Systems for Next Generation Communications, ISR, Sensors, and Quantum Technologies.

Industrial-grade, scientific ultra-low noise lasers at wavelengths between 370 and 4500 nm

Linewidth, phase noise, frequency noise and RIN analyzer configurable for wide laser wavelength bands between 420 nm and 2100 nm

Phase lock two lasers with a high laser lock frequency and a frequency offset up to 50 GHz.

High quality factor and finesse crystalline whispering gallery mode resonators.

Extremely low-noise opto-electronic- based RF sources optimized for low-SWaP applications

Homodyne based ultra-low phase noise floor analyzer with user friendly interface for quick and sensitive microwave phase noise measurement

Latest News

Aug 311 min read

Quantum linewidth limitation of a laser stabilized with a nonlinear microcavity

OEwaves' Lute Maleki and JPL's Andrey Matsko recently had their latest research published in Optics Letters . In the paper, they explore...

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Mar 192 min read

Reducing Stress Associated with Laser Stabilization... with stress!

Numerous applications demanding precise control over laser output necessitate frequency modulation of emitted light. Frequency modulation...

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Mar 71 min read

OEwaves booth 5201 at OFC 2024

We are excited to meet up with you at the OFC meeting to discuss the latest development in fiber-based technologies and how the OEwaves...

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Jan 181 min read

Photonics West - Booth 3678

Photonics West Exhibition: January 30th through February 1st. OEwaves will be displaying our Multi-functional, Multiband Laser Noise...

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Sep 13, 20232 min read

Ridiculous…but Nice!

When an OEwaves customer referred to our lasers as having “Ridiculously Narrow Linewidth”, we took that as an expression of their...

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Apr 26, 20231 min read

The Winking Linewidth

The linewidth of the laser does not change…in theory at least. In high performance lasers, such as OEwaves’ OE4030, the linewidth is...

393 views