RESOLUTION Spectra Systems

Meylan 38240


About RESOLUTION Spectra Systems



13 Chemin du Vieux Chêne
Meylan 38240

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RESOLUTION Spectra Systems offers high resolution laser spectrum analyzers and wavelength meters in the VIS-NIR range (630-1100 nm). Those are ideal tools for characterizing pulsed and CW lasers and for sensing applications. Based on SWIFTSTM technology, these innovative instruments have unique features: compactness, high accuracy, speed and robust calibration.


Buyer's Guide


Innovative, very compact, high-resolution Laser Wavelength Meter LW-10 offers a very robust calibration over time with 20 MHz resolution and 200 MHz absolute accuracy, multiple...
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Educational Kit - Fourier transform and Laser characterization

This educational kit aims to promote physics, optics and photonics by the teaching of Fourier Transform spectroscopy and Laser characterization. Each kit includes optical components...
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ZOOM Spectra

High speed icombined with ultra-high resolution is now offered by the ZOOM Spectra. Made for the spectral characterization of narrow-linewidth lasers from 630-1083 nm, it is both...
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The OEM MICRO Spectra is the OEM version of the MICRO Spectra laser spectrum analyzer. Thanks to its ultra-compact size, it can easily be embedded in a laser or any system using...
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MICRO Spectra

The MICRO Spectra is the only mini laser spectrum analyzer giving you access to 7 - 20 pm / 6 GHz spectral resolution and absolute accuracy. You can perform measurements on simultaneous...
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WIDE Spectra

The WIDE Spectra is an ultra-high resolution laser spectrum analyzer with wide measurement bands. Ideal for monitoring narrow-linewidth tunable laser emission over tens or hundreds...


Test & Measurement

Spectrum analyzer from Resolution Spectra Systems measures at up to 10 fps

The Zoom UHR laser spectrum analyzer has resolution up to 16 GHz, allowing spectra, wavelength, and linewidth measurement in real time.
FIGURE 1. The SWIFTS principle is compared with grating spectrometers and Michelson (Fourier-transform) spectrometers. (a) A Fourier-transform spectrometer is shown in a Michelson configuration. (b) A SWIFTS spectrometer is like a simplified Michelson interferometer in which the scanning mirror and the detector are replaced by the nanodetectors. (c) A grating spectrometer is an interferometric system that creates an optical path difference (OPD) equal to L x (sinα+sinβ) between the rays reaching the two sides of the grating. For a given grating width L, the resolving power of the grating is maximum for two angles that correspond to the SWIFTS configuration (incident and diffracted light are aligned).

Spectroscopy: High-resolution spectrometers shrink down with SWIFTS

SWIFTS is a new principle of spectroscopy that can be implemented in an integrated chip, delivering picometer resolution over a spectral range of several hundred nanometers.
Resolution Spectra Systems ZOOM Spectra spectrometer

Resolution Spectra Systems high-resolution spectrometer covers the visible to NIR range

The ZOOM Spectra spectrometer can be used over the entire 630–1070 nm range without hardware modifications.
A SWIFTS spectrometer characterizes an 852 nm DFB laser at its nominal operating temperature of 15º to 40ºC between 851.200 and 853.180 nm, showing its characteristic singlemode profile. Further analysis at a 100 Hz measurement rate at the out-of-recommended temperature range of 5º to 15ºC shows dual-mode behavior, while measurements at a higher rate of >1000 kHz show that neither mode exists at the same time, indicating mode-hopping behavior for the laser.

SPECTROMETERS: SWIFTS spectrometer technology miniaturizes and increases performance

In many spectrometer designs, there is often a tradeoff between miniaturization and high performance.

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