Tunable Laser Source.

Available in PXI and MATRIQ platforms
Telecom tunable laser C band L band PXI

Laser 1000 Series

The Laser 1000 Series in PXI is a Continuous Wave (CW), tunable laser source offering high-power output, narrow 100kHz linewidth and 0.01pm resolution tunability.

With seamless PXI integration, it can be easily integrated into new or existing PXI test setups. Save space, lower your costs and improve testing efficiency while delivering reliable and repeatable results in production or research environments.

Download spec sheet
1, 2 or 4 lasers per single-slot module

Achieve high channel density with up to 68 channels in an 18-slot PXI chassis.

Full tunability across C band or L band

Ideal for telecommunications applications; full coverage of DWDM channels.

Smarter calibration for enhanced power uniformity

Minimise inter-channel power variance with enhanced power uniformity between channels.

0.01pm tuning resolution

Tune to anywhere within C or L band with a high 0.01 pm tuning resolution.

Narrow 100kHz linewidth, up to 16.5 dBm of power

High stability 100kHz linewidth makes it an ideal candidate for some of the most demanding applications, such as coherently modulated high-speed communications.

Seamless PXI integration

Take advantage of PXI’s integrated triggering and synchronization capabilities across electrical and optical instruments.

Optional Whisper Mode

The Laser 1000 Series comes with optional whisper mode. This feature enables the user to temporarily disable the laser control frequency dither, which is useful for applications that require the narrowest linewidth.

All of our tunable lasers adhere to the OIF standard Micro Integrable Tunable Laser Assemblies (μITLA) Implementation Agreement and utilise the standard dithering method for frequency stability.

  • Stable local oscillator for coherent receivers
  • WDM network loading
  • General purpose stable light source for telecom and physics
  • Amplifier testing
  • With its polarization maintaining output, it’s ideal for experiment and testing that require precise control of your polarization state