matrIQ-Laser™ 1000 Series – Tunable Laser Source

Features

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 0.01pm 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.

Polarization maintaining output

The slow axis of polarization is aligned with the output connector key as per industry standards. The user may choose to use polarization maintaining (PM) fiber or standard singlemode fiber (SMF).

Simple, intuitive operation with cohesionUI

cohesionUI makes it simple to control matrIQ-Laser from your PC or mobile device. Its cutting edge design offers a sleek modern interface, cross device compatibility, customizable views and remote network access.

Ultra compact and flexible form factor

Housed in a compact and robust metallic case, its extremely small footprint helps you make the most of your available bench space.

USB or Ethernet operation

Connect to matrIQ-Laser with USB or Ethernet for simple setup and operation.

Excellent measurement correlation with our optical PXI modules

Shared product architecture lets you validate your system and test requirements in the lab with matrIQ-Laser, and scale up to high-volume automated production testing with the LaserPXIe module.

Product warranty

This product comes with a 3 year warranty.

Ultra Compact Form Factor

Our matrIQ products are extremely compact and housed in a robust metallic case to help you make the most of your available bench space.

Applications

• Stable local oscillator for coherent receivers
• WDM network loading
• General purpose stable light source for telecom and physics
• Amplifier testing
• Polarization maintaining output ideal for polarization sensitive experiments and testing.