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Our products – technology to bring you forward

From Single-Mode Laser Diodes to Semiconductor Optical Amplifiers, Gain Chips and more – our product range is made to fit your targets. Find the right solution for your needs or get in touch with our experts to find the best solution.

DFB & DBR Lasers

Distributed feedback (DFB) and distributed Bragg reflector (DBR) laser diodes include a monolithically integrated grating (Bragg reflector) as a spectrally selective intracavity element. In contrast to Fabry-Perot lasers, they can generate in a single longitudinal mode, typically with the optical linewidth between few hundreds’ kHz and few MHz.

Semiconductor Optical Amplifiers (SOA)

Semiconductor optical amplifiers (booster optical amplifiers) are amplifiers which use a semiconductor to provide the gain medium. They have a similar structure to Fabry–Perot laser diodes but with anti-reflection design elements at the end faces.

BA LD: Free-Space

Multi-mode Edge Emitting High Power Laser Diodes (HPLD) up to 15W in 800-1330nm spectral range on C-mount, submounts or in fiber-coupled version.

Single-Mode (Fabry-Perot)

Innolume offers a broad portfolio of high power, spatial single-mode laser diodes of any wavelength in the 780nm to 1340nm range. Devices are available either packaged in a 9-mm TO-can with a free-space beam.

Free-Space Single-Mode Lasers

Superluminescent Diodes (SLD)

A superluminescent light emitting diode is, similar to a laser diode, based on an electrically driven pn-junction that, when biased in forward direction, becomes optically active and generates amplified spontaneous emission over a wide range of wavelengths.

Gain-chips (GC)

Gain-chip is the irreplaceable component as a gain medium for the building of the tunable diode laser or high stable external cavity diode laser. Gain-chip is similar to laser diode chip except the fact that it has deep antireflecting coating on one or both facets which significantly increases threshold of self lasing or eliminate it.

Gain-modules (GM)

The Gain-Module is a similar device to the Gain-Chip, but has one side coupled into single mode fiber. It is greatly applicable for building tunable lasers with a fiber output. Factory made fiber coupling ensures optimized coupling efficiency, long-term stability and excellent reliability.

Comb Laser

The comb-laser is a light source with a spectrum consisting of frequency equidistant lines, each corresponding to one longitudinal cavity mode. The uniqueness of the comb-laser comes from the number of its lines in conjunction with their superior individual temporal stability.

Laser Diode Drivers

Innolume offers several compact solutions including 14-pin butterfly mount, current driver and TEC controller in one box. Drivers provide fast and convenient powering of any of Innolume single mode fiber coupled device such as High Power FP/FBG laser, SLD/SOA, or DFB/DBR. Being purchased in one batch, the laser will be comprehensively tested together with the driver.

Optical Isolators

Innolume offers a broad portfolio of fiber optical isolators in 780-1310nm wavelength range. Isolators could be supplied with any single-mode fiber coupled device (laser, SLD, SOA, gain-module) purchased in our Company.

RCLED & LED

Resonant cavity light emitting diode InGaAs/AlGaAs chips operating at 930nm, 960nm, 1170nm, 1240nm and 1270nm.

Produkt Overview

Applications – The right fit for you

We combine wavelength coverage with Quantum Dots Technology and advanced chip design to offer standard and custom solutions for many different markets. Rely on Innolume as a top manufacturer for GaAs-basedlaser diodes and learn how we can support you.

Industry and Instruments

Seeding of fiber lasers, sorting, sensoring, OCT and more: When it comes to solutions for industry and research, you can rely on our high-quality standards. Find out how our products can enrich your work.

Medical and Life-Science

From dental to ophthalmology, OCT, from aesthetic to Raman spectroscopy – our products are ideally suited to ensure precision and safety. Learn more about the many possibilities our technology offers.

Datacom and Telecom

Our Quantum Dot technology for the datacom market encompasses product lines for many different datacom architectures. Find out more about our solutions for precise fiber optic communication.

Scientific

Atomic clocks, quantum technology, external cavity tunable lasers and more – our products are ideally suited for your work in research and development.

News

We are always working on something new – find out what’s next for us andour customers.

New O band Quantum Dot GaAs SOA with 1W power

Innolume has developed new high power SOA in O Band!

27. November 2023

Nobel Prize in Chemistry 2023

Innolume is excited to learn that the Nobel Prize in Chemistry 2023 was awarded to Moungi Bawendi, Louis Brus and Alexei Ekimov for the discovery and development of quantum dots.

5. October 2023

New SLD at 830nm with 50mW output!

New SLD at short wavelength 830nm is now available!

19. July 2023

Laser World of Photonics 2023 Munich

Visit us at the largest Photonics Exhibition in Munich!

1. June 2023

Pump lasers for Bismuth Doped Fiber Amplifiers (BDFA)

Innolume launched the production of 1190nm pump lasers for BDFA with 500mW output power!

5. May 2023

DFBs with optical isolators to enhance stable operation!

Our Distributed Feedback Lasers are now available with built-in optical isolator to enhance stable operation of the laser!

21. April 2023

Our Postdeadline Paper presentation at OFC 2023!

Our paper about uncooled O-Band DFB has been sessioned by the Technical Program Committee for a Postdeadline Paper presentation at OFC!

10. March 2023

Our partner Alfalume announces availability of 1.3 μm high power uncooled QD Lasers

250mW @85℃, which can be split into 4 or 8 channels for 800G and 1600G DR8 Modules

7. March 2023

Quantum Dots Workshop at OFC 2023 San Diego

Learn more about Quantum Dots technology during OFC Workshop!

27. February 2023

OFC 2023 San Diego

Learn about Innolume's new Quantum Dot products at OFC 2023!

22. February 2023

SPIE Photonics West 2023 San Francisco

Innolume is joining SPIE Photonics West 2023!

17. January 2023

Innolume’s Quantum Dot technology for datacom market.

Over the whole its history Innolume was continuously working on bringing of Quantum Dots technology advantages to datacom (fiber optic communication) market. Well known high reliability, low sensitivity to optical feedback and operation at high temperature were always attracting a lot of attention from industry.

10. June 2020

Innolume High Temperature DFB laser became a finalist of Prism Awards.

10. December 2019

Temperature insensitive up to 100°C DFB Laser with 100mW output power is introduced.

Innolume has developed and released first generation of temperature insensitive up to 100°C DFB Laser with 100mW output power and ~20% wall plug efficiency which can become an enabling component for the future datacom equipment.

17. September 2019

Innolume GmbH in consortium with world leading European research institutes

In frames of “Horizon 2020”, Innolume GmbH in consortium with world leading European research institutes, large enterprises and SMEs was granted with a project focused on integration of high-speed SiGe BiCMOS electronics and GaAs quantum laser chiplets onto Silicon Photonics wafers.

11. March 2019

About Us

Innovative

To offer powerful, high-end technology for your project, we not only rely onmany years of expertise but also on creativity and innovation.

Reliable

We have been supporting clients from all over the world for more than 16 years. Streamlined, well-tried product development and manufacturing make us a reliable partner.

Fast

Our full vertically integrated fab allows for fast turn-arounds when it comesto product development, modification and customization of items.

Service-oriented

Whatever you need for your project: We offer a ready-made or custom solution that fits your specs and requirements for quality, precision and functionality.

About Innolume

Experience, expertise and passion: learn more about Innolume and how we can support you with our products and services.