unique technology
unique technology
of quantum dots
Vertically integrated
Vertically integrated
production facility from epitaxy to packaging
Endless flexibility
Endless flexibility
of customized demands even for low volumes
Widest range
Widest range
of existing category line
20+ years of experience
20+ years of experience
in Photonic R&D and production
Made in Germany
Made in Germany
in the high-tech center of Dortmund
new products
Gain-chip at 850nm in TO package
Gain-chip at 850nm in TO package
GCB0850030TC050MXXXX
PDF
Wavelength:  850 nm
Tuning range width:  30 nm
Maximal Output Power:  50 mW
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Fiber coupled DFB laser diode at 780nm with 5mW
Fiber coupled DFB laser diode at 780nm with 5mW
DFB0780000YY005MFVXX
PDF
Peak wavelength:  780 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 780nm with 10mW
Fiber coupled DFB laser diode at 780nm with 10mW
DFB0780000YY010MFXXX
PDF
Peak wavelength:  780 nm
Output power:  10 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 781nm with 5mW
Fiber coupled DFB laser diode at 781nm with 5mW
DFB0781000YY005MFVXX
PDF
Peak wavelength:  781 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 782nm with 5mW
Fiber coupled DFB laser diode at 782nm with 5mW
DFB0782000YY005MFVXX
PDF
Peak wavelength:  782 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 783nm with 5mW
Fiber coupled DFB laser diode at 783nm with 5mW
DFB0783000YY005MFVXX
PDF
Peak wavelength:  783 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 784nm with 5mW
Fiber coupled DFB laser diode at 784nm with 5mW
DFB0784000YY005MFVXX
PDF
Peak wavelength:  784 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 785nm with 5mW
Fiber coupled DFB laser diode at 785nm with 5mW
DFB0785000YY005MFVXX
PDF
Peak wavelength:  785 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 786nm with 5mW
Fiber coupled DFB laser diode at 786nm with 5mW
DFB0786000YY005MFVXX
PDF
Peak wavelength:  786 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 787nm with 5mW
Fiber coupled DFB laser diode at 787nm with 5mW
DFB0787000YY005MFVXX
PDF
Peak wavelength:  787 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 788nm with 5mW
Fiber coupled DFB laser diode at 788nm with 5mW
DFB0788000YY005MFVXX
PDF
Peak wavelength:  788 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 789nm with 5mW
Fiber coupled DFB laser diode at 789nm with 5mW
DFB0789000YY005MFVXX
PDF
Peak wavelength:  789 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 790nm with 5mW
Fiber coupled DFB laser diode at 790nm with 5mW
DFB0790000YY005MFVXX
PDF
Peak wavelength:  790 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 791nm with 5mW
Fiber coupled DFB laser diode at 791nm with 5mW
DFB0791000YY005MFVXX
PDF
Peak wavelength:  791 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 792nm with 5mW
Fiber coupled DFB laser diode at 792nm with 5mW
DFB0792000YY005MFVXX
PDF
Peak wavelength:  792 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 793nm with 5mW
Fiber coupled DFB laser diode at 793nm with 5mW
DFB0793000YY005MFVXX
PDF
Peak wavelength:  793 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 794nm with 5mW
Fiber coupled DFB laser diode at 794nm with 5mW
DFB0794000YY005MFVXX
PDF
Peak wavelength:  794 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 795nm with 5mW
Fiber coupled DFB laser diode at 795nm with 5mW
DFB0795000YY005MFVXX
PDF
Peak wavelength:  795 nm
Output power:  5 mW
Forward current:  100 mA
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Fiber coupled DFB laser diode at 1280nm
Fiber coupled DFB laser diode at 1280nm
DFB1280000YY100MFXXX
PDF
Peak wavelength:  1280 nm
Output power:  100 mW
Forward current:  800 mA
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Fiber coupled DFB laser diode at 1281nm
Fiber coupled DFB laser diode at 1281nm
DFB1281000YY100MFXXX
PDF
Peak wavelength:  1281 nm
Output power:  100 mW
Forward current:  800 mA
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Fiber coupled DFB laser diode at 1282nm
Fiber coupled DFB laser diode at 1282nm
DFB1282000YY100MFXXX
PDF
Peak wavelength:  1282 nm
Output power:  100 mW
Forward current:  800 mA
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Fiber coupled DFB laser diode at 1283nm
Fiber coupled DFB laser diode at 1283nm
DFB1283000YY100MFXXX
PDF
Peak wavelength:  1283 nm
Output power:  100 mW
Forward current:  800 mA
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Fiber coupled DFB laser diode at 1284nm
Fiber coupled DFB laser diode at 1284nm
DFB1284000YY100MFXXX
PDF
Peak wavelength:  1284 nm
Output power:  100 mW
Forward current:  800 mA
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Fiber coupled DFB laser diode at 1285nm
Fiber coupled DFB laser diode at 1285nm
DFB1285000YY100MFXXX
PDF
Peak wavelength:  1285 nm
Output power:  100 mW
Forward current:  800 mA
Add to cart
Fiber coupled DFB laser diode at 1286nm
Fiber coupled DFB laser diode at 1286nm
DFB1286000YY100MFXXX
PDF
Peak wavelength:  1286 nm
Output power:  100 mW
Forward current:  800 mA
Add to cart
our latest news
We are always working on something new. Find out what’s next for us and our customers.
180 mW O-Band DFB Laser with Integrated Isolator and 100 kHz Linewidth
180 mW O-Band DFB Laser with Integrated Isolator and 100 kHz Linewidth
Innolume introduces a new 180 mW O-band quantum-dot DFB laser module with an integrated double-stage optical isolator. Covering customer-selected wavelengths from 1270 to 1330 nm, it combines 100 kHz effective linewidth, low RIN, mode-hop-free tuning, and high ex-fiber output power for demanding coherent and low-noise photonic applications.
Innolume Showcases Its O-Band WDM SOA Portfolio for Next-Generation Optical Networks
Innolume Showcases Its O-Band WDM SOA Portfolio for Next-Generation Optical Networks
Explore how wavelength-specific SOAs for 1260 nm, 1310 nm and 1340 nm enable flexible O-band network design, backed by system-level 100G PAM4 transmission validation.
Innolume Coordinates the HiPER CPO Project to Develop Laser Sources for Co-Packaged Optics
Innolume Coordinates the HiPER CPO Project to Develop Laser Sources for Co-Packaged Optics
Innolume is coordinating the HiPER CPO project to develop next-generation Quantum Dot laser sources for Co-Packaged Optics, enabling faster, more energy-efficient optical interconnects for AI-driven data centers.
Innolume Expands Quantum Dot Manufacturing with New Veeco GEN2000 MBE System
Innolume Expands Quantum Dot Manufacturing with New Veeco GEN2000 MBE System
Innolume has placed an order for a new Veeco GEN2000® Molecular Beam Epitaxy (MBE) system to further expand its epitaxial manufacturing platform and support growing demand for gallium arsenide (GaAs)-based quantum dot photonic products for silicon photonics, next-generation optical transceivers, AI infrastructure and cloud data centers.
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INNOLUME HISTORY

Selected milestones in our history
2003
Founded as a spin-off of Ioffe Institute and the Institute of Solid State Physics at TU Berlin based on the long-standing collaboration between the laboratories of Prof Zhores Alferov (Nobel Prize in Physics 2000) and Prof Dieter Bimberg (UNESCO Award 2006)
2004
Established production MBE of QD wafers. First sales and NRE projects.
2005
Development of O-band QD passive mode-locked lasers with world-record performance
2006
Invention of O-band QD based comb-laser
2007
Finalized the ramp up of laser production faciltiies: from epi to fiber pigtailed modules
2008
Launch production of high power FP lasers based on QDs and QWs
2009
Launch production of high power FBG laser modules
2012
Development of DFB GaAs lasers based on QDs and QWs. Launch production
2013
Invention of FBG-lasers for the second harmonic generation.
2015
Launch production of O-band QD lasers with record PCE above 45%
2017
Products portfolio expanding
2019
Invention of high power high temperature O-band DFB QD lasers (Prizm Award 2020)
2020
Invention of high power O-band SOAs for LiDAR applications
2021
Launch production of high power 1.2um FP lasers for BDFA pumping
2022
Development of ultra-low noise comb-SOA based on QDs
2024
Launch of a major CapEx program to further expand our production capacity and enhance development capabilities
2025
Award for high saturation power O-band semiconductor optical amplifier in optical information, communication, and security applications (Innovation Award, Laser World of Photonics / Europa Science).