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我们始终致力于不断创新 – 欢迎了解我们的最新动态与客户的未来发展。

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 Showcases Its O-Band WDM SOA Portfolio for Next-Generation Optical Networks

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 Coordinates the HiPER CPO Project to Develop Laser Sources for Co-Packaged Optics

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.

Innolume Expands Quantum Dot Manufacturing with New Veeco GEN2000 MBE System

Innolume joins the PhotonDelta ecosystem

Innolume joins the PhotonDelta ecosystem, strengthening collaboration within Europe’s integrated photonics industry. The partnership supports innovation in PIC technologies, optical communications, data centers, AI, and next-generation photonic solutions.

Innolume joins the PhotonDelta ecosystem

Innolume at the AOK company run 2026

Innolume colleagues proudly took part in the AOK Company Run 2026 in Dortmund, completing the 6.7 km course and representing the company with great team spirit and enthusiasm.

Innolume at the AOK company run 2026

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Innolume at CIOE 2025 in Shenzhen!

Innolume at CIOE 2025 in Shenzhen!

Innolume invites you to CIOE 2025 in Shenzhen! Meet us on September 10–12 at the booth of our distributor Micro photons (Shanghai) Technology Co., LTD. (Hall 4, Booth 4C095).

New Week, New DFB Release – Expanding the DFB Laser Portfolio with 780 nm, 785 nm, and 795 nm Solutions

New Week, New DFB Release – Expanding the DFB Laser Portfolio with 780 nm, 785 nm, and 795 nm Solutions

Innolume introduces DFB lasers at 780 nm, 785 nm, and 795 nm, delivering up to 10 mW output power with high stability and a narrow spectral linewidth for precise scientific and industrial applications.

Pushing the Limits of O-Band: Innolume’s High-Power QD DFB Laser

Pushing the Limits of O-Band: Innolume’s High-Power QD DFB Laser

Discover our latest O-band QD DFB laser in a 14-pin Butterfly package, delivering up to 300 mW ex-fiber with exceptional spectral purity. Ideal for long-range optical communication, FMCW LiDAR, and advanced sensing.

Visit of the Mayor of Dortmund to Innolume

Visit of the Mayor of Dortmund to Innolume

The Mayor of Dortmund, Thomas Westphal, visited Innolume to learn more about photonics production and the company’s expansion plans

Application note: Guidelines for Quantum Dot DFB Laser Coupling in Optical Subassemblies

Application note: Guidelines for Quantum Dot DFB Laser Coupling in Optical Subassemblies

Innolume has published a new Application Note detailing its quantum dot (QD) distributed feedback (DFB) lasers operating in the O-Band range.

Alexey Kovsh took part in the Co-Packaged Optics webinar

Alexey Kovsh took part in the Co-Packaged Optics webinar

Alexey Kovsh joined the Supporting Technologies session at the Tracking Progress in Co-Packaged Optics 2025 webinar by LightCounting, presenting Innolume’s breakthroughs in QD-based DFB and comb lasers for CPO systems. Highlights included high-temp operation, low RIN, and 100 GHz comb laser progress.

Successfull implementation of a new fully automated chip-on-carrier (CoC) bonder at Innolume

Successfull implementation of a new fully automated chip-on-carrier (CoC) bonder at Innolume

Innolume has implemented a fully automated chip-on-carrier (CoC) bonder, boosting production capacity, enhancing product quality, and accelerating delivery of high-performance laser components.

New publication on bidirectional high-speed transmission using QD-SOA

New publication on bidirectional high-speed transmission using QD-SOA

The article in IEEE Photonics Technology Letters presents a bidirectional optical access link using a QD-SOA with 100 Gbit/s uplink and 150 Gbit/s downlink over 20 km fiber. Results show QD-SOAs are suitable for future passive optical networks. DOI: 10.1109/LPT.2025.3580280

Innolume at the Integrated Photonics Applications Stage 2025

Innolume at the Integrated Photonics Applications Stage 2025

At the Integrated Photonics Applications Stage 2025 in Munich, Innolume’s Alexey Borodkin presented cutting-edge quantum dot (QD) laser solutions designed for AI cluster scalability, highlighting performance benefits, energy efficiency, and seamless integration with silicon photonics.