latest news

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

16 October 2026

Innolume Expands Manufacturing Capacity and Strengthens Vertical Integration in Dortmund

Innolume is expanding manufacturing in Dortmund with a new production facility, additional epitaxy systems, and upgraded processes to increase capacity for laser chips and modules.

Innolume Expands Manufacturing Capacity and Strengthens Vertical Integration in Dortmund

29 September 2026

Innolume Highlights from ECOC 2026

Innolume at ECOC 2026 new developments in DFB lasers, SOAs and comb lasers, partner demonstrations, and conversations about scaling production for optical communications.

Innolume Highlights from ECOC 2026

15 September 2026

Innolume at ECOC 2026 in Málaga

Meet Innolume at ECOC 2026 in Málaga and explore live demonstrations of DFB and frequency comb lasers for optical communication.

Innolume at ECOC 2026 in Málaga

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.

180 mW O-Band DFB Laser with Integrated Isolator and 100 kHz Linewidth

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

All news

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.

Innolume Wins the Innovation Award 2025

Innolume Wins the Innovation Award 2025

Innolume received the award for the development of the High Saturation Power 1.3 micron Semiconductor Optical Amplifier (SOA). The product is engineered for high saturation power, ultralow noise, and high beam quality, with M² close to 1.

The Exhibition Continues - Visit Innolume at Laser World of Photonics 2025

The Exhibition Continues - Visit Innolume at Laser World of Photonics 2025

Visit our booth in Hall A2, Booth 325, to explore live demos and connect with our experts.

Comb Laser with 100 GHz spacing - now available for direct purchase from Innolume website

Comb Laser with 100 GHz spacing - now available for direct purchase from Innolume website

The new quantum-dot-based Comb Laser with 100 GHz spacing is now available on the Innolume website. Up to 24 channels, up to 2.2 THz bandwidth, CW operation, low RIN. Full specification and ordering available online.

Innolume at Laser World of Photonics 2025

Innolume at Laser World of Photonics 2025

From June 24 to 27, Innolume will participate in Laser World of Photonics 2025. At booth A2/325, we will showcase new quantum dot solutions for the O-band as well as proven laser sources and amplifiers for various applications.

Innolume shortlisted for Innovation Award 2025 at Laser World of Photonics.

Innolume shortlisted for Innovation Award 2025 at Laser World of Photonics.

We’re proud to announce that our O-Band Quantum Dot SOA has been shortlisted for the Innovation Award 2025 at Laser World of Photonics. Explore our newest technologies at booth A2/325.

Uncooled 70 mW DFB Laser

Uncooled 70 mW DFB Laser

Innolume announces a new uncooled 70 mW DFB laser designed for integration into silicon photonics transceivers.