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Boosting Light
to Transform Connectivity

Revolutionizing optical communication with Erbium-Doped Waveguide Amplifier (EDWA) technology offering compact, scalable, & high-performance on-chip gain.

Contact Us

Boosting Light
to Transform Connectivity

Revolutionizing optical communication with Erbium-Doped Waveguide Amplifier (EDWA) technology offering compact, scalable, & high-performance on-chip gain.

Contact Us

dope photonic circuit
dope photonic
dope photonic

Unique Selling Proposition

Leading the Future with Rare-Earth Ion-Doped Photonic Technology

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High Performance

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

design lines

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Low Cost

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

lines

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Scalable

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

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Multi Lane

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

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Compact

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

dope photonic

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Extended Range

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

dope photonic
dope photonic circuit
dope photonic
dope photonic

Unique Propositions

Powering Next-Gen Connectivity with Rare-Earth Photonic Circtuis

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High Performance

Featuring 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

design lines

002

/ 006_

Low Cost

Wafer-scale fabrication and flexible integration of passive and active photonic components enable cost-efficient, high-volume production.

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Scalable

Monolithic integration with silicon photonics foundry process allowing large volume wafer scale fabrication.

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Multi Lane

Integration of multiple amplifier lanes on a single photonic chip for massively parallel applications.

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Compact

Ultra-compact, chip-scale amplifiers with mm² footprints.

dope photonic

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Extended Range

Possibility to incorporate other ions to address a wide range of wavelengths.

dope photonic
dope photonic circuit

Unique Selling Proposition

Leading the Future with Rare-Earth Ion-Doped Photonic Technology

dope photonic
dope photonic

001 

/ 006_

High Performance

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

design lines

002

/ 006_

Low Cost

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

lines

003

/ 006_

Scalable

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

icons

004

/ 006_

Multi Lane

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

icon

005

/ 006_

Compact

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

dope photonic

006

/ 006_

Extended Range

The device features 30 dB on-chip gain, 300 mW on-chip output power, a low noise figure (<5 dB), and temperature-insensitive gain.

dope photonic
Frame 99.webp
dope photonic

Redefining Optical Networks with On-Chip Erbium-Doped Amplifiers

EDWATEC, a Swiss high-tech startup company, is an integrated device manufacturer (IDM) offering rare-earth ion-doped photonic integrated circuits.

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EDWATEC specializes in providing tailored solutions through its proprietary Er-doped PIC technology for compact, scalable, and high-performance optical amplifiers and lasers. Our distinct advantage lies in access to state-of-the-art nano-fabrication facilities combined with our team’s expertise in photonics design and measurement.

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