1.0 µm Ultra-Low Noise Seed Laser

This ensures long-term power stability, extremely low intensity fluctuations, and enhanced detection sensitivity, significantly improving the overall accuracy and performance of related optical systems.

Key Features

Ultra-low intensity noise for high-end, noise-sensitive optical systems.
Exceptional long-term power stability enabled by a highly stable power control architecture.
Effectively suppresses noise accumulation within amplifier chains and detection subsystems.
Narrow-linewidth, single-frequency operation for high spectral purity and coherence.
Fully independent intellectual property rights for reliable long-term availability.

Application Areas

New energy laser driving
Coherent photoradar
Precision interferometry
Quantum optics
Other noise-sensitive measurement and sensing fields

1.0 µm ultra-low noise seed laser preview

Product Information

1.0 µm Ultra-Low Noise Seed Laser

The 1.0 µm ultra-low noise seed laser is engineered for high-end applications such as new energy laser driving, coherent photoradar, precision interferometry, and quantum optics. Utilizing advanced low-RIN laser technology paired with a highly stable power control architecture, it effectively suppresses noise accumulation within the system. This ensures long-term power stability, extremely low intensity fluctuations, and enhanced detection sensitivity, significantly improving the overall accuracy and performance of related optical systems.

Bandwidth:Wide-spectrum (multi-λ)Coherence:Low coherence (OCT-ready)Stability:Long-term stable outputForm:Compact, integration-ready

Key features

Highlights

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Ultra-low intensity & phase noise
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Narrow linewidth for coherent systems
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Temperature controlled wavelength stability
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Fiber-coupled output (PM/SM options)
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Compact, ruggedized module for lab & OEM use
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Low drift under continuous operation
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Seed source for fiber amplifiers
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Coherent LIDAR research & prototypes

Applications

Use cases

Quantum

1.0 µm Narrow Linewidth Seed Laser 1.0 µm Frequency-Stabilized Seed Laser 1.5 µm Narrow Linewidth Seed Laser

Product Deep Dive

Discover the innovative engineering and superior performance that define our laser systems.

Overview of the 1.0 µm Ultra-Low Noise Seed Laser

The 1.0 µm Ultra-Low Noise Seed Laser provides an extremely stable, narrow-linewidth optical source designed for coherent detection, amplifier seeding and precision measurements. Built for low intensity noise and long-term wavelength stability, it integrates easily into lab and industrial systems.

Key Features

Ultra-low intensity & phase noise
Narrow linewidth for coherent systems
Temperature controlled wavelength stability
Fiber-coupled output (PM/SM options)
Compact, ruggedized module for lab & OEM use
Low drift under continuous operation

Technical Design

Engineered with a stabilized optical cavity, precision TEC control and low-noise drive electronics, the laser maintains spectral purity and minimal amplitude/phase noise suitable for high-accuracy experiments and instrument seeding.

Typical Specifications

Optical

Wavelength

≈ 1.0 µm (model dependent)

Linewidth

< few kHz (depends on config)

Output Power

mW-level (configurable)

Polarization

PM option available

Electrical & Mechanical

Form Factor

Benchtop / OEM module

Control

Analog + digital interfaces

Power Input

12–24 VDC (model dependent)

Applications

Seed source for fiber amplifiers
Coherent LIDAR research & prototypes
High-resolution spectroscopy
Precision optical sensing and metrology
Quantum optics experiments requiring low phase noise

Integration & Support

Units are supplied with integration support, configuration options for power and polarization, and application notes for seeding amplifier chains. Contact our sales team for custom OEM options and detailed integration guidance.