Innovative Photonic Solutions

Illuminating the Future of Precision: IPS Lasers for Quantum and Beyond

IPS Lasers designs and manufactures VBG-stabilized semiconductor laser systems engineered for exceptional stability, spectral purity, and reliability. Each system is aligned to atomic transitions and optical frequency references, supporting progress in quantum technologies, optical metrology, and next-generation measurement systems.

Precision That Scales

IPS bridges the gap between custom development and scalable production. Whether creating a single research wavelength or delivering volume OEM systems, our Customization at Scale approach ensures flexibility without compromise. Every IPS solution is purpose-built to meet specific optical and operational requirements — from laboratory evaluation to field-proven deployment.

Customers frequently request ultra-narrow linewidths (<100 kHz) across 633–1570 nm, paired with exceptionally low Relative Intensity Noise (RIN) and phase noise. Meeting these specifications requires advanced optical design, low-noise electronics, and rigorous thermal control. IPS delivers on these demands, providing the quiet optical stability essential for quantum sensing, atomic spectroscopy, and precision reference systems.

Example heterodyne beat measurement of an IPS 780 nm HECL showing a 40 kHz full-width at half-maximum (FWHM) linewidth at 1 kHz resolution bandwidth.

Powering the Quantum Revolution

IPS lasers enable advances across quantum sensing, atomic clocks, and photonic computing, where optical purity and long-term stability define system performance. Our technology supports innovators and institutions working at the frontier of light-based science and engineering.

Primary Markets Served:

  • Academic and government research institutions advancing quantum optics and photonic materials
  • Defense and aerospace organizations developing next-generation sensing and navigation systems
  • National metrology and standards laboratories defining frequency and wavelength benchmarks
  • Quantum technology start-ups building scalable computing and communication architectures
  • Life-science and medical device manufacturers applying photonics to diagnostics and imaging
  • Precision measurement and manufacturing companies utilizing stabilized lasers for alignment and control

Our focus on manufacturable precision ensures that the same performance achieved in the lab can be reproduced reliably in volume production — bridging the gap between discovery and deployment.

Supporting Next-Gen Quantum Applications

From visible to near-infrared, IPS lasers cover the wavelengths that drive today’s most advanced photonic systems. These platforms combine narrow linewidth, low noise, and long-term stability — the performance foundations demanded by trapped-ion, neutral-atom, and photonic quantum computing, as well as atomic clocks and advanced metrology. The following wavelengths and applications highlight common requests:

  • Visible Region (630–710 nm): Ideal replacements for He-Ne sources and precision tools for lithium, rubidium, and cesium spectroscopy.
  • Near-Infrared Region (729–870 nm): Proven solutions for trapped-ion control, repumping, and atomic clock transitions.
  • Mid-Infrared Region (~1150 nm): Stable, narrow-linewidth sources supporting frequency metrology and quantum sensing with sodium and ytterbium.

Built for Reliability. Designed for Tomorrow.

IPS lasers are more than instruments — they’re the foundation for discovery. Engineered with precision, scalability, and proven reliability, IPS systems power the world’s most advanced optical, quantum, and measurement applications.

IPS Lasers — Stability You Can Measure, Performance You Can Trust.