indie Launches First UV DFB Laser Source at 399 nm for Quantum Computing Applications
indie has introduced its first Ultraviolet (UV) Distributed Feedback (DFB) laser diode at 399 nm, designed for quantum computing systems using cooled Ytterbium atoms. This addition expands indie's photonics portfolio, which supports advanced quantum technologies. The ELA350028 laser offers a narrow-linewidth output, stability, and scalability, essential for next-generation quantum systems. The device is currently being sampled with customers as part of indie's strategic expansion into quantum markets.
indie has launched its first Ultraviolet (UV) DFB laser diode, the ELA350028, with a wavelength of 399 nm targeting quantum computing systems utilizing cooled Ytterbium atoms. This laser features narrow-linewidth output, up to 30 mW optical power, and is designed for atom cooling in quantum technologies. The device operates in a single longitudinal mode with sub-MHz linewidth and high side-mode suppression, meeting precision requirements for quantum experiments. indie is actively sampling this product with customers as part of its growth strategy into quantum and other adjacent markets.
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