Named after an extremely bright galactic object, Blazar utilizes POET’s wafer-level chip-scale ... unique 2x200G EML laser design, a cost reduction in the most expensive transmit component. Built-in ...

Wafer-level chip-scale ... s unique 2x200G EML laser design, a cost reduction in the most expensive transmit component. Built-in high-speed drivers, monitor photo diodes, a thermistor and optical ...

In high-speed applications, electro-absorption modulated laser (EML) diodes are favored for their modulation capabilities ... and Truelight leverage their expertise in laser chip manufacturing for CW ...

The startup has created what it describes as a “programmable laser” that provides a new way to link GPUs and other kinds of chips with computer memory hardware. The laser leverages various ...

Dr. Genzao Zhang, HieFo Co-founder and CEO, stated: “The HCL30 DFB Laser Chip has been developed for and specifically addresses ‘Coherent Lite’ market requirements; however, based on HieFo ...

Costing just $500 to construct and using many off-the-shelf components, the duo hope that the device will bring laser hacking to the masses. First, a primer: Modern chips use transistors that are ...

Their tool, whose design and component list they plan to release open source, aims to let anyone achieve arcane laser-based tricks to reverse engineer chips, trigger their vulnerabilities ...

With a single leap from tabletop to the microscale, engineers have produced the world's first practical Titanium-sapphire laser on a chip, democratizing a once-exclusive technology. As lasers go ...

But despite all that, there is a growing demand for miniaturizing fiber lasers on a chip-scale level. Erbium-based fiber lasers are especially interesting, as they meet all the requirements for ...

TOKYO -- Sony Group will begin mass-producing laser diodes that promise to help double the capacity of hard disk drives (HDDs) and meet today's insatiable demand for data centers, Nikkei has learned.