Optical isolation and nonreciprocal devices are pivotal components in modern photonic systems, ensuring unidirectional light propagation and safeguarding sensitive equipment from unwanted reflections.

Traditional computers are fast, but nothing like the speed of light—at 186,000 miles per second, you can crunch numbers awfully quick. That’s a big reason why optical photonics are being used for ...

A research group has discovered significant nonreciprocal optical absorption of LiNiPO4, referred to as the optical diode effect, in which divalent nickel (Ni2+) ions are responsible for magnetism, by ...

Somerset, N.J. — The SubWave optical isolator family has been unleashed for data communication and telecommunication designs. Isolators in the family employ a nanostructure-based design to directly ...

The high power PM fiber optical isolator (1064/1030/980 nm polarization-maintaining optical fiber isolator) is one of the most important passive components. The function of a PM optical isolator is to ...

Sealevel announced the SeaISO family of USB isolators with 4 kV of medical-grade optical isolation between the host computer and connected USB equipment. Sealevel announced the SeaISO family of USB ...

Somerset, N.J.—NanoOpto Corporation announced the availability for sampling of the SubWave Optical Isolator, a family of high-performance, nano-structure enabled optical isolators that can reduce both ...

High-speed optical isolators solve various interface problems between an incremental encoder signal and a PLC, servo drive, or other input devices. Related To: AutomationDirect High-speed optical ...

January 30, 2025 - Advanced Fiber Resources is pleased to announce its successful participation in Photonics West 2025, held January 28-30 in San Francisco. During the show, AFR highlighted several ...

Members can download this article in PDF format. Capacitive, optical, and inductive isolation technologies are design principles that have been around since the beginning of modern electronics. While ...

Physicists have shown that ultra-thin two-dimensional materials such as tungsten diselenide can rotate the polarization of visible light by several degrees at certain wavelengths under small magnetic ...