公司简介

Chiral Photonics (CPI), founded in 1999, designs, develops and produces fiber-based components and assemblies. CPI’s products and related services, include:

• Multicore fiber fanouts

• High density fiber arrays

• Pump-signal combiners

• High temperature sensors

• In-fiber polarizers

• Optical probing of photonic integrated circuits (PICs)

• PIC packaging

• Fiber optic switches
  

CPI continues to innovate, through its research and development programs, often together with industry and government partners, in a broad array of technological areas, including:

• Glass microforming

• Fiber lasers and high power laser components

• Space division multiplexing

• Optical transceivers

• Optical switching

• Photonic lanterns

• Optical probes for endoscopy and other medical and scientific applications

• Shape sensing

• Harsh environment fiber optic sensing

产品列表

Multicore Fiber Fanout Multicore fiber is increasingly of interest for applications ranging from sensing to spatial division multiplexing to high density coupling. Chiral’s Multicore Fiber (MCF) Fanout enables efficient low-loss access to the individual cores of these fibers.	PROFA™ Pitch Reducing Optical Fiber Array – One-Dimensional (1D) Pitch Reducing Optical Fiber Arrays (PROFAs) provide low loss coupling between standard optical fibers and photonic integrated circuits.	PROFA™: Pitch Reducing Optical Fiber Array – Two-Dimensional (2D) Pitch Reducing Optical Fiber Arrays (PROFAs) provide low loss coupling between standard optical fibers and photonic integrated circuits.
Coupling and Packaging Services Full coupling and packaging services that can include both electrical and optical I/O.	Polarizer All-glass, in-fiber flexible polarizer (linear or circular) providing the best polarization extinction ratio (PER) available over a broad spectral range.	Pump-Signal Combiner A high power, low-loss, all glass power signal combiner. Flexible and scalable design.

Sensor This HTS-1000 sensor enables fiber optic temperature measurements up to 1000 °C.

Microforming Microforming