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J599 Fiber Optic Connector

J599 Fiber Optic Connector

Specially designed for military field optical cables, the neutral bayonet locking structure can realize fast and arbitrary connection between head and seat, head and head, seat and seat.

Multi-channel Extinction Ratio Tester

Multi-channel Extinction Ratio Tester

The platform type multi-channel extinction ratio tester can independently carry out polarization extinction ratio test, optical power test, insertion loss change test, etc. Equipped with USB(RS232) interface, the upper computer software can automatically test, record and analyze data, and can easily form an automatic test system.

Tunable laser light source

Tunable laser light source

The tunable laser adopts the imported tunable laser module, combined with the professionally designed drive circuit and TEC control circuit to ensure the safe and stable operation of the laser.

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Specialty fiber optic cable connector

Specialty fiber optic cable connector

Optical fiber close-packed

Optoelectronic connection components

Special optical cable

Special optical fiber

Fiber Optic Gyroscope Device Products

Fiber Optic Gyroscope Device Products

Parity-preserving PM-FA products

Optical fiber ring

Polarization maintaining beam splitter

TO PIN detector

SLD

PINFET

Laser crystal

Laser crystal

Laser crystal

Nonlinear crystal

Q switch

Electro-optic modulator series

Electro-optic modulator series

Lithium Niobate Waveguide Devices

Automatic Offset Point Control Board

Electro-optic phase modulator

Light source (laser)

Light source (laser)

Pulse light source

Broadband light source

Tunable laser source

DFB Lasers/Modules

Desktop light source

Directly modulated laser module

Testing and measuring instruments

Testing and measuring instruments

Extinction ratio tester

Fiber amplifier

1xN Rack Motor Optical Switch

Drive

Optical power meter

Frequency Source Module

Optical passive device

Optical passive device

Optical attenuator

WDM

Circlip

Optical isolator

Beam splitting/coupler

Optical Polarization and Delay Series

Optical Polarization and Delay Series

Optical fiber delay line

Microwave photonic link

Microwave photonic link

Microwave optical transmission link

Optical receiving module

Light emitting module

Optical Amplifier Series

Optical Amplifier Series

Semiconductor fiber amplifier SOA

Yb-doped fiber amplifier YDFA

Erbium-doped fiber amplifier EDFA

Electro-optical modulator

Electro-optical modulator

High Speed Coherent Optical Communication Modulator

Analog single sideband optical modulator

High stable electro-optical intensity modulator

Device Process Equipment

Device Process Equipment

Deviation-maintaining FA fixed-axis table

Coupling table

Grinding Machine

Ring winding machine

Fiber splitting machine

Axle table of polarization-maintaining connector

Recommend Products

Multi-core branch optical cable Ⅰ(GYFJU-Ⅰ)

Multi-core branch optical cable Ⅰ(GYFJU-Ⅰ)

Multi-core branch optical cable I uses single-core optical cable (900μm tight sleeve optical fiber, aramid reinforcement element) as a sub-unit, non-metallic reinforcement core, optical cable sub-unit layer twisted in the central reinforcement core to form a cable core, the outermost extrusion of a layer of polyvinyl chloride (PVC) sheath. Sheath of LSZH or other agreed materials can also be provided according to customer requirements.

Infrared quartz fiber

Infrared quartz fiber

High hydroxyl large-core fiber can work stably in devices and systems in the ultraviolet and near-ultraviolet operating bands; 105 ~ 800μm fiber core diameter can provide high coupling efficiency in data connections or other connectors, reducing equipment and components Cost. Optimized for 200nm to 700nm operating wavelengths, with very low attenuation and high bandwidth.

Industrial Control Plastic Optical Fiber Connector

Industrial Control Plastic Optical Fiber Connector

Mainly used in low-speed, short-distance transmission, in the industrial control bus system and the Internet field of development prospects, with high transmission bandwidth, strong anti-interference performance, signal stability and other advantages. Plastic optical fibers (POF) have become a competitive alternative to copper in industrial and automotive automation applications due to their outstanding electrical "noise" immunity.

High temperature resistant quartz fiber

High temperature resistant quartz fiber

High temperature resistant optical fiber is mainly suitable for sensing, communication, lighting and other fields in harsh environments such as high temperature and high humidity. The coating modulus is large, wear-resistant and corrosion-resistant; the gas-containing acrylic resin can ensure the long-term stable use of the optical fiber below 150 ℃, and the polyimide ester coating can make the optical fiber work stably in the environment below 300 ℃.

Fiber Optic Active Connector

Fiber Optic Active Connector

Mainly used in low-speed, short-distance transmission, in the industrial control bus system and the Internet field of development prospects, with high transmission bandwidth, strong anti-interference performance, signal stability and other advantages. Plastic optical fibers (POF) have become a competitive alternative to copper in industrial and automotive automation applications due to their outstanding electrical "noise" immunity.

Large core diameter infrared band energy transmission fiber

Large core diameter infrared band energy transmission fiber

Quartz-clad large-core infrared energy-transmitting fiber can work stably in devices and systems in visible and near-infrared operating bands; 105 ~ 800μm fiber core diameter can provide high coupling efficiency in data connections or other connectors, reducing equipment And the cost of components. Glass cladding large core diameter fiber series products with gradient step refractive index distribution, fully optimized 850nm,1300nm window waveguide structure characteristics, with very low attenuation and high bandwidth. This series of large core diameter optical fiber series products have different core diameter, cladding diameter and numerical aperture, and can provide customized services according to customer needs, to maximize the different application needs of customers.

Industry Applications

The fields involved include: photoelectric engineering, biology, medicine, environmental protection, physics, chemical industry, optical communication, green energy, etc.

ABOUT US

Company Profile

Fiberlink (Wuhan) Photoelectric Technology Co., Ltd was established in 2019, located in Optics Valley, Wuhan, China. The company is focusing on the R&D and manufacturing of specialty optical fiber, specialty optical cable, specialty optical connector and optical sensing products, it is committed to applying advanced optical fiber technology and optical sensing technology to optical communication, optical sensing, industrial Internet and other fields.

Enterprise culture

Enterprise style

Contact Information

Product Manual

Blog

2023

12-14

Heavy release-the first domestic 110GHz electro-optic modulator successfully developed [reprinted]]

Recently, the first domestic 110GHz electro-optical intensity modulator product was successfully developed in the National Information Optoelectronics Innovation Center (NOEIC), and was verified and ordered by many industrial customers. The modulator takes the domestic thin film lithium niobate chip as the core and can work in C and L bands. It has the characteristics of ultra-high bandwidth, ultra-high speed, low chirp, low driving voltage, high linearity and so on. Its 3dB bandwidth is as high as 110GHz. It is the first electro-optic modulator product with a bandwidth exceeding 110GHz in China. Its key technical indicators have reached the international advanced level, it will be widely used in optical communication, optical interconnection, optical computing, photoelectric measurement, microwave photonics and other broadband optoelectronic information systems.

2023

12-14

Who has mastered the DFB laser dominance? China DFB laser layout analysis!

In recent years, with the widespread deployment of 5G, global traffic has grown rapidly and bandwidth has been rapidly improved. At the same time, the outbreak of the new coronary pneumonia epidemic has prompted a sharp increase in demand for data centers and fiber-to-the-home, bringing considerable demand to the optical communications industry. The market demand for optical modules, wavelength division devices, splitters and connectors continues to grow, and fixed networks and access networks have also ushered in a new construction cycle. The optical module is a key component of the optical communication equipment, and the optical communication device is the main component of the optical module, and its performance determines the upgrade and update of the optical communication network, and the laser is the most important electro-optical conversion device in the optical module. With the rapid development and breakthrough of semiconductor laser technology, semiconductor lasers have a series of advantages such as small size, light weight, high electro-optic conversion efficiency, strong stability, high reliability and long life. At present, the quality, wavelength range and output power of semiconductor laser products are rapidly improving, and the variety of products is becoming more and more abundant. The application of semiconductor lasers has covered the entire field of optoelectronics and has become one of the core technologies of optoelectronic science today. Therefore, semiconductor lasers are considered to be one of the most promising areas in the optoelectronic industry.

2023

12-14

Huawei applies for a patent on an electro-optic modulator to achieve good impedance matching to improve the efficiency and bandwidth of electro-optic modulation.

According to the announcement of the State Intellectual Property Office, Huawei Technologies Co., Ltd. applied for a project called "an electro-optic modulator and related equipment", the public number is CN117170122A, and the application date is May 2022.

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Contact Information

Contact Phone

+86 13007196908

E-mail: sales@fiberlink.com.cn

Address: Building 1, No. 12 Miaoshan East Road, Jiangxia District, Wuhan, Hubei Province, 430073 P.R China