products
products
AFR SteadiBeam® 1064 nm 200 W Optical Isolator for High Power Pulse Fiber Lasers
SteadiBeam® 1064 nm 200 W Isolator
AFR's SteadiBeam® is the best Isolator designed for high power pulsed fiber lasers. Two versions of design are compatible with lasers of 100 W and 200 W respectively. Under multiple patented technologies, the SteadiBeam® isolator delivers unparalleled performance of aberration-free and thermal lensing-free beam quality at any output power level. It also provides high isolation for reflection coming from all spatial angles.
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AFR 1064 nm 2 W Optical Isolator for Fiber Laser, Instrumentation Applications
1064 nm 2 W Isolator
The 1064 nm High Power Polarization Insensitive Isolator is characterized with low insertion loss, high isolation, high power handling, high return loss, excellent environmental stability and reliability. The High Power Polarization Insensitive Isolator is ideal for fiber lasers and instrumentation applications.
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AFR MEMS Variable Optical Attenuator for WDM Networks, Power Control, EDFA
MEMS Variable Optical Attenuator
AFR's MEMS Variable Optical Attenuator is based on an electrostatic drived micro-electro-mechanical-system (MEMS) chip. The MEMS Variable Optical Attenuator chip consists of a tilting mirror to change light coupling between input and output fibers. The components are characterized with low insertion loss, fast response and compact size. The MEMS Variable Optical Attenuator is widely uesd in WDM networks, power control or gain variation in EDFA.
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AFR Dragon 20 kW High Power Laser Cable for Fiber Lasers, Fiber Coupling
Dragon 20 kW High Power Laser Cable
AFR's Dragon 20 kW Laser Cable provides QBH compatible connector for high power fiber lasers up to 20 kW. Technologies incorporated include cladding mode stripping, indirect water cooling and safety interlock.
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APPLICATIONS
APPLICATIONS
Latest News
latest news
  • Mar 19, 2026 AFR Partners with Calient.AI to Showcase OCS Solutions at OFC 2026

    At OFC 2026, Advanced Fiber Resources (AFR) and its partner Calient.AI jointly showcased the Calient® OCS product. Through a live demo of the OCS all-optical interconnect, the demonstration highlighted the solution's immense potential in building high-speed, highly efficient optical network architectures, empowering the comprehensive upgrade of future data centers and intelligent computing networks.

    The rapid expansion of LLMs and hyperscale computing clusters has pushed traditional electrical switching architectures to their limits regarding power consumption, latency, and scalability. OCS has emerged as the industry's clear evolutionary path, offering protocol-agnostic, all-optical transparent transmission with ultra-low latency. Capitalizing on this shift, AFR Wuhan has drawn on years of close client collaboration to overcome the manufacturing bottlenecks associated with high-port-count optical switches. AFR has built a vertically integrated OCS manufacturing platform that spans MEMS chip packaging and testing to optical coupling, PCBA manufacturing, and final system assembly and testing.Delivering strict product consistency and scalable capacity, AFR is fully equipped to ensure reliable deployments for data center environments.

    As the demand for AI computing power continues to surge, OCS is emerging as a critical, indispensable infrastructure for data center optical interconnects. We are your OCS partner. AFR is committed to being your most trusted partner.

  • Mar 18, 2026 AFR Showcases Diverse Fiber Arrays at OFC 2026, Empowering Data Center Optical Interconnects

    At OFC 2026, Advanced Fiber Resources (AFR), alongside its wholly-owned subsidiary Vlink, is highlighting key optical interconnect components for data centers, including fiber arrays, micro-collimator arrays, and high-density fiber connectors.

    Backed by extensive process engineering experience, AFR has achieved stable, high-volume production of 800G, 1.6T FAU and made significant breakthroughs in multiple cutting-edge technical metrics, laying a solid foundation for future high-bandwidth demands. Tailored to the diverse application scenarios emerging from industry evolution, AFR has built a comprehensive interconnect portfolio:

    • High-coupling-efficiency collimator FAU, for CPO applications
    • Ultra-high-precision, ultra-high-density 2D and M×N FAU, for OCS and WSS applications
    • Compact solutions featuring a high Polarization Extinction Ratio (PER), for Coherent PICs and other demanding environments

    The stability of fundamental components directly impacts the system-level performance of data centers. Leveraging Vlink’s highly automated manufacturing lines and precision yield management systems, AFR turns cutting-edge R&D into stable, large-scale production. This synergy ensures consistent, high-volume delivery for global communication equipment vendors and cloud service providers. Join us at OFC 2026 to see why AFR is known as The FAU Company.

  • Mar 17, 2026 AFR Showcases High-Performance Circulators for Data Centers at OFC 2026

    Advanced Fiber Resources (AFR) is showcasing a robust lineup of optical circulators, delivering highly reliable, mass-production-ready solutions to the industry. Driven by the rapid expansion of the datacom sector, high-performance circulators have become essential for next-gen data centers, serving as critical components for 800G/1.6T upgrades.

    To meet the escalating demand for tighter integration and smaller footprints, AFR has introduced a highly integrated circulator solution. With strong co-development and design capabilities, AFR offers flexible, highly customized designs tailored to specific customer applications. These highly adaptable solutions are ideal for high-density, compact environments, empowering customers to build more competitive products.

    In terms of manufacturing and delivery, AFR leverages its extensive production experience across diverse optical components to automate key manufacturing processes. Coupled with the company’s vertical integration, this synergy effectively ensures high production yields and consistent product performance. Currently scaled for high-volume manufacturing, AFR anticipates its capacity will reach 100,000 units per month in 2026 and double to 200,000 units per month in 2027, further strengthening its ability to reliably meet customer demands.

Events
OFC'2027

Date: March 9-11, 2027

Location: Los Angeles, USA

Booth: S-2226

Photonics West'2027

Date: February 2-4, 2027

Location: San Francisco, USA

Booth: TBD

OCP Global Summit 2026

Date: October 12-15, 2026

Location: San Jose, USA

Booth: TBD

ECOC'2026

Date: September 21-23, 2026

Location: Malaga, Spain

Booth: 1204

China International Optoelectronic Exposition (CIOE)'2026

Date: September 9-11, 2026

Location: Shenzhen, China

Booth: 12B55

OFC'2026

Date: March 17-19, 2026

Location: Los Angeles, USA

Booth: 1201

COME MEET US
FROM LOCAL TO GLOBAL
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Careers
Careers
Optical Engineer, Zhuhai
Job Responsibilities: 1. Oversee the R&D process design and optimization of optical passive components (e.g., FAU, circulator and isolator), and develop detailed process plans and procedures to ensure the smooth progression of product R&D 2. Conduct in-depth research on the production processes of optical passive components, troubleshoot technical issues during the R&D phase, and enhance product performance and reliability 3. Participate in new product R&D projects, provide professional support from a process perspective, and assist in completing product design, testing, and verification 4. Compile and refine process documents, including process regulations and work instructions, to standardize production processes 5. Collaborate closely with the production department to translate R&D process plans into practical production processes, guide production personnel in operations, and ensure the quality of mass-produced products Job Requirements: 1. Bachelor's degree or above in Optics, Physics, or other related majors 2. At least 3 years of working experience in optical communication companies, with a track record of participating in and completing passive component R&D projects (e.g., FAU, circulator, isolator) 3. Strong hands-on skills, proficient in operating various equipment and instruments related to the R&D and testing of optical passive components 4. Familiar with standards such as 6 Sigma and GR-1209/1221, and possess solid professional knowledge of R&D processes for optical passive components 5. Excellent problem-analysis and problem-solving abilities, along with strong teamwork and communication skills
Product Engineer, Zhuhai
Job Responsibilities: 1. Responsible for technical support and process improvement of related products Job Requirements: 1. Bachelor degree or above, major in optics, physics, electronics, industrial engineering, etc. 2. More than 3 years’ experience in optical passive devices; skilled in use of OSA and optical power meter 3. Optical device reliability analysis capabilities, capable to independently analyze and solve optical device related design and process issues 4. Proactive, patient and meticulous and responsible, full of enthusiasm for work, be able to cope with work pressure
Post Doctor, Optoelectronics, Zhuhai
Research Directions: 1. Research on design of high-speed electro-optic modulator based on LiNbO3 thin film 2. Research on fabrication technology of LiNbO3 thin film photonic integrated circuits 3. Research on high-speed hybrid silicon photonics integrated circuits 4. Research on high-order modulation technology in optical communications 5. Theoretical, experimental and application research of ultra-high power optical devices 6. Design and application research of LiDAR for autonomous driving 7. Research on the principle, fabrication and application of quantum communication light source 8. Research on multi-core fiber components 9. Research on optical components for space communications Job Requirements: 1. Doctorate degree in Photonics, Optics, Electronics or Physics 2. Strong Hands-on ability or software simulation skills 3. Strong research or education background in the related fields 4. Dedication to learning and research
Process Development Engineer - Photolithography (San Donato Milanese – Milan – Italy)
Job Responsibilities: 1. His/her main responsibilities are on supervise/support Wafer Fab manufacturing areas, working in clean room environment. Main focus will be on photolithography, supporting Stepper and track processes, including introduction and qualification of new reticles and recipes 2. As Process Engineer is responsible to develop new industrial processes and maintain/improve existing ones, collaborate and provide technical advice to R&D and manufacturing teams to guarantee product quality, product cost and manufacturing efficiency 3. Other working areas can extend to support development of thin film vacuum deposition processes, dry and plasma etching 4. Investigate and perform troubleshooting analysis on possible process/product problems 5. Liaise with installation/maintenance team and specialists for equipment upgrade and calibration 6. Work with EHS representative to ensure safe working conditions and compliance with health and safety legislation 7. Setup Statistical Process Control approach to improve yield and rework rate 8. Introduce technological innovation in order to increase yield, to reduce process lead time 9. Is responsible of process documentation, work instruction necessary for transfer new process to manufacturing. Control new product introduction from design into manufacturing 10. Perform manufacturing operators’ training Job Requirements: 1. Bachelor’s or a Master’s degree in an Engineering discipline (Electronic, Material), Physics or Chemistry 2. Experience in wafer fab processes and manufacturing (nanotechnologies or semiconductor industry) 3. Hands-on experience with Overlay and CDSEM metrology preferred 4. Knowledge of plasma etching techniques is a plus 5. Experience in Chemical Vapor Deposition (CVD) is a plus 6. Experience in Chemical mechanical polishing (CMP) is a plus 7. Good attitude to team working and proactively interact with all function and levels 8. Fluent English (spoken and written) 9. Availability to travel 10. Knowledge of process validation procedures and techniques, e.g. process and product FMEA, basic six sigma concepts like capability studies and SPC is a plus 11. Competent with Microsoft Office applications and statistical tools (LabView knowledge is a plus)
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