Dec. 14, 2023 – Advanced Fiber Resources (AFR) proudly participated as a co-organizer in the Lithium Niobate Photonics Conference 2023 (LiNC-2023), held from Dec. 6-9 in Hong Kong.

The conference, encompassing keynote, technical, and poster sessions, brought together leading experts from academia and industry to share the latest advances and challenges in the field of lithium niobate (LN) photonics. The seamless organization and preparation of LiNC-2023, crucial to its success, were made possible through the dedicated efforts of key individuals. Dr. Cheng Wang from City University of Hong Kong, serving as the conference chair, along with Dr. Liu Liu from Zhejiang University and Dr. Changjian Guo from South China Normal University, played pivotal roles in the comprehensive planning and execution.

As an invited speaker of Technical Session, Dennis Zhou, VP of AFR, delivered a presentation titled “Energy efficient optical interconnect for AI clusters and data centers”, solidifying AFR's presence as a key contributor to the industry. During the talk, Dr. Zhou highlighted the potential of AFR's lithium niobate modulators in addressing energy-efficient interface challenges, showcasing their diverse applications. TFLN technology, a cornerstone in AFR's advancements, plays a critical role in optical modulation, frequency conversion, integrated photonics, high-speed detection, and nonlinear optical applications. This underscores the pivotal significance of TFLN in enhancing the capabilities of data centers and ultra-high-speed optical communication systems, aligning AFR with cutting-edge technological developments in the industry.

In addition, AFR hosted an Industry Forum, where distinguished experts, including Prof. Marko Lončar from Harvard University, Prof. Xinlun Cai from Sun Yat-Sen University, Prof. Xin Ou from Shanghai Inst. Microsys. Inform. Technol., CAS, and Dr. Hui Hu from NanoLN, participated in a lively panel discussion. This forum provided a platform for sharing insights and debating various aspects of LN-based integration technologies.

Lithium Niobate has emerged as a game-changing material in photonics, opening up new possibilities and applications across various industries. The LiNC-2023 conference will serve as a dynamic platform for experts, researchers, and industry leaders to converge, exchange ideas, and explore the frontiers of this cutting-edge technology. AFR looks forward to continuing its role in driving advancements and fostering connections within this dynamic field.

About AFR

ZHUHAI, China, Dec. 1, 2023 – Advanced Fiber Resources, as a leading provider of optical components, is pleased to announce the establishment of our new subsidiary in Thailand, marking a significant milestone for the AFR's development.

The new subsidiary, named ADVANCED FIBER RESOURCES (THAILAND) CO., LTD., has successfully completed its business registration and acquisition. Located in the Luang District, Pathum Thani Province, 45 km north of Bangkok and a mere 20-minute drive from Don Mueang International Airport, the facility occupies approximately 323,000 square feet. Currently, it is undergoing extensive renovation to meet AFR's standards of excellence. The facility is expected to be operational in Q1’2024. "We are excited to announce our presence in Thailand through the establishment of our subsidiary," said Dr. Wang, CEO of AFR. "This strategic move allows us to leverage our expertise and further work within the international market. We hope that this can significantly contribute to improving optimization of our supply chain, reducing production costs and enhancing our competitiveness." As the renovation progresses, we will continue to provide updates on the development of the subsidiary and the upcoming commencement of operations.

Advanced Fiber Resources (AFR) is proud to announce that its High Power Optical Isolators have been honored with a prestigious Silver Award in the 2023 Laser Focus World Innovators Awards Program. This is the fourth time that AFR has received this accolade.

AFR's High Power Optical Isolators (500 W Fiber to Free-Space Isolator & 1000 W In-Line Isolator) are critical components in fiber lasers, playing a vital role in effectively isolating reflected light during laser operation. This ensures the laser's stability, reliability, and efficiency. With innovative design concepts and the use of high-end materials, AFR's High Power Fiber Isolators are engineered to handle exceptionally high power levels with unparalleled optical performance and reliability.

Setting a new benchmark in the market for similar products, AFR's High Power Fiber Optics Isolators boast a remarkable power handling capacity. This achievement has garnered widespread attention and admiration from industry experts and customers alike.

As a multiple-time recipient of the Laser Focus World Innovators Awards, Advanced Fiber Resources continues to lead the way in revolutionizing laser components. AFR remains dedicated to delivering innovative products and solutions that drive progress in various industries, opening up new possibilities for the future.

The entire team at AFR extends its gratitude to Laser Focus World for acknowledging the hard work and dedication that has gone into developing the High Power Isolators. This recognition further motivates AFR to continue pushing the boundaries of innovation and making significant contributions to the photonics industry.

June 27–30, 2023 – AFR participated in the Laser World of Photonics 2023 held in Munich, Germany. During the exhibition, AFR presented a diverse range of products, including optimized optical delay lines, high power continuous fiber laser components, LiDAR light source, and Lithium Niobate modulators. These cutting-edge offerings demonstrate AFR's commitment to delivering state-of-the-art optical solutions to meet the evolving needs of the industry.

Optimized Optical Delay Line

An optimized fiber optic device with driver integrated inside, RS-232 Standard, featuring excellent repeatability and high integration.

ClearCut Raman Scattering Suppressor Fiber Bragg Grating

Designed with ultra-low insertion loss and high Raman scattering suppression ratio, AFR's ClearCut Raman Scattering Suppressor Fiber Bragg Grating (RSS-FBG) can handle kW level pump power and signal power with recoated only.

Laser Cavity Component (FBG+Combiner)

Our solution enables the highly efficient combination of power from up to 6 multimode pump diodes into an Fiber Bragg Grating with low insertion loss. With AFR's ClearCut designing and packaging, this device offers a remarkable power handling capability of up to 3 kW for both pump and signal.

Dragon 30 kW High Power Laser Cable

AFR's Dragon 10 kW High Power Laser Cable provides Q+ compatible connector for high power fiber lasers up to 30 kW. Technologies incorporated in the products include low transmission loss, high reflection power endurance, indirect water cooling and safety interlock.

LiDAR Light Source

The product has excellent E-O efficiency in a compact package. Its pulse width and repetition rate are tunable at high pulse energy and high peak power. AFR provides customized light source services.

For more information about all products above, please contact sales@fiber-resources.com or visit our product center at www.fiber-resources.com.

January 31-February 2, 2023—SPIE Photonics West 2023 was held at the Moscone Center in San Francisco. AFR presented numerous state-of-the-art products this year including fiber laser components, lithium niobate modulators as well as LiDAR light source. The debut of AFR’s new products and cutting-edge technologies attracted many visitors and partners.

LiDAR Light Source

The product has excellent E-O efficiency in a compact package. Its pulse width and repetition rate are tunable at high pulse energy and high peak power. AFR also provides customized light source services.

C+L Band 70 GHz Intensity Modulator (AM70)

TFLN intensity modulators expand the performance of traditional lithium niobate modulators combining much lower voltage and smaller footprint while extending the bandwidth above 70 GHz.

C+L Band 96 GBaud Coherent Driver Modulator (HB-CDM-96G)

Designed for 800 Gb/s/1.2Tb/s coherent optical transport systems and transceivers, with Baud rate over 96G per channel.

C-Band 20 GHz x 2 IQ Modulator (40G-IQ / 40G-IQ-XT)

Used in OFDM/QPSK/QAM coding and FMCW LiDAR in autonomous driving. Extended operating temperature at - 55 °C to + 85 °C. (40G-IQ-XT)

For more information about all products above, please contact sales@fiber-resources.com or visit our product center at www.fiber-resources.com.