AI scale-up networks are pushing optical interconnects to new levels of density, precision, and integration. HYC provides Fiber Array Units with customizable core pitch, channel counts, fiber types, and termination options — and can also develop FAU subassemblies to meet needs.

Lightcounting: 2026 - The year of Silicon Photonics LightCounting expects that in 2026 more than half of all optical transceiver sales will come from modules based on SiPho modulators, up from 10% in 2018 and 33% in 2024.

How FAU(Fiber Array Unit) with Lens Array Works? The lens array plays a critical role in focusing light beam. Discover how FAU with lens arrays enable high-speed, reliable optical connectivity for high-speed transceivers. youtu.be/GRVa-nQzQCM?si…

🚀 #Multicore Fiber Patch Cord for Next-Gen Connectivity As data centers and AI computing networks scale at unprecedented speed, Multicore Fiber (MCF) is emerging as a breakthrough solution.

Multicore fiber connectors provide a simple, reliable solution—directly connecting multicore fiber to multicore fiber with high precision and minimal loss, eliminating the need for splicing. It is modified and designed based on the traditional LC/FC connector.

LightCounting: 2025 is proving to be a pivotal year for CPO development. Nvidia kicked it off with 200G/lane CPO on InfiniBand and Ethernet switches. Meta then shared strong reliability data on Broadcom's first two CPO generations, followed by Broadcom launching its 3rd-gen CPO.

How do Z-Block Integrated Subassemblies make transceiver coupling easier? It integrates all key components - Receptacle, Collimator, Z-block, Lens Array, and Prism into one. With just one coupling step to assembly into transceivers. youtu.be/xV0zgKGpd1s

To celebrate HYC’s 25th anniversary, more than 200 colleagues embarked on a 15 km hiking adventure last weekend! From breathtaking vistas to cheering each other along the trail, the day was packed with energy, teamwork, and memorable moments.

Fiber Shuffle Solutions for AI & HPC Data Centers As AI and HPC clusters continue to scale, fiber management is becoming a critical challenge in high-density environments. Fiber Shuffle Solutions are designed to streamline cable management by reorganizing complex fiber paths.

The holiday season is here, and all of us at HYC Co., Ltd. wish you a Merry Christmas filled with joy, peace, and special moments with your loved ones. Wishing you a joyful and magical holiday season!

Fiber shuffles are the perfect solution for patch panels, optical backplanes, and CPO on-board connections, supporting the evolving demands of AI and next-gen data centers.

On-Board CPO Connections Traditional 1U panels support ~24 fibers, giving 960 fibers in a 40U cabinet. With fiber flex circuits + high-density MT connectors, a 1U panel can hold 600 fibers—scaling to 24,000 fibers in a 40U cabinet.

Season’s Greetings 🎄 Christmas is a time to pause, reflect, and appreciate the people we work with across borders and cultures. We wish our partners, customers, and friends around the world a joyful Christmas and a bright, healthy New Year.

Fierce Network: 2026 is expected to be a big year for fiber manufacturers as they see huge demand from AI data centers. “The U.S. will need to add 213.3 million more fiber miles by 2029, more than doubling its current amount from 159.6 million fiber miles to 372.9 million miles,”

Designed for large-scale telecom and data center deployments, this 4U high-density fiber patch panel supports up to 576 fibers using high-density fiber cassettes.

MTP®/MPO Trunk Cables for Scale-Up & Scale-Out Manufacturing Capability • Large-scale production capacity with manufacturing based in Thailand Product Features • Compliant with IEC / TIA / EIA / Telcordia GR standards • Multiple fire ratings available: UL / OFNP / OFNR / CPR

AI is reshaping the optical components market. Cignal AI: Driven by AI-focused data center and transport network builds, global optical component revenue is projected to reach nearly $25B in 2025. Growth is led by 400G+, 800G, and emerging 1.6T optics.

As AI clusters scale rapidly, fiber density and cable manageability become critical. MMC trunks provide a compact, high-fiber-count connectivity solution for hyperscale data centers. HYC’s overseas manufacturing bases and high-volume production capacity ensure scalable delivery.

Fiber shuffles provide a dedicated approach to managing thousands of fibers, enabling complex routing in minimal space. • Fully customizable designs with flexible sizes and fiber routing options • Support for complex shuffle paths within compact layouts

January 16, 2026, HYC’s high-precision pitch FAU has been awarded the Innovative Technology Award at the Infostone Awards. This award is organized by Infostone, one of China’s leading media platforms dedicated to the optical communications industry.