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Monday 09:00 - 17:00 Tuesday 09:00 - 17:00 Wednesday 09:00 - 17:00 Thursday 09:00 - 17:00 Friday 09:00 - 17:00

HYC Co.,Ltd

Name: HYC Co.,Ltd
Address: Longhua district, Shenzhen city, Qingyuan, 519538, CN
Telephone: +8675581489797

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HYC Co.,Ltd

HYC is an one-stop R&D and manufacturing of passive optical devices. HYC Co., Ltd.

(HYC) is a one-stop R&D and manufacturing company specializing in passive optical devices. We provide professional products and services for fiber connectivity, WDM, PLC splitters, optical subassemblies for transceivers, and multicore fiber subassemblies. HYC’s solutions are widely applied in industries such as 5G/6G, data centers, and cloud computing. With 25 years of experience and continuous de

velopment, HYC has become a leading manufacturer of passive optical components. We have established R&D centers in Shenzhen,China, along with a large-scale production base in Thailand and China, maintaining our technological edge through independent innovation. By delivering high-quality products and reliable service, HYC has earned the trust of customers worldwide. Guided by our core values—Technology, Quality, and Service—and driven by the dedication of our entire team, HYC is evolving into a globally competitive brand in the telecommunications industry. Contact us:
Call : +86-755-81489797
E-mail: [email protected]
Website: www.hyc-system.com

03/06/2026

Why Do Switches Use Polarization-Maintaining Fiber?

PMF is used in ELS links to maintain polarization stability and ensure efficient coupling into silicon photonics devices.

More details:
https://www.hyc-system.com/news/Technology/8176.html

01/06/2026

Cignal AI: The ELSFP module market will exceed $100 million in 2026 and grow to more than $1.5 billion annually by 2030, as scale-up applications reach volume production.
Conservatively, over 30 million CPO ports could be deployed annually by 2030, with growth starting in 2027 and accelerating in 2090/2030. CPO deployment in scale-up networks is expected in late 2028 or early 2029.

28/05/2026

HYC is Hiring — Join Us in Building the Future of Optical Connectivity

As HYC continues expanding its capabilities in next-generation optical interconnect technologies, including CPO, MCF, OCS, and high-speed optical subassemblies...

📍 Qingyuan Headquarters (China)
📍 Shenzhen Branch (China)
📍 Thailand Manufacturing Base

We are hiring across multiple functions, including:
• Purchasing
• Production
• Project Management
• R&D
• Engineering
• Quality
• PLM
• Sales

We welcome passionate professionals to join us and shape the future of high-speed optical communications together.

22/05/2026

Across our global manufacturing network, we are continuously strengthening our system of quality, responsibility, and sustainability standards.

Covering quality, environmental, safety, and responsibility standards, including ISO certifications and CSR/RBA frameworks, we are steadily advancing a structured and consistent management system across all manufacturing sites.

As HYC continues to expand its global footprint, we remain committed to embedding these standards into every facility — ensuring reliability, consistency, and long-term trust for our customers worldwide.

21/05/2026

What is Fan-In/Fan-Out (FIFO) in MCF Systems?
Fan-In/Fan-Out (FIFO) is one of the key enabling technologies for practical Multicore Fiber (MCF) deployment. It serves as the bridge between single-core fibers and multicore fibers, enabling efficient optical coupling between individual single-mode fibers and each core of the MCF.

20/05/2026

Hollow-Core Fiber (HCF) and Multicore Fiber (MCF)

• HCF focuses on transmission physics — reducing latency and nonlinear effects.
• MCF focuses on spatial efficiency — increasing capacity within a single fiber strand.

HCF targets ultra-low latency applications, while MCF is gaining momentum in AI networks and hyperscale data centers for high-density optical connectivity.

19/05/2026

One of the biggest challenges in Multicore Fiber (MCF) is inter-core crosstalk.

Crosstalk occurs when light leaks from one core into an adjacent core, causing signal interference and impacting transmission quality.

As MCF enables higher transmission density within a single fiber, reducing crosstalk becomes critical for reliable high-speed communication. Achieving ultra-low crosstalk while maintaining low attenuation remains one of the key technical challenges for next-generation MCF systems.

18/05/2026

Traditional single-core optical fibers transmit one signal through a single core.
MCF contains multiple independent cores within a single strand.

This approach helps:
• Increase transmission capacity
• Reduce cable volume
• Improve fiber density

As AI and hyperscale networks continue to scale, MCF is becoming an important technology for next-generation optical interconnects.

13/05/2026

Driven by the rapid growth of AI and hyperscale data centers, Multicore Fiber (MCF) is emerging as a key technology to overcome the Nonlinear Shannon Limit of single-core fibers and significantly increase transmission capacity.

By integrating multiple cores within a single cladding, MCF enables higher-capacity, more compact optical interconnects.

Address

Longhua District, Shenzhen City
Qingyuan
519538

Opening Hours

Monday	09:00 - 17:00
Tuesday	09:00 - 17:00
Wednesday	09:00 - 17:00
Thursday	09:00 - 17:00
Friday	09:00 - 17:00

Telephone

+8675581489797

Website

http://www.hyc-system.com/

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