6 layer PCB for optical modules

6 layer PCB for optical modules

6 layer PCB

Layer Count: 6L
Material: FR4 Tg170
Material: 1.0mm
Panel Size: 83.2*68.4mm/10
Outer Layer Copper Thickness: 1OZ
Inner Layer Copper Thickness: 1OZ
Min Via Diameter: 0.15mm
Trace Width/Spacing: 4/3mil
Surface Finish: 1-2U’’ENIG
The 6 layer optical module PCB is designed for high-speed communication applications, including optical modules, 5G networks, and large-scale data centers.

6 layer PCB for optical modules
4-layer-ssd-pcb-b

Exploring Cutting-Edge Technologies in Optical Module PCBs‌

In today’s rapidly evolving digital era, fiber optic communication has become the cornerstone of modern networks, serving as the “expressway” for global data transmission. At the heart of this vast system lies the optical module printed circuit board (PCB), a critical enabler of high-speed connectivity. As a leader in PCB manufacturing, ‌Season Multilayer Circuit‌ remains at the forefront of innovation, delivering high-quality 6-layer optical module PCBs to clients worldwide. This article explores the unique features of optical module PCBs and how Shenze Multi-Layer Circuits leverages advanced technologies and exceptional service to meet diverse customer demands.

‌I. Optical Module PCBs: The “Heart” of Fiber Optic Communication‌

Optical modules, the core devices in fiber optic networks, convert electrical signals into optical signals for efficient, long-distance data transmission. Comprising a transmitter (converting electrical to optical signals) and a receiver (reverting optical to electrical signals), these modules overcome the limitations of traditional copper-based communication, enabling faster speeds and broader coverage.

‌II. High-Speed Data Transmission: The Core Advantage‌

In the information age, data speed determines the value and timeliness of communication. Optical modules excel here—for instance, a standard 10Gbps module transmits 10 billion bits per second, far surpassing traditional copper cables. This capability makes optical modules indispensable in data centers, cloud computing, and high-definition video streaming.

‌III. Long-Distance Transmission: Breaking Physical Barriers‌

While fiber optic signals face distance limitations, optical modules extend their reach dramatically. With low transmission loss and minimal signal attenuation, they enable data to travel tens to hundreds of kilometers. This capability underpins cross-city, international, and even intercontinental communication networks.

‌IV. Diverse Speeds and Interfaces: Tailored Flexibility‌

To address growing network complexity, optical modules offer versatile configurations. Interface options like SFP, GBIC, and 10G SFP+, coupled with speeds ranging from 1Gbps to 400Gbps, ensure adaptability to diverse environments—from enterprise networks to hyperscale data centers.

‌V. Reliability: The Lifeline of Optical Modules‌

Stability is non-negotiable in high-speed systems. Season Multilayer Circuit enforces rigorous quality control across production: premium materials, precision manufacturing, and multi-stage testing. Advanced technologies like hot-swappable designs and protective circuits further enhance product reliability, earning global customer trust.

‌VI. Season Multilayer Circuit: One-Stop Manufacturing Solutions‌

As an industry leader, Season Multilayer Circuit combines cutting-edge 6-layer optical module PCBs with comprehensive services, including HDI, PCB, and PCBA manufacturing. This integrated approach streamlines workflows, reduces costs, and accelerates time-to-market for clients.

Conclusion

Season Multilayer Circuit continues to drive innovation in fiber optic communication through superior 6-layer optical module PCBs and customer-centric solutions. By prioritizing technology, quality, and service, the company remains a pivotal force in advancing global connectivity.

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