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Technical Analysis of SC/APC8 and SC/APC9 Fiber Optic Patch Cords
Jan 26 , 2026
In the field of optical fiber communication, Fiber Optic Patch Cords are like "specialized data cables" connecting optical communication devices. Among them, SC/APC Fiber Optic Patch Cords feature excellent return loss performance and high system stability, making them indispensable in optical transmission scenarios sensitive to reflected light, such as cable television networks (CATV) and passive...
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Quantum Secure Communication Networking: WDM Convergence Solution
Jan 06 , 2026
As quantum secure communication technology accelerates towards metropolitanization and industrialization, issues such as tight fiber optic resources, channel crosstalk, insufficient synchronization accuracy, and inadequate bandwidth for classical services have become core bottlenecks restricting large-scale network deployment. In response, Fiberwdm has launched two WDM convergence solutions suitab...
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What is an APD detector?
Dec 03 , 2025
The full name of an APD detector is Avalanche Photodiode detector. It is a high-sensitivity photoelectric detection device whose core function is to convert weak optical signals into measurable electrical signals. It is widely used in fields such as optical communication, laser ranging, and low-light imaging. Compared with ordinary photodiodes, its biggest advantage lies in its signal am...
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Understanding Biased Detectors: Principles and Applications
Oct 24 , 2025
In the field of optoelectronic devices, biased detectors are a widely used category of specialized detection equipment. They are not devices with a single structure, but a general term for optical detection devices operating on the "reverse bias" mode. Their core lies in improving detection performance through external voltage regulation to meet the demand for high-precision optical signal capture...
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GPON vs XG-PON vs XGS-PON, What's the Difference?
Sep 25 , 2025
Passive Optical Network (PON) is the core technology for fiber-optic broadband. Leveraging the advantages of "passivity" (no power supply required for the Optical Distribution Network/ODN), low cost, high reliability, and wide coverage (up to 20 km), it has become the mainstream of broadband networks. GPON, XG-PON, and XGS-PON represent three key phases in the evolution of PON technology, with cor...
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One Optical Fiber Carries All Services? This Device Holds the Secret to Broadband Upgrades
Sep 19 , 2025
When you upload work files via gigabit broadband while smoothly streaming 4K IPTV programs, you may not realize that behind these "simultaneous online" high-speed experiences lies an "intelligent dispatcher of optical signals" — the PON Coexistence Wavelength Division Multiplexer (CEx-WDM). It not only makes "one optical fiber for all services" a reality but also serves as the core driver fo...
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What is an LPO Optical Module?
Aug 12 , 2025
In the wave of digitalization, high-speed data transmission and processing have become the core driving forces behind technological development. As a key carrier of information transmission, optical communication technology continues to evolve to meet the explosive growth in bandwidth demand. Among these advancements, the LPO optical module has emerged with unique technological advantages, standin...
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Data Center DAC & AOC: Key Differences & Uses
Jul 31 , 2025
In data centers, DAC (Direct Attach Copper) and AOC (Active Optical Cable) are two commonly used high-speed connectivity cables. They may look similar in appearance but differ significantly in functionality and application scenarios. Understanding the differences between them helps make more appropriate choices when building or upgrading data centers. What is a DAC Cable? A DAC cable is a c...
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Analysis of Fiber Optic Cables: A Comprehensive Guide from Principles to Practice
Jul 25 , 2025
In the field of modern communications, fiber optic cables have become the core carrier of information transmission due to their excellent performance. Compared with traditional copper cables, their advantages in speed, bandwidth, and reliability are irreplaceable, profoundly changing people's communication and lifestyle. This article will elaborate on key aspects of fiber optic cables, including t...
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What are the main differences between 400G and 800G optical transceivers?
May 19 , 2025
In the field of data center high-speed interconnection, the core differences between 400G optical transceivers and 800G optical transceivers lie in the divergence of technical paths and application scenarios. Transmission rate and modulation technology are the core distinctions: 400G uses NRZ modulation, transmitting in parallel through four 100Gbps channels; 800G upgrades to PAM4 technolog...
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