Have you ever wondered how fiber networks stay lightning fast? Fusion splicing holds the secret — it’s the key to strong, seamless fiber links.
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Ever wondered how fiber networks stay fast? Reliable connections need precision tools. A Fusion Splicer joins fibers with minimal signal loss.
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Fiber networks need precise testing. Can a Fusion Splicer perform OTDR? This article explains its limits and uses. You will learn when to use each tool, covering splicer capabilities and best practices for accurate fiber measurements.
September 10–12 — The 26th China International Optoelectronic Exposition (CIOE 2025) concluded at the Shenzhen World Exhibition & Convention Center. Shinho Optics Co., Ltd. made an impressive appearance with its full lineup of fiber-handling equipment and achieved excellent results at this industry
Single Fiber vs Ribbon Fusion Splicer: Which One Do You Need?Fiber optic networks are essential for modern communication, powering everything from internet to secure data transfers. Fiber splicing is key to building these networks, and choosing the right fusion splicer can significantly impact effic
Fusion splicing is the backbone of modern fiber optic installations, ensuring reliable, low-loss connections between fibers. From telecom networks to 5G and FTTH services, this technology is critical for performance.
Choosing the right fusion splicer can make or break your fiber optic projects. With increasing demands for speed and reliability, selecting a high-performance splicer is crucial.In this article, we’ll explore the key features to consider when selecting a fusion splicer.
Top Fusion Splicer Brands in 2025: A Comparison GuideIn the fast-evolving world of fiber optics, the need for precision and speed has never been greater. As technology progresses, fusion splicers have become indispensable tools for creating flawless, low-loss connections between optical fibers.
X-401L
SHINHO
Product Description
Features For X-401L Optical Fiber Identifier
◆ Macro bending measurement, it could test 3 types of fibers.
◆ Identifies 3 common test tones, 270Hz, 1kHz and 2kHz
◆ Low battery monitoring function
◆ Build in VFL function,default 10mW
◆ Low false detection & insertion loss
◆ Easy to operate
SPECIFICATIONS
Wave Respond | 800-1700nm |
Pass Through Insertion Loss: 250μm Optical Fiber 900μm Optical Fiber 3mm Optical Fiber | 1.0dB 1.0dB 2.0dB |
Application Of Optical Fiber | 250μm/900μm/2.5μm/3mm Opical fiber |
Identified Signal Type | 270Hz/1kHz/2kHz |
Identification Of Modulated Signals | Yes |
Power Measurement | Yes |
Display | LED segment |
Tone | Yes |
Low Power Monitoring | Yes |
Detector Type | 1mm InGaAs |
Minimum Detection Power Test Conditions: 250μm Optical Fiber 900μm Optical Fiber 3mm Optical Fiber Test Conditions: 250um Optical Fiber 900um Optical Fiber 3mm Optical Fiber | 1550 -35dBm -35dBm -30dBm 1310 -30dBm -30dBm -25dBm |
Specifications Of VFL | |
Wavelength | 650nm±10nm |
Output Power | 10 mW |
Fiber Port | FC/PC |
Power Supply | AA 1.5V Alkaline battery×2 |
Operation Temperature | -10℃~+50℃ |
Storage Temperature | -20℃~+70℃ |
Dimension/Weight | 230×43×36mm/200g |
Package | X-401L fiber identifier; user manual; soft carrying bag |