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Fiber Fusion Splicer
From Sumitomo starts the first fusion splicer in 1980’s, it has been around 40 years now and arc fusion splicing plays an important role in the installation of modern fibre networks and FTTH. (Fibre t...
The rapid development of photonic technologies has created the need for sophisticated optical products well outside the "telecom standards." User requirements and specifications for these photonic com...
Thermal Stripper--- Ideal tool for ribbon fiber splicing work Optical fiber is a light transmission tool based on the principle of total reflection of light in the fiber made of glass or plastic. It i...
When the fiber core is so small that only light ray at 0° incident angle can stably pass through the length of fiber without much loss, this kind of fiber is called single mode fiber (SMF). The basic ...
For communication operators, network increment and high speed are the primary issues. At present, operators' backbone networks mainly use 100G transmission systems. In order to meet the traffic demand...
What is the difference between mirror design and without mirror design for a fusion splicer? Currently fusion splicers have two types structures for fiber imaging. One is with reflective mirror design...
The SOC Solution More recently, splice on connectors (SOC’s) were developed to address the cable management and space considerations of connectorized pigtails. Instead of a long pigtail, the body of t...
Before we know more about PM fiber fusion splicer, we should learn more about what is PM fiber. WHAT IS POLARIZATION MAINTAINING FIBER? Polarization maintaining fiber (PM Fiber) is a special type of s...
As we all know Fiber Fusion Splicers are extremely important because the quality of the splice determines the strength of the light traveling throughout the fiber network. So we all want to get splici...
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