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What is Fusion Splicing Used for ? This method of using a fusion splicer is currently the most common type of splicing used in the fiber optic industry. There is no question that this method has the l...
Optical fiber, which is made of plastic or glass, can transmit light, and transmits data signals by using the transmission principle of "total reflection of light". Light itself is an electromagnetic ...
The term FTTx is used as a catch-all for fiber to the home, premises, business and even the hybrid fiber to the curb. Mostly we're concerned with fiber to the home, but we will discuss all options. Br...
Pre-termination fiber is not a fad, it is an increasingly popular way to deliver fiber cabling in a more timely and cost-effective manner. It should not be confined to major projects provided by large...
There are different brands specialty fiber fusion splicers, such as Fujikura, Fitel and SHINHO. Today we will see the comparison between Fujikura FSM100P, FSM 100M, FSM100M+, FSM100P+ and Shinho speci...
Today we are going to talk how to repair the fiber lasers. The situation of laser source warning can be simply divided into circuit damage and optical damage. If it is circuit damage, normally the cir...
The optical fiber fusion splicer will show estimated loss after splicing, this value is an important data of the quality of the spliced fiber, but this data is not the exact loss, it is...
Fiber Optical Gyroscope (FOG) is an interferometric fiber optic sensor that has achieved great commercial success. Essentially, a FOG is a rotational and rotational speed sensor that generally consist...
Fusion splicing made easy with the new touch screen REAL 6 MOTORS CORE to CORE fusion splicers from SHINHO COMMUNICATION. SHINHO' new line of 6 Motors Core fusion splicers make the challenging task of...
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