Showing posts with label uniboot connector. Show all posts
Showing posts with label uniboot connector. Show all posts

11/18/2019

What are the features of LC Uniboot compared to traditional LC fiber connectors?

The traditional LC duplex fiber optic connector is generally composed of two LC simplex connector through a clip, with a single fiber inside each connector. The LC Uniboot connector is a modified LC duplex connector. The two fibers are simultaneously placed in a 2.4mm or 3.0mm jacket to achieve a single-tube dual-core function, which significantly reduces cabling space requirements. So what is the difference between an LC uniboot connector and a traditional LC fiber connector?
Compact design for high-density applications
LC Uniboot optical connector adopts single-tube dual-core, half-surround tab end to reduce the number of fibers. Compared to traditional LC duplex jumpers, the uniboot connector effectively reduces installation volume by 50%, including improved cable management, airflow, and cabling.
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Easy polarity revisable
What is fiber polarity? The polarity of optical fiber is the direction of optical signal propagation in the optical fiber. Normally, there are a transmitting signal terminal (Tx) and a receiving signal terminal (Rx). The Uniboot connector is an innovative design that allows the fiber polarity to be switched without the need for special tools.
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A push-pull tab design
HYC’s LC Uniboot connector is an exclusive patent design with a push-pull tab, which ensures easier release from the high-density environment. The fiber optic connector with a push-pull tab is easy to insert or remove even in high-density environments. A half-surround tab end avoids the cable ganged each other.
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The innovative LC uniboot optical fiber connector, with its unique structure and compact design, performs better than conventional LC duplex connectors in a high-density cabling environment, making it an ideal choice for data centers and FTTx.

3/27/2019

How to reverse the polarity of LC uniboot connector?

As we all know, the normal cabling uses a single fiber connector to maintain the polarity requirement. “B” sends the signal while “A” receives the signal. However, there are two types of duplex patch cord to complete serial duplex connection, “A-to-B” or “A-to-A”, which is depending on the polarity method.
Traditional LC optical fiber patch cord has great limitations in realizing polarity conversion. It requires not only auxiliary tools, but also special attention to the direction of polarity conversion, which is easily caused in failed termination.
The lc uniboot connector option includes an easy polarity revisable feature that provides quick and easy polarity changes in the field. Innovatively set the two plugs of the fiber optic connector to be interchangeable. Easily strip the boot and reverse the polarity. To reverse polarity, you just need three steps.
Step 1
Strip the boot and the outer housing
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Firstly, use the right hand to hold the front housing of the connector. The hand can not touch the end face of the ferrule. Then pull out the tail sleeve of the connector with left hand. The left thumb and the middle finger pinch the outer frame,and the index finger nails hold the outer frame shrapnel.
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Step 2
Revise the polarity
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When the shrapnel opens out, hold the frame front cover with your right hand and pull it forward, and then revise the AB polarity.
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Step 3
Relocate the boot and the outer housing
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After the revise the polarity, relocate the outer frame and boot in order from the back.
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The LC uniboot fiber optic connector eliminate the need for tools when making the polarity change. No tools are needed during the whole process.
A LC uniboot fiber connector with push-pull tab makes it much easier to release the connector. With this design, the technician is able to finish the installing and removing procedures with only one hand and no additional tool are needed. It is ideal for ultra high density cabling.
HYC’s LC Uniboot connectors offer the best solution for high-density applications, Data centers, Private Networks and premise installations.
Article from HYC Blog.