How to Choose the Best Type of Fiber Transceiver

Choose the Best Type of Fiber Transceiver

Choosing the best type of fiber transceiver is not always easy. You can approach the selection process by reviewing the device as a single entity or you can explore the fiber cable separately. Either way, you have to be aware of what’s needed for your application to work optimally. If you know what you need to edge out the competition, you’ll be in a better position when you’re speaking with representatives about the fiber optic cable. Here’s what you need to know:

Consider the Fiber Mode That’s Required
There are two modes of fiber to consider: single mode and multimode. Single mode fiber optic cable is used in applications that need bandwidth that will travel over long distances. Multimode fiber will allow each signal to travel on more than one pathway at one time. There are numerous different types of multimode fiber that have all types of bandwidth capacity.

Consider Whether You’ll Need Full-Duplex or Half-Duplex
Some chips will only use full-duplex configuration. Selecting switches, HUBs, or transceivers with half-duplex mode may cause loss and conflict. Only choose full-duplex unless you think that your application can support half-duplex.

Consider Whether You’ll Need a Connection Test
Fiber optic transceivers may need a connection test and not all of them will pass the test. If the transfer time is too long and the test will produce loss, you may need to consider another device.

Determine If You’ll Need a Safety Device to Prevent Packet Loss
Some vendors may need to reduce costs and loss. Thus, they need to choose a transceiver with maximum safety features and loss prevention.

Determine if the Transceivers Have Temperature Adaptability
Transceivers should not run hot. Transceivers may fail prematurely at high temperatures. This is why it’s important to know how well a transceiver can adapt to heat if it will be in high temperatures.

Consider the Construction of the Fiber You’ll Need
There are four basic types of internal construction, but you have to choose the one that will work best for your application. One of the most popular types is the distribution or tight pack. The second type of construction is the breakout or fanout design. This design gives each buffered fiber its own individual jacket and is a more durable design.

The zip cord or assembly is another type of internal construction that is offered to the designers. This is one of the preferred internal construction options. In this construction, one or two buffered fibers in individual jackets should be considered. Single fiber cable is recommended for patching.

The loose tube is the final option for internal construction. In this design, non-buffered fibers are threaded through a tube along with a water repellent gel compound.

The final factor you should consider is the level of flame resistance. Keep in mind that there are three different grades available. The grades are general, special, and high. The level of flame resistance can be measured through a variety of tests including those determining smoke density values and flame propagation.

Choosing the Best Type of Fiber Transceiver is Not Always Easy
Selecting the best type of fiber is not always easy. There are a variety of factors that must be considered. They are typically considered on a case-by-case basis. Consider all the factors mentioned including the internal construction, fiber mode, fiber cable jackets, and the level of flame resistance.

Business owners can identify the proper type of fiber when considering these few simple tips. It’s not always easy, but the best type of fiber can be found if due diligence is performed. If you’re not aware of what you need to know to select the proper cable, read this article for tips and choose the one that works best for you.

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