Fluent and seamless data transmission relies on the patch cable and fiber optic transceivers you use. Bandwidth is the main factor for using optical fibers, and patch cables and transceivers are now extremely crucial for data transmission.

However, it can get overwhelming when you set out to buy fiber patch cable for your fiber optic transceiver. There’s a lot of variety on the market, and how do you figure out which cable is suitable? In this guide, we'll help you solve this problem.

Patch Cables and Fiber Optic Transceivers

Patch cables are optical or electrical cables used for connecting one optical or electronic device to another. These cables enable signal routing and have an optic or electrical cable with pre-installed connectors on both ends.

Most data centers now use patch cables for seamless data transmission. They have a variety of fiber connectors for these cables, such as LC, SC, FC, ST, MPO/MTP, etc. The fiber types also differ as you can find singlemode and multimode patch cables. For singlemode cables, you have OS1 and OS2. For multimode cables, you can choose from OM1, OM2, OM3, and OM4.

The transceiver used in a fiber optic network is essential for transmitting and receiving data signals. It's inserted into devices like routers, switches, or anything else with a transceiver module slot. A transceiver will accept digital signals and then convert them to optical signals, which are then transmitted over the fiber cables.

Aspects You Need To Consider

Before you get a  patch cable for your fiber optic transceiver, here are the things you need to consider.

Transmission Media

There are two types of transmission media. Since copper cables and fiber optic cables are used, transceivers support two types of transmission media. When using fiber optic transceivers, you need a fiber patch cable to support it. After this, you consider the distance and transmission rates when making your choice.

Transmission Distance & Rate

You then move on to the distance and rate of the transmission. Fiber optic cables support greater distances and transfer data faster than copper cables. You can use a multimode fiber optic patch cable for shorter distances because they cost less. Singlemode fiber optic patch cables may cost more but are best for both short and long distances. They perform better and support a higher data transfer rate.

Transceiver Interface

When buying a patch cable for fiber optic transceivers, make sure you consider the transceiver’s interface. If there’s one port each for transmitting and receiving, you’ll need duplex LC or SC connectors. You will need simplex patch cables if it's a BiDi transceiver with only one port for both purposes.

High-data transceivers often require MTP/MPO interfaces, and you connect them with multi-fiber patch cables. In case you're using these ports for 100 G to 10 G or 40 G to 10 G connections, you’ll need fanout fiber optic patch cables.

At Fibermart, we have a variety of patch cables and transceivers for you to choose from. You can buy fiber patch cables, LC and SC cables, MPO cables, and singlemode cables.

Shop now and contact us for more information.