How to Achieve Long Distance Transmission with Fiber Optic Transceivers

Achieving long distance transmission with fiber optic transceivers is not difficult with the proper tools. The process is often seen as complex, but it can be simple if you are aware of all of the best practices in the industry. Most designers overlook the importance of reviewing the specifications and limitations of transceivers and neglect to have them work optimally in their devices. That’s why there is premature failure and poor reliability in designs. To avoid this common anomaly, here’s what you need to know.

optical transceivers for long distance

Use Multimode Fiber Optic Transceivers for Shorter Distances
Although your application may call for a longer distance transceiver, distance is relative. For instance, designers recommend using fiber optic transceivers for applications that transmit from building to building. This is a longer distance, but when compared to other applications, it could be considered shorter. These devices can exchange light signals and electrical signals across multimode fiber optic cables and single-mode fiber optic cables.

Try Single-Mode Fiber for Long Distance Transceivers
Single-mode fiber cables have made the popularity of long distance network increase. In fact, many customers are using fiber optic transceivers directly through fiber to the home (FTTH) technology. Since the fiber optic technology is so popular, many designers are reaping the benefits of a high integrity signal that transmits long distances.

Try Dual-Fiber Single Network Port Fiber Optic
In a dual-fiber single network configuration, it takes a group of fiber optic transceivers to achieve the desired electrical signal and light signal. When fiber optic transceivers are arranged in a group, they may exchange electrical signals and light signals. Fiber optic transceiver ports can be configured in adaptive mode.

Use 10/100m Adaptive Port Devices
Many designers have opted to use 10/100 m adaptive port devices to access Ethernet links and achieve distances of 60 km or more. This will help to support network management functions and also lower the costs of fiber optic technology and system designs. When businesses have higher standards or requirements, this is one solution that will help clients receive optimal functionality.

Use Gigabit Fiber Optic Transceivers
If your solution requires a stable network and needs to achieve faster speeds of 100M full duplex or 1000M duplex, fiber optic transceivers and optical interface switches can help to accomplish this goal. The benefits of the 100M link to a network is that it can be plugged directly into a power supply unit box.

Achieving Long Distances With Fiber Optic Transceivers
It is possible to achieve long distances with fiber optic transceivers. You just have to know the technology and the specifications to achieve your goals. Speak with an expert to determine your strategy and select the transceiver that will transmit as far as you need to achieve your goals. When you choose a transceiver that is not too much or too little for your application, you’ll achieve the best results.

It is recommended to select fiber optic transceivers that are hot-swappable and can be repaired and replaced easily. Some designers are unaware of the importance of having devices that do not require complete redesigns to repair or replace, but if awareness is achieved, it can save businesses thousands to millions of dollars. Speak with an expert to help you determine which device is best for your design and your current budget.

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