Large facilities will implement fiber optics over other cable options for a myriad of reasons. Those reasons include:
- Faster transmission rates. Fiber optic cords offer impressive speeds—roughly 70 percent the speed of light!
- Resistance to electromagnetic interference (EMI). Fiber optics utilize light, making their resistance to EMI greater than most cords.
- Ability to reach long distances. Though multimode fibers have a more limited range than single-mode fibers, they can still transmit data over a considerably long distance.
- Spatial optimization. Fiber optics are thin, making them easier to maneuver and manage than other heavier, bulkier cable options.
Before incorporating fiber optics into their daily operations, professionals must choose between single mode vs. multimode fiber optic cables. To help you determine whether multimode is right for you, let’s review different applications for multimode fibers to give you a better idea of how they function.
Local Area Networks (LANs)
Businesses will utilize multimode fiber optic cables for favorable connection within the company’s local area network (LAN). Many LANs have fiber cables as their backbone so that several workstations can operate and connect effortlessly at once.
Storage Area Networks (SANs)
A storage area network (SAN) offers block-level network access to storage. The network interconnects storage devices and servers so that the stored data can transmit back and forth as necessary.
Devices that companies typically employ for SANs include disk arrays and tape libraries. It’s common for IT pros to implement multimode fibers in their SANs because they often only require short-reach connections.
The Medical Field
Fiber optics have greatly enhanced the medical care industry. One of the different applications for multimode fibers that medical professionals use is endoscopes. They use these tools to perform procedures that help provide more accurate diagnoses.
Multimode fibers illuminate the desired area of inspection. They reveal the flow of bodily fluids and help medical professionals detect any signs of illness.
Because fiber wires are so thin, these procedures tend to be minimally invasive, making them much more comfortable for the patient and much quicker and more precise for medical care teams.