Why Fiber?
If you're reading this right now, you have fiber optics to thank. Though more than 300 million miles (500 million km) of optical fibers are made annually, we rarely stop to think about what life would be like without them.
As scientists in the 1960s began experimenting with lasers, they realized that pulsations of light could travel much faster and further than an electrical signal in copper wire. Recognizing the need for fiber transmission products, we continue to provide fiber after others have left the market. Fiber optic cable manufacturing is a $1.9 billion industry and annual growth from 2020-2025 is expected to be 4%.*
We appreciate fiber for its resistance to electromagnetic interference, distance capabilities, scalability, and long-term cost effectiveness compared to copper. It's also a secure method of transmission, since a breach would cause a total system failure.
Fiber Optic Transmission Solutions
Our fiber transmission devices let you transmit signals over long distances (up to 45 miles / 65 km), using one or two fibers, in both multimode and single mode. The table below shows more of the signal supported available in our fiber optic family, all of which can be integrated with other manufacturers' devices.
| Types of Signals |
Topologies | Models Available |
| Video | Point to point | Stand alone, DIN rail and chassis card |
| Data | Drop and repeat | Stand alone and 1U-4U high rack mount units |
| Audio | Point to point and BUS | Stand alone, DIN rail and chassis card |
| Telephone | Redundant links and point to point | Sand alone and 1U-4U high rack mount units |
| Contact Closure | Point to point | Stand alone and 1U-4U high rack mount units |
| Ethernet | Point to point and ring | Stand alone, DIN rail and 1U-4U high rack mount units |
| Broadcast | Point to point | Stand alone and 1U-4U high rack mount units |
| 4-20 mA | Point to point | Stand alone and chassis card |
| Protocols: CAN, LonWorks, PROFIBUS, TTL | Point to point | Stand alone and chassis card |