Fiber Optic Media Converters
Fiber optic media converters pave a convenient and economical way to realize the advantages of fiber networks. These devices work in pairs to extend copper network devices over long distances with fiber connectivity.
They can help you migrate to fiber-to-the-desk networks while protecting your investment in copper-based hardware. Additionally, they can eliminate interference from electromagnetic noise and improve data transmission performance.
Cost-Effective
Compared to a full copper-to-fiber network upgrade, fiber media converters offer an affordable and convenient solution for businesses with existing copper-based Ethernet hardware. These devices allow you to extend ethernet over distances beyond the maximum range of copper cabling, while minimizing data loss and improving overall performance. They also provide a cost-effective way to add Gigabit Ethernet capabilities to your network without increasing the total number of ports in your switch or router.
In addition to reducing costs, fiber-to-copper-media-converters can also improve security by eliminating electromagnetic interference that can corrupt data over copper links. They can also help reduce operating expenses by allowing you to use power over Ethernet, which eliminates the need for additional wiring and simplifies installation of Wi-Fi access points and IP cameras.
Depending on your needs, you can choose from several different types of fiber to fiber-optic-media-converters copper media converters. These include standalone units, PC cards, and chassis-based systems that support a wide range of Ethernet and data communication protocols. Many of these devices also support SNMP and offer advanced features for network management. These include detecting the link status of a copper port, monitoring chassis environmental statistics, and sending traps to alert administrators of problems in the system. They are also hot-swapable and have easy-to-read status LEDs. Moreover, these devices are suitable for a variety of applications and environments.
Reliable
The demand for higher data transmission rates and longer distance connections in enterprise LAN networks has led to the need for copper-to-fiber converters. These simple network devices convert copper Ethernet signals to optical fiber and vice versa. They allow you to integrate fiber into your existing copper cabling infrastructure while protecting your investment in copper-based networking equipment.
They also allow you to take advantage of the benefits of optical fiber technology, such as long-distance connectivity and immunity from electromagnetic interference (EMI). By connecting your network devices with optical fiber cable, you can reduce data packet loss and achieve high performance without compromising on your existing copper wiring.
A pair of fiber media converters can support a 12.4-mile link between network switches, reducing the cost of deploying a long-distance network solution. This type of network solution can be used to connect remote office locations to the main enterprise network, or to extend the reach of Ethernet devices such as IP phones, video conferencing systems, and Wi-Fi access points.
These simple network devices support a wide range of data communication protocols, including Fast Ethernet, Gigabit Ethernet, and 10 Mbps Ethernet. They can also support Power over Ethernet, simplifying installation of Wi-Fi access points and other PoE-powered devices in your network. The light indicator on the front of each fiber media converter indicates link status: LINK ON means full duplex connection; OFF means half-duplex connection.
Scalable
A fiber media converter converts electrical signals into optical transmission, which allows different types of network devices to connect seamlessly. They are also capable of multiplexing, allowing you to transmit several signals over a single fiber cable. This can save you time and money, while boosting your network’s performance.
Fiber media converters allow you to extend your existing copper-based network with fiber optic cabling, while maintaining all of the same network devices and protocols. They also offer greater bandwidth capabilities than copper wires, and are less susceptible to electromagnetic interference. This makes them a smart investment for any network, regardless of the size or length of your current infrastructure.
These devices can be configured to meet your specific network requirements. You can find Ethernet to fiber media converters that support a variety of networking speeds, from 10/100Base-TX to 1000BASE-FX, as well as single mode and multimode optical cables. They can also be equipped with Small Form-Factor Pluggable (SFP) transceivers for added flexibility and future-proofing.
Some fiber-to-fiber media converters are designed to be desktop-style, and can be secured to a flat surface with cable ties or hook-and-loop fasteners. Others can be mounted in a rack, cabinet, or other enclosure for more permanent installation. Some of these devices come with a power supply included, while others require an external power source.
Easy to Install
Fiber media converters are easy to connect and provide network managers with a range of benefits. They enable copper-wired devices to extend over long distances using fiber and make it possible for networks that use different cable types to communicate with one another. They also simplify network upgrades and help reduce capital expenditures (CAPEX) by preserving the investment in existing switches, servers, routers and hubs.
Allied Telesis offers a wide range of copper-to-fiber and fiber-to-copper media converters to meet your unique network needs. We also offer Power-over-Ethernet media converters, which allow you to extend the reach of multimode fiber optic cable assemblies PoE devices like IP phones, wireless access points and videoconferencing equipment over longer distances.
The basic function of a fiber media converter is to convert the electrical signals used by twisted pair Ethernet networks into light waves for transmission over fiber. They are usually installed in pairs, at each end of the fiber-cabling span, to provide a complete connectivity solution. They come in both unmanaged and managed varieties. The unmanaged versions are simple plug and play, while the managed ones support advanced features like monitoring, fault detection and remote configuration via SNMP.
It’s important to choose the right model for your specific application. For example, consider the number of connections that you need and how much data will be transmitted per connection. Then select a media converter with the appropriate transceiver type and length of fiber to ensure optimal performance.