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Physical Condition:
Excellent
Working Condition:
Fully Functional
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Terms of sales:
1-Year Warranty
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Lot of 5 AT-GS2002/SP-10 Fiber Optic Media Converter
Product Description
Save on this lot of 5 new-surplus fiber optic media converters with our one-year warranty. Includes all of the manufacturer's original accessories, packaging and documentation.
Converts between copper (Cat-5, Cat-5e, Cat-6, and Cat-7) and fiber optic cabling.
Ethernet to fiber media converters allow you to connect disparate cable types in your network. Media conversion offers the ability to extend network distances with fiber optic immunity to electromagnetic interference such as from machinery by adding fiber only where it is needed and integrate high-bandwidth devices into the network. Interchangeable Small Form Pluggables (SFP) provide flexible architecture with hot swap plug-and-play ease of use in a compact size.
Includes:
The AT-GS2002/SP Ethernet bridging converters are designed to extend the distance of your network by interconnecting LAN devices that are physically separated by large distances. These bridging converters have the functionality to connect any managed/unmanaged 10Mbps, 100Mbps, or 1000Mbps (1 Gpbs) switch or hub using standard 10/100/1000T RJ-45 connections and convert the electrical signal to fiber optical signal via its SFP port.
Key Features:
Each AT-GS2002/SP bridging converter features a 10/100/1000T twisted pair port and an SFP port. The twisted pair port has and RJ-45 connector and a maximum operating distance of 100 meters (328 feet). These units can operate at half- and full-duplex.
The AT-GS2002/SP fiber optic port has a SFP slot and the maximum operating distance and speed is dependent on the SFP.
The AT-GS2002/SP supports SFPs operating at Gigabit Ethernet (1000Mbps) speeds.
The AT-SPSX SFP transceiver is capable of reaching a maximum operating distance of up to 500m and transmits using an 850nm wavelength. The SFP transceiver uses a fiber optic cable with LC connectors. The AT-SPSX is a Class 1 laser product. The transceiver must be connected to another transceiver or fiber optic port that has similar operating characteristics. You can hot swap the SFP transceiver without powering off the networking device when you install or replace an SFP transceiver.