This 2-wavelength WDM (Wave Division Multiplexing) BIDI fiber optic converter is designed to transmit and receive data on a single fiber optic cable.
Interchangeable module design of converters makes it easy for inexperienced users to install and operate them to communicate with other devices.
* The media converters produced by Arivant are one of the advantages of being able to connect to the network switch on the opposite side of the device.
solutions Media converter Monocore covers a wide range of protocols and distances, including WDM singlecore fiber for specific networks and protocols, which require stable and reliable optical conversion to Ethernet.
For Ethernet fiber optic networks, Eriont modules SFP provides that connect directly to a fiber interface.
The single core media converter can also be ordered as a plug-in module in Rackmount chassis.
The single-core media converter is successfully used in optical-to-electrical-to-optical conversion at the edge of the transport network, thus allowing compatibility with existing equipment with optical interfaces.
Single-blind fiber optic converter systems on fiber optic cables Single mod They work, whose core diameter is 9 micrometers.
Certain models of WDM can also be used in cables Multimode (also known as local cables) whose core diameter is 50 or 62.5 micrometers should be used.
This model Media converter It provides the ability to transmit information with a volume of 1 gigabit on a single fiber optic cable up to a distance of 180 kilometers. This media converter is also called WDM media converter or Bi-Directional media converter.
Technology wdm Rent sending and receiving at the same time on a cor Optical fiber provides and receives the direction of sending one wavelength and the other wavelength.
Single port media converter It is used in places where optical fiber is limited.
Eriont, the producer of media converter BIDI and double door Iran is
What is fiber optic media converter? Important points in choosing fiber optic media converter
Converter connection diagram
Technical specifications
Wavelength: TX1310nm/RX1550nm; for distances below 40 km and for distances higher than TX1490nm/RX1550nm wavelength; TX1550 nm/RX 1490 nm is used.
| Product model | AR-1c1000 |
| Standard | IEEE802.3u,10/100/1000Base-T,1000Base-SX/LX,IEEE802.3ah, IEEE802.3z/ab |
| Control | IEEE8.2.3x port flow control and backpressure control |
| Bandwidth | ۱۰M/100/1000M auto-negotication |
| Transfer type | Full-duplex/semiduplex(auto-negotiation) |
| The length of the sent packets | Storage transmission:9728Bytes,straight-through,infinite. |
| delay | ۹٫۶us |
| Product service life | ۱۰۰,۰۰۰ hours |
| Power type | AC100~265V 50/60Hz / DC5V 1A |
| power consumption | <2.5W |
| Interface | Eletric port:RJ45,Fiber port:SC/FC or SFP |
| Network cable type | Cat.5,Cat.6 |
| Wavelengh | 1490nm/1310nm/1550nm |
| Transmit distance | 120-550 km |
| Dualfiber multimode | |
| dual fiber singlemode | 20/40/60/80/100/120Km |
| single fiber singlemode | 20/40/60/80Km |
| Cat.5 twisted-pair | 100m |
| Operating temperature | ۰~۵۰℃ |
| Temporary operating temperature | -۲۰~۷۰℃ |
Advantages of bidi media converter
Compatible with 1000Mbps switches and 1000Mbps NICs for budget users
WDM – Wave Division Multiplexing Technology to reduce your network design costs – you need 1 fiber instead of 2.
It increases the length of the network from 10 to 120 kilometers on one fiber.
WDM technology is a combination of dual-fiber to single-fiber cables, which reduces the cost of expensive cable installation.
Single core media converter
