Omnitron iConverter 10/100M2 - Fiber media converter - 100Mb LAN - 10Base-T, 100Base-FX, 100Base-TX - RJ-45 / ST single-mode - up to 37.3 miles - 1310 nm

The iConverter 10/100M2 Network Interface Device (NID) media converter provides 10Base-T or 100Base-Tx (10/100) to 100Base-Fx Fiber media conversion with integrated management. The 10/100M2 conforms to Ethernet in the First Mile (EFM) fiber standards to support Fiber-to-the-X (FTTX) Metropolitan and Enterprise LAN networks. 10/100M2 media converters are used to provide managed copper demarcation points at the customer premises and network edge, offering Quality of Service and Bandwidth Control (rate-limiting) capabilities. The 10/100M2 utilizes the iConverter Operations, Administration and Maintenance (OAM) management system to remotely monitor network status, configure hardware parameters, generate statistic reports and receive a variety of user-specified traps. The iConverter management system reduces operational expenditures by keeping "truck rolls" to a minimum through remote provisioning and instant trap notification capabilities. The iConverter 10/100M2 supports Port Access, enhanced Bandwidth Control, Port MIB statistics, 2,048 byte frames and Layer 2 Control Protocol (L2CP) Policy Control. The 10/100M2 features multiple, user-selectable link fault detection modes for quick fault detection and isolation. These modes operate independently of the network management and monitor the state of the cabling hardware: Link-Segmentation (LS): The normal (default) mode where the UTP and fiber ports establish their links to other connected devices independently of each other. Link-Propagation (LP): In this mode (also known as "Link-Loss-Carry-Forward"), a link-out from the UTP port is generated only when a link-in to the fiber port is present, and a link-out from the fiber port is generated only when a link-in to the UTP port is present. In LP mode, a cable or link fault is propagated in a "domino" fashion to downstream or upstream connected equipment, enabling rapid fault detection. Asymmetrical Link Propagation (ALP): ALP has two modes of operation: copper-to-fiber and fiber-to-copper. In the "copper-to-fiber" mode, a fault on the UTP port will propagate across the fiber to attached link partner, but not to the UTP port of the link partner. A fault on the fiber will not propagate at all. In the "fiber-to-copper" mode, a fault on the UTP port will not propagate through to the attached UTP device. In this mode the "domino" effect is limited. Remote-Fault-Detection (RFD): In RFD+LS mode, each port transmits a link signal only when receiving a link. As a result, link faults (no link received) are looped-back and can be reported to the network core Remote Fault Detection + Link Propagate (RFD+LP): In RFD+LP mode, link faults are propagated from the fiber to the UTP port and also looped-back to the fiber port. This mode provides rapid reporting of any cable faults to the network core. Symmetrical-Fault-Detection (SFD): SFD mode is similar to the RFD mode and provides a loop-back of a fiber link fault. When connecting two SFD configured converters "back-to-back", this mode facilitates fiber or UTP fault notification to both ends of the network. Supports optical fiber cable for durable performance, minimal signal loss, and fast data transfers to greater distances With 10/100Base-TX technology get up to 100Mbps data transfer rate over optical fiber cable The Desktop provides convenient installation Expand your network capabilities with this 2 transceiver/media converter