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.
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.
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.
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Omnitron

OMNITRON SYSTEMS TECHNOLOGY, INC. Omnitron 8900N-0-A iConverter 10/100M2 Fiber Media Converter, 8900N0A

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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 integr…
SKU:
8900N-0-A
UPC:
800975028548
Condition:
New
Weight:
2.00 LBS
Minimum Purchase:
1 unit
Shipping:
Calculated at Checkout
Unit of Measure:
EA
QPU:
1
Country of Origin:
US
UNSPSC Code:
43201553
UNSPSC Commodity:
Transceivers and media converters
Model No:
iConverter
DEPT:
PC ACCESSORIES
CLASS:
SURGE/CABLES / NETWORK CABLE/ACC
Ethernet Technology:
Fast Ethernet
model:
iConverter
quantity:
1
$831.37
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Product Details  
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.

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