The OM1001 converter translates 10BASE-T, 100BASE-TX and 1000BASE-T signals to 1000BASE-X. It has one optical and one RJ-45 twisted pair port. Two OM1001 converters can be connected back to back to interconnect a pair of local area networks. Auto negotiation and MDI/MDI-X crossover provide plug and play operation.
The OM1001-AUI has one optical port and one Ethernet AUI (MAU) port. It connects a legacy ethernet device with an AUI (DTE) port to a 1000BASE-X network device.
The OM1000 converter translates 1000BASE-T to 1000BASE-X. It has one optical and one RJ-45 twisted pair port. Two OM1000 converters can be connected back to back to interconnect a pair of local area networks. Auto negotiation, limited to 1000 Mbps, and auto MDI/MDI-X crossover provide plug and play operation. Jumbo frames are supported.
The OM1000P media converter has one optical and one electrical port. It connects a 1000BASE-T Ethernet device to a 1000BASE-X fiber optic Local Area Network over a pair of optical fibers. The OM1000P can supply 48 Volts to attached equipment for PoE applications.
The OM102P media converter has one optical and one RJ-45 twisted pair port. It translates 100BASE-TX to 100BASE-FX. The OM102P can supply 48 Volts to attached 802.3af equipment for Power over Ethernet (PoE) applications. A legacy mode is available to support IP phones predating the 802.3af standard. Auto negotiation, limited to 100 Mbps, and auto MDI/MDI-X crossover provide plug and play operation. Jumbo frames are supported.
The OM102 converter has one optical and two RJ-45 twisted pair ports. It translates 10BASE-T/100BASE-TX to 100BASE-FX. The OM102 can supply 48 Volts to attached 802.3af equipment for Power over Ethernet (PoE) applications. Auto negotiation and MDI/MDI-X crossover provide plug and play operation.
The OM100S converts Ethernet packets to serial HDLC data. The optical port of the OM100S connects to a 100BASE-FX Ethernet port. The electrical port connects to a synchronous serial modem. At the far end of this modem link, the data is input to another OM100S, and from there output onto a 100BASE-FX network. Thus, two Ethernet devices or networks can be bridged with a serial link. It is sometimes used with a secure terminal encryptor to provide link security. The serial interface is switch selectable as EIA-530, EIA-530A, V.35, or RS-232. The speed of the serial link clock determines the maximum packet transfer rate.
The OM101 converter has one optical and one RJ-45 twisted pair port. It translates 10BASE-T/100BASE-TX to 100BASE-FX. Auto negotiation and MDI/MDI-X crossover provide plug and play operation. Two OM101’s can be connected back-to-back to interconnect networks. The OM101 is available with ST or SC connectors, and for singlemode or multimode fiber.
The OM101PD is a 802.3af powered device which receives its power from the RJ-45 twisted pair port. This eliminates the need for a power cube. It's intended for use with switch and router products that source 48 Volts according to the 802.3af specification. It translates 10BASE-T/100BASE-TX to 100BASE-FX. Auto negotiation and MDI/MDI-X crossover provide plug and play operation.
The OM101-AUI has one optical port and one Ethernet AUI (MAU) port. It connects a legacy ethernet device with an AUI (DTE) port to a 100BASE-FX network device.
The OM100 media converter has one optical and one RJ-45 twisted pair port. It translates 100BASE-TX to 100BASE-FX. A switch flips the Tx and Rx pairs which eliminates the need for
crossover cables. The OM100 is available with ST or SC connectors, and for singlemode or multimode fiber. Jumbo frames are supported.
The OM100SF transmits 100BASE-TX full duplex data over one singlemode fiber. The OM100SF-A/C version must optically connect to the OM100SF-B/D version.
This media converter provides a low cost interface between a computer’s Ethernet twisted
pair port and a 10BASE-FL fiber optic network. The modem offers full duplex
operation over single or multi-mode fiber.
The OM8 attaches to a legacy 802.3 AUI port, and converts the signal to a 10BASE-FL optical signal. The OM8 fibers attaches to any IEEE 10BASE-FL port.
The OMC1 converts an optical singlemode fiber signal to an optical multimode fiber signal. It is often used in 100BASE-FX systems to transition from singlemode fiber to multimode fiber; however, it works equally well with SONET OC3 or other optical signals with data rates under 155 Mbps.
