Optical Media Converter: ULTIMODE MT-202G 1310 (SM - MM)
Productor: inni producenci
ID: 3646
Producto de archivo
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Fibre optic networks specialist
Información del producto:
Media converter ULTIMODE MT-202G 1310 converts optical signals between single-mode and multimode networks.
Distinguishing features:
- conversion of optical signals between single-mode and multimode networks
- SC/PC connectors
- operation in second transmission window (1310 nm)
- multimode transmission range: 2 km
- single-mode transmission range: 20 km
- throughput: 1000 Mbps
- status LEDs
- easy installation (plug and play)
- power supply included
Media converter ULTIMODE MT-202G 1310 is a reliable device that converts optical signals between single-mode and multimode networks. The media converter has two pairs of SC connectors, one pair for multimode fibers and the second pair for single-mode fibers. The optical signals, both in the case of single-mode and multimode fibers, are transmitted and received in the second transmission window (1310 nm). The maximum length of the single-mode fibers is 20 km, of the multimode fibers - 2 km.
In the single-mode path, the output power of the transmitter and the sensitivity of the receiver have been matched to reach the 20 km maximum transmission distance. In the case of much shorter links (below 4 km), it is necessary to use 2 dB attenuators for Rx inputs (on both ends of the links), to protect the sensors against damage by the lasers of the transmitters.
ULTIMODE media converters are fully compliant with IEEE 802.3 standard. The installation is very simple (plug and play). The LEDs on the front panel inform about the current status of the device. The MTBF period of the Fabry-Perot laser diode is 100000 hours (over 11 years).
The throughput of the ULTIMODE MT-202G 1310 media converter is 1000 Mbps. In the case 10/100 Mbps networks, the proper choice is ULTIMODE MT-202M 1310.
NOTICE!! It is not allowed to look directly at the fiber port when the device is plugged. The radiation invisible for the human eye can damage the retina!
Why to choose fiber optics:
- possibility of sending signal over long distances (low attenuation of optical fibers - e.g. for the wavelength of 1550 nm the attenuation is about 0.2 dB per kilometer, which means that the signal can be sent at a distance of 200 km - without regeneration)
- high-volume information transfer via single fiber
- resistance to electromagnetic interference
- resistance to weather conditions (humidity, electrostatic discharges and others)
- no tapping possibility
- low weight and small dimensions
Especificaciones del producto:
| Standard Throughput Power Operating temperature Multimode (MM) transmission Fiber type Transmission range RX/TX wavelength TX output power RX sensitivity Connectors Single-mode (SM) transmission Fiber type Transmission range RX/TX wavelength TX output power RX sensitivity Connectors |
IEEE 802.3 1000 Mbps 5 VDC / 2 A 0 C ... 50 C multimode 2 km 1310 nm -15 ... -12 dB -20 ... -13 dB 2 x SC/PC single-mode 20 km 1310 nm -3 ... -8 dB -22 ... -7 dB 2 x SC/PC |
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