100Base-FX Media Converter
The FT-802 is truly innovative with the LFP (Link Fault Pass Through function) (LLCF/LLR) and the DIP Switch feature. The unit’s LLCF/LLR notifies users the issues with the link media and offers solutions for them to manage and monitor the network. The unit’s DIP Switch allows users to enable or disable the LFP function simply. In the instance when the unit displays the LLCF (Link Loss Carry Forward), this refers to a device is connected to the FT-802. When the TP line loses the link, the fiber on the converter disconnects the transmit link. A LLR (Link Loss Return) display refers to the connection of a device to the converter. The fiber line loses the link and the converter’s fiber then disconnects the link of transmit. In both instances, users are notified immediately when there is an issue with the link media. It then offers users an efficient method to monitor the network. The FT-802 is truly innovative with the LFP (Link Fault Pass Through function) (LLCF/LLR) and the DIP Switch feature.
Features:
Product | |
Protocol | IEEE 802.3, 10BASE-T |
IEEE 802.3u, 100BASE-TX | |
IEEE 802.3u, 100BASE-FX | |
IEEE 802.3x, Flow Control | |
Dimensions (W x D x H) | 97 x 69 x 26 mm |
Weight | 0.2kg |
Power Input | 5V DC, 2A, max. |
Power Supply | AC Adapter 100-240VAC Frequency: 50-60Hz |
Enclosure | Compact-sized metal housing |
Case with anticorrosion treatment | |
Electrostatic paint | |
Connectors and Cables | |
Shielded Twisted-pair | RJ45, Category 5 (EIA/TIA 568) |
Fiber-optic | FT-801 : ST / Multi-mode / 2km |
FT-802 : SC / Multi-mode / 2km | |
FT-803: MTRJ / Multi-mode / 2km | |
FT-802S15 : SC / Single mode / 15km | |
FT-802S35 : SC / Single mode / 35km | |
FT-802S50 : SC / Single mode / 50km | |
FT-806A20: WDM SC / Single mode / 20km | |
FT-806B20: WDM SC / Single mode / 20km | |
FT-806A60: WDM SC / Single mode / 60km | |
FT-806B60: WDM SC / Single mode / 60km | |
Multi-mode Cable | 50/125, 62.5/125 µm |
Single-mode (SM) Cable | 9/125 µm |
Optic Wavelength | FT-801: 1310nm |
FT-802: 1310nm | |
FT-803: 1310nm | |
FT-802S15: 1310nm | |
FT-802S35: 1310nm | |
FT-802S50: 1310nm | |
FT-806A20: TX: 1310nm; RX: 1550nm | |
FT-806B20: TX: 1550nm; RX: 1310nm | |
FT-806A60: TX: 1310nm; RX: 1550nm | |
FT-806B60: TX: 1550nm; RX: 1310nm | |
Max. Launch Power (dBm) | FT-801: -14 |
FT-802: -14 | |
FT-803: -14 | |
FT-802S15:0 | |
FT-802S35:-8 | |
FT-802S50:0 | |
FT-806A20:-8 | |
FT-806B20:-8 | |
FT-806A60:0 | |
FT-806B60:0 | |
Min. Launch Power (dBm) | FT-801: -20 (62.5/125µm), -23.5 (50/125µm) |
FT-802: -20 (62.5/125µm), -23.5 (50/125µm) | |
FT-803: -20 (62.5/125µm), -23.5 (50/125µm) | |
FT-802S15: ?20 | |
FT-802S35: -15 | |
FT-802S50:-5 | |
FT-806A20:-14 | |
FT-806B20:-14 | |
FT-806A60:-5 | |
FT-806B60:-5 | |
Receive Sensitivity (dBm) | FT-801: -31.8 |
FT-802: -31.8 | |
FT-803: -31.8 | |
FT-802S15: -32 | |
FT-802S35:-34 | |
FT-802S50: -35 | |
FT-806A20:-31 | |
FT-806B20:-31 | |
FT-806A60:-34 | |
FT-806B60:-34 | |
Maximum Input Power (dBm) | FT-801: -14 |
FT-802: -14 | |
FT-803: -14 | |
FT-802S15:0 | |
FT-802S35:0 | |
FT-802S50:0 | |
FT-806A20:0 | |
FT-806B20:0 | |
FT-806A60:0 | |
FT-806B60:0 | |
Supported Distances and Functions | |
Shielded Twisted-pair | 100m (328 ft.) |
Multi-mode Fiber Optic | 412m (1,350 ft.) (half-duplex) |
2km (1.2 miles) (full-duplex) | |
Single-mode (SM) | 412m (1,350 ft.) (half-duplex) |
15km (9 miles) (full-duplex) | |
20km (12 miles) (full-duplex) | |
35km (21 miles) (full-duplex) | |
50km (31 miles) (full-duplex) | |
60km (37 miles) (full-duplex) | |
Port Mode | TP: Half and full duplex, auto-negotiation |
FX: Half and full duplex via DIP switch | |
Environment & Emissions | |
Operating Environment | Temperature: 0~50 degrees C |
Humidity: 5~90% non-condensing | |
Storage Environment | Temperature: -40~70 degrees C |
Humidity: 5~90% non-condensing | |
Emissions | FCC Class A, CE Class A |