1.25G BiDi SFP module, TX:1550nm/RX:1490nm, 80km over SMF, DDM, simplex LC connector, -40°C ~ +85°C temp range

Name: 1.25G BiDi SFP module, TX:1550nm/RX:1490nm, 80km over SMF, DDM, simplex LC connector, -40°C ~ +85°C temp range
SKU: SFP-BX-DL80-Ti
Price: 47.3 EUR
Availability: InStock

Item number:

SFP-BX-DL80-Ti

1.25G BiDi SFP module, TX:1550nm/RX:1490nm, 80km over SMF, DDM, simplex LC connector, -40°C ~ +85°C temp range

Available to order

Teroline single fiber bidirectional SFP module for Gigabit Ethernet applications over single mode optical fiber. The module can be used with any network device that accepts standard MSA transceivers - e.g. D-Link, Zyxel, Mikrotik and Ubiquity among others. In case you need the transceiver with specific coding for your network equipment, please select the required compatibility from the list below. If you don't find the desired brand or not sure about your compatibility requirements, please contact us before ordering.

Connector type :

Simplex LC

Interface type :

Single Mode Fiber (SMF)

Wavelength :

TX:1550nm/RX:1490nm

Distance :

80km

DWDM Channel :

N/A

CWDM Wavelength :

N/A

Operating temp. range :

Industrial

Application :

Gigabit Ethernet

Compatibility

37.3 € (47.3 €)

Points earned after purchase: 0.9 €

Details

Details

Teroline optical modules are high-reliability products made from quality components using state-of-the-art manufacturing technology, designed to serve telecom, data centre and mission-critical applications.

The transceivers are compatible with the SFP Multi-Source Agreement (MSA) and SFF-8472 and can be used in equipment from all major network equipment manufacturers. The desired compatibility can be selected when ordering the modules.

Teroline’s SFP-BX-DL80-Ti product is a hot-pluggable optical transceiver that supports bi-directional communication over simplex 9/125um single mode fiber with data rates up to 1.25Gbps and 80km transmission distance. It is designed to be used with switches and networking devices with SFP interface and matching speed and protocol.