Delivery Time:Within 1-3 working days after PO confirmed
Certification:TUV/CE/FCC/RoHS/INMETRO
MMF SFP Optical Transceiver 1310nm 155M FX 2km For SDH Network

 
 
Quick Detail:
 
1.  Form:  SFP
2.  Data Rate:  155Mb/s
3.  Reach:  2km MMF
4.  Wavelenth:  1310nm
5.  Connector:  Duplex LC
6.  Appliactions:  155M FX Fast Ethernet 

 
 
Specifications:
 

Form Factor	SFP
Distance	2km OM3
Protocol	155M FX Fast Ethernet
Data Rate (max)	155Mb/s
Low End Case Temperature (°C)	-40°C
High End Case Temperature (°C)	85°C
Diagnostics	no DDM/DOM
Transmitter & Power Out	FP,  Pout -19~-14dB
Receiver & Sense	PIN,  Pin >-30dBm
Voltage Supply	3.3
Connector	LC Dulplex
RoHS	YES
Certification	TUV/CE/FCC/RoHS/INMETRO

 
 
Description:
 

SFP FX 155M 1310nm 2km is a sfp optical transceiver module. SFP: SFP in full is Small Form- factor Pluggable. They are also referred to as mini GBIC due to their similarity in function to the GBIC transceivers though smaller in size. SFP transceivers are mainly used to link equipment in telecom and data communications like switches and routers. They support applications like Fiber-to-the-desktop (FTTD), SONET/SDH Network, Gigabit Ethernet, and High-speed computer links among others.
C-LIGHT is your reliable supplier of SFP FX 155M 1310nm 2km transceiver. We produce and stock a large quantity of SFP FX 155M 1310nm 2km transceivers. All of our SFP FX 155M 1310nm 2km transceivers are tested in-house prior to shipping to insure that they will arrive in perfect physical and working condition. We guarantee the SFP FX 155M 1310nm 2km transceiver modules to work in your system without any problem.
In addition to SFP FX 155M 1310nm 2km transceiver, we also carry a wide array of other transceiver modules.
If you have any question about SFP FX 155M 1310nm 2km transceiver, please do not hesitate to contact us.

 
Competitive Advantage:
 
1. Excellent quality and 3 years warranty
2. Competitive pricing
3. Full compatible (CISCO/HP/Extreme/Juniper/H3C…)
4. OEM/ODM Customized label 
5. Big stock, Fast delivery
6. Excellent Low Power Consumption