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IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers

 Fiberall Technology (Shenzhen) Co., Ltd
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    Buy cheap IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers from wholesalers
     
    Buy cheap IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers from wholesalers
    • Buy cheap IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers from wholesalers
    • Buy cheap IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers from wholesalers

    IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers

    Ask Lasest Price
    Brand Name : Fiberall or OEM
    Model Number : FA-TCS12L35-20D
    Certification : CE,FCC, ROHS
    Price : Negotiable
    Payment Terms : L/C,T/T,Western Union, MoneyGram,PayPal
    Delivery Time : 3-5 days
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    IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers


    IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers


    Fiber optic transceiver is an indispensable part of optical network system; its main function is to carry out photoelectric conversion. Although the unit price of an optical transceiver is not very high, but because the establishment of a large and complete optical network transmission system (such as data center) requires a lot of optical modules, the total cost will be very amazing, especially when using the original fiber optic transceiver. The emergence of compatible optical modules effectively solves the problem of high deployment cost of optical transceiver. However, there are still concerns about the quality of compatible fiber optic transceiver. How to make sure whether the quality of optical transceiver is reliable?

    The SFF-8472 standard is the key factor to judge whether the quality and compatibility of the compatible optical transceiver are reliable. It is formulated by the SFF Committee, which is used to define the data diagnostic and monitoring interface (DDMI) of the fiber optic transceiver. It can help us understand the operation parameters of the optical module in real time. In general, the SFF-8472 standard defines a framework for the fiber optic transceiver of third party suppliers, and the quality of the optical transceiver to meet this standard is basically guaranteed. The following three factors are described in detail to determine whether a compatible fiber optic transceiver is reliable.

    1, Whether with data diagnostic monitoring interface required by SFF-8472 standard (DDMI): the fiber optic transceiver with DDMI is with alarm function, when one or more data of optical module is not within the manufacturer specified standard parameters during operation, the host will receive alarm from the fiber optic transceiver so that it will remind the user about the fault. According to the SFF-8472 standard, the below 5 parameters of the optical transceiver should be monitored in real time include voltage, temperature, receiving power, transmission power and bias current.

    2, With fault location function: in the optical fiber link, the fault location can help people quickly find and repair the fault and reduce the time of the down.

    3, Whether compatibility is verified: compatibility verification is the only way to analyze whether the optical transceiver can operate normally in the working environment required by the host device, which is the only way to decide the performance of fiber optic transceiver. In general, the higher the performance of the optical module is, the stronger the compatibility is.


    Optical Characteristics Of 1.25G SFP Transceiver

    (Ambient Operating Temperature 0°C to +70°C, Vcc =3.3 V)

    ParameterSymbolMin.Typ.Max.Units
    Transmitter Section
    Center WavelengthTx 1310lo126013101360nm
    Tx 1550154015501560
    Spectral Width(RMS)Tx 1310Dl--4nm
    Tx 15501
    Average Output PowerTx 1310Po-8--3dBm
    Tx 1550-80
    Extinction RatioEr10-15dB
    Rise/Fall Time(20%~80%)Tr/Tf0.26ns
    Total jitterTj0.43UI
    Optical Eye DiagramIEEE 802.3z and ANSI Fibre Channel Compatible
    Receiver Section
    Center WavelengthRx 1550lo150015501600nm
    Rx 1310126013101360
    Receiver SensitivityRsen-24dBm
    Receiver OverloadRov-3dBm
    Return Loss12dB
    LOS AssertLOSA-36dBm
    LOS DessertLOSD-24dBm
    LOS Hysteresis0.55

    Main Features


    With LC simplex connector

    1310nm FP Laser and 1550nm PIN photodetector

    1550nm DFB Laser and 1310nm PIN photodetector

    Up to 20Km transmission on SMF

    +3.3V single power supply

    LVPECL compatible data input/output interface

    Low EMI and excellent ESD protection

    Laser safety IEC-60825 standard compliant

    Compatible with RoHS

    Compliant with SFF8472

    Quality IEC-60825 Compliant1.25Gbps BIDI LC SFP Optical Transceiver Up To 20 Kilometers for sale
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