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Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator

HiOSO Technology Co., Ltd.
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    Buy cheap Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator from wholesalers
     
    Buy cheap Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator from wholesalers
    • Buy cheap Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator from wholesalers
    • Buy cheap Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator from wholesalers
    • Buy cheap Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator from wholesalers
    • Buy cheap Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator from wholesalers

    Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator

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    Brand Name : Hioso
    Model Number : GPON OLT SFP
    Certification : CE, RoHS, CCC
    Price : Negotiable
    Payment Terms : L/C, T/T
    Supply Ability : 5000pcs/month
    Delivery Time : 2-12 work days
    • Product Details
    • Company Profile

    Digital Diagnostics Tx 1310nm Rx1490nm GPON SFP Class C++ With Isolator

    GPON Olt Sfp C++ Olt Transceiver 1490 Nm DFB Tx With Isolator


    1. Features

    • 1310 nm APD Rx
    • Digital diagnostics SFF-8472 Compliant
    • 2488 Mbps continuous mode Transmission
    • 1244 Mbps Burst mode receiver Data Rate
    • RX Fast Burst Mode Detection
    • Provide fast RSSI function
    • Operation case temperature: 0~70°C or -40~85°C
    • Class C++ link budget
    • Comply with ITU-T G984.2 Amendment 1
    • Complies with RoHS directive (2002/95/EC)

    2. Application

    • GPON OLT Class C++
    • FTTx

    3. Function Diagram



    4. Recommended Operating Conditions


    ParameterSymbolMin.Max.UnitNotes
    Storage TemperatureTSTG-4085°C
    Operating Case TemperatureTC070°CZP5432043-QCS
    Operating Case TemperatureTC070°CZP5432043-QIS
    Power Supply VoltageVCC3.13.5V
    Total Power Supply CurrentIcc-500mA

    5. Transmitter Characteristics


    ParameterSymbolMin.Typ.Max.UnitsNotes
    Optical Transmitter PowerP07-11dBm

    1

    Optical Transmitter Power offPOFF---39dBm
    Output Center Wavelengthλ1480-1500nm
    Output Spectrum WidthΔλ--1.0nm
    Side Mode Suppression RatioSMSR30--dB
    Extinction RatioER9--dB
    Optical Rise Time---160ps
    Optical Fall Time---160ps
    Optical Eye DiagramCompliant with ITU-T G.984.2 Mask
    Tolerence to Tx Back Reflection--15--dB
    Data Rate--2.488-Gb/s
    Differential Input VoltageVPP300-1200mV
    Differential Input ImpedanceZIN80100120ohm
    Tx_fault Output Voltage- HighVIH2.4--V
    Tx_fault Output Voltage- LowVIL--0.4V
    Tx_Dis Input Voltage- HighVIH2.0--V
    Tx_Dis Input Voltage- LowVIL--0.8V

    6. Receiver Characteristics

    ParameterSymbolMin.Typ.Max.UnitsNotes
    Wavelength of Operation-1260-1360nm-
    Data Rate--1.244-Gb/s-
    SensitivitySen---32dBm1
    Saturation Optical PowerSat-8--dBm1
    Burst Packet Detect sensitivity----32dBm1
    Receiver Reflectance----12dB
    Receiver Burst-mode Dynamic Range-15--dB2
    Data Output Differential Swing-400-1600mV
    RSSI accuracy--3-3dB3
    BPD Output Voltage- HighVIH2.4--V4
    BPD Output Voltage- LowVIL--0.4V4
    Guard TimeTGUARD-32-bits-
    Rest WidthTRESET16-bits
    Reset-Low00.8V
    Reset-High2.0VccV
    Receiver Amplitude Recovery TimeTRECOVERY-2432bits
    Signal Detect De-Asset Time12.8ns
    Signal Detect Assert Time50ns
    Optical Signal During TimeTONT EN_DUR300--ns5
    RSSI Trigger DelayTD0-3000Ns6
    RSSI Trigger WidthTW300-TONT EN_DURns

    Note 1: Measured with 1310nm, 1.244Gbps PRBS223-1 burst-mode optical input, ER=10dB, BER=1x10-10;

    Single burst packet length is 40us and packet interval is 40us.

    Note 2: Input optical power level difference of adjacent burst packets.

    Note 3: Receiver optical power ranged from -8dBm to -28dBm, measured with 1310nm, 1.244Gbps PRBS27-1

    burst-mode optical input, ER=10dB, 50%duty cycle.

    Note 4: BPD assert low when module receive “Reset” signal, assert high when burst package is detected and latch

    to high state until next “Reset” signal.

    Note 5: For RSSI Measurement

    Note 6: Refer to first bit of the preamble


    7. Burst Mode Receiver Dynamic Range


    8. Timing Parameter Definitions in Burst Mode Sequence


    9. RSSI Timing Sequence

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