产品型号
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JFTSM-QSFP28-100-LW-40(ER4)-LCD
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工厂品牌
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JFOPT嘉富
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封装形式
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QSFP28
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光口类型
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LC DX
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最高总速率
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103.1Gbps
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每通道速率
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25.78125Gbps
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最大传输距离
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40km
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工作波长
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1310nm
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工作电压
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3.3V
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光纤型号
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SMF
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纤芯尺寸
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9/125
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发射器类型
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DFB
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接收器类型
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PIN
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发射功率
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-2.9~4.5dBm
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接收灵敏度
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-18.6Bm
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数字诊断(DDM)
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YES
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接收过载
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-4.9dBm
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功耗
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<4.5W
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支持协议
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100GBASE-ER4 Ethernet Links
Infiniband QDR and DDR interconnects |
工作温度(商业级)
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0℃~+70℃
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储存温度(商业级)
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-40℃~+85℃
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JFOPT嘉富持续投入光模块生产领域,产品覆盖1*9、SFP、10G、25G、100G、200G、400G、800G GPON/EPON/XG/XGSPON OLT等全系列光模块。同时为下游同行提供TOSA、ROSA、BOSA等光器件半成品解决方案。JFOPT嘉富生产线具备日产量一万只光模块、两万只光器件的能力。此外,JFOPT嘉富光模块拥有业界领先的耐高温、抗干扰特性,广泛应用于计算中心、运营商、交通安防、电力设施等行业领域。
JFOPT QSFP28 100G LAN-WDM 40km ZR4双工LC光模块是一款符合以太网100GBASE-ER4标准的高性能100Gb/s收发器,通过将四路25Gb/s输入电信号转换为局域网波分复用(LAN WDM)光信号并复合成单通道实现100Gb/s光传输,接收端则将100Gb/s光输入解复用为四路LAN WDM光信号并转换为四路输出电信号;其四通道中心波长(1295.56nm/1300.05nm/1304.58nm/1309.14nm)严格遵循IEEE 802.3ba定义的LAN-WDM波长栅格,采用高性能制冷式LAN WDM DFB发射器与高灵敏度APD接收器,确保40公里链路100G以太网应用的卓越性能;依据QSFP+多源协议(MSA)设计,具备紧凑型结构、高可靠性光电接口及数字诊断功能,可耐受高温、高湿及强电磁干扰(EMI)等极端工况,在严苛环境中保障稳定可靠的运行。
Compliant to ethernet 100GBASE-ER4 | Supports 103.1Gb/s aggregate bit rate | ||||||||
Transmitter:cooled 4x25Gb/s LAN WDM TOSA(1295.56,1300.05,1304.58,1309.14nm) | Receiver:4x25Gb/sAPD ROSA | ||||||||
Up to 40km reach for G.652 SMF with FEC | Duplex LC optical receptacle | ||||||||
4x25G electrical interface(OIF CEI-28G-VSR) | Maximum power consumption 4.5W | ||||||||
Single+3.3V power supply | Case operating temperature:0~+70℃ |
100GBASE-ER4 ethernet links | Infiniband QDR and DDR interconnects |
Parameter | Symbol | Min. | Max. | Unit | |||||
Supply voltage | VCC | -0.5 | +3.6 | V | |||||
Storage temperature | TC | -20 | +85 | ℃ | |||||
Relative humidity | RH | 5 | 85 | % |
These values represent the damage threshold of the module.Stress in excess of any of the individual absolute maximum ratingscan cause immediate catastrophic damage to the module even if all other parameters are within recommended operating conditions.
Parameter | Symbol | Min | Typical | Max | Unit | ||||
Power supply voltage | VCC | 3.13 | 3.3 | 3.47 | V | ||||
Operating case temperature | Tca | 0 | - | 70 | ℃ | ||||
Data rate per lane | fd | - | 25.78125 | - | Gb/s | ||||
Link distance | D | - | - | 40 | km |
Parameter | Symbol | Min | Typical | Max | Unit | Ref | |||
Transmitter |
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Input differential impedance | Rin | 90 | 100 | 110 | Ω | 1 | |||
Differential input voltage amplitude | Vin | 900 | - | - | mVp-p | 2 | |||
Receiver |
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Output differential impedance | Rout | 90 | 100 | 110 | Ω | 1 | |||
Differential output voltage amplitude |
Vout | - | - | 900 | mVp-p | 3 | |||
Notes: [1]AC coupled. [2]Differential input voltage amplitude is measuredbetween TxnP and TxnN. [3]Differentialoutput voltage amplitude is measured between RxnP and RxnN. |
Parameter | Symbol | Min | Typical | Max | Unit | ||||
Center wavelength | Ch0 | λ0 | 1294.53 | 1295.56 | 1296.59 | nm | |||
Ch1 | λ1 | 1299.02 | 1300.05 | 1301.09 | nm | ||||
Ch2 | λ2 | 1303.54 | 1304.58 | 1305.63 | nm | ||||
Ch3 | λ3 | 1308.09 | 1309.14 | 1310.09 | nm | ||||
Bit rate per channel | BR | 25.78125±100ppm | Gb/s | ||||||
Side mode suppression ratio | SMSR | 30 | - | - | dB | ||||
Average launch power,each lane | - | -2.9 | - | 4.5 | dBm | ||||
Launch power in OMA minus TDP,each lane | OMA-TDP | -0.65 | - | - | dBm | ||||
Transmission & dispersion penalty, each lane | TDP | - | - | 2.5 | dB | ||||
Relative intensity noise | RIN | - | - | -130 | dB/Hz | ||||
Transmitter reflectance | RT | - | - | -12 | dB | ||||
Extinction ratio | ER | 7 | - | - | dB | ||||
Transmitter eyemask definition{X1,X2,X3,Y1,Y2,Y3} | {0.25,0.4,0.45,0.25,0.28,0.4} | ||||||||
Average launch power of OFF transmitter,each lane | - | - | - | -30 | dBm | ||||
Optical return loss tolerance | - | - | - | 20 | dB |
Parameter | Symbol | Min. | Typical | Max. | Unit | ||||
Center wavelength | Ch0 | λ0 | 1294.53 | 1295.56 | 1296.59 | nm | |||
Ch1 | λ1 | 1299.02 | 1300.05 | 1301.09 | nm | ||||
Ch2 | λ2 | 1303.54 | 1304.58 | 1305.63 | nm | ||||
Ch3 | λ3 | 1308.09 | 1309.14 | 1310.09 | nm | ||||
Bit rate per channel | BR | 25.78125±100ppm | Gb/s | ||||||
Damage threshold,each lane | - | - | - | -3 | dBm | ||||
Averagereceive power,each lane | - | -20.9 | - | -4.9 | dbm | ||||
Unstressed sensitivity(OMA) at 5x105 BER | OMA | - | - | -18.6 | dBm | ||||
LOS assert | LOSA | -30 | - | - | dBm | ||||
LOS de-assert | LOSD | - | - | -24 | dBm |
Pin | Symbol | Name/Description | |||||||
1 | GND | Ground | |||||||
2 | Tx2n | Transmitter inverted data input | |||||||
3 | Tx2p | Transmitter non-inverted data input | |||||||
4 | GND | Ground | |||||||
5 | Tx4n | Transmitter inverted data input | |||||||
6 | Tx4p | Transmitter non-inverted data input | |||||||
7 | GND | Ground | |||||||
8 | ModSelL | Module select | |||||||
9 | ResetL | Module reset | |||||||
10 | VCCRx | +3.3V power supply receiver | |||||||
11 | SCL | 2-wire serial interface clock | |||||||
12 | SDA | 2-wire serial interface data | |||||||
13 | GND | Ground | |||||||
14 | Rx3p | Receiver non-inverted data output | |||||||
15 | Rx3n | Receiver inverted data output | |||||||
16 | GND | Ground | |||||||
17 | Rxlp | Receiver non-inverted data output | |||||||
18 | Rx1n | Receiver inverted data output | |||||||
19 | GND | Ground | |||||||
20 | GND | Ground | |||||||
21 | Rx2n | Receiver inverted data output | |||||||
22 | Rx2p | Receiver non-inverted data output | |||||||
23 | GND | Ground | |||||||
24 | Rx4n | Receiver inverted data output | |||||||
25 | Rx4p | Receiver non-inverted data output | |||||||
26 | GND | Ground | |||||||
27 | ModPrsL | Module present | |||||||
28 | IntL | Interrupt | |||||||
29 | VCC Tx | +3.3V power supply transmitter | |||||||
30 | VCC1 | +3.3V power Supply | |||||||
31 | LPMode | Low power mode | |||||||
32 | GND | Ground | |||||||
33 | Tx3p | Transmitter non-inverted data input | |||||||
34 | Tx3n | Transmitter inverted data input | |||||||
35 | GND | Ground | |||||||
36 | Txlp | Transmitter non-inverted dataInput | |||||||
37 | Tx1n | Transmitter inverted data input | |||||||
38 | GND | Ground |