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Brand Name : Mray
Model Number : QSFP-40G-LR4
Certification : CE, FCC, RoHs, ISO9001
Place of Origin : Shenzhen, China
MOQ : 1 piece
Price : Negotiable
Payment Terms : T/T, Western Union, L/C
Supply Ability : 10000pcs/day
Delivery Time : 1~2 days for samples
Packaging Details : 10pcs/plastic try, 500pcs per standard export carton
Product Name : 40Gbps QSFP+ LR4 Parallel Single Mode Optical Transceiver
Data Rate : 40Gb/s
Device Type : QSFP+
Wavelength : CWDMx4
Max Cable Distance : 10KM
Connector : Duplex LC connector
Temperature : 0~70℃
Miray QSFP+ transceiver modules are designed for use in 40 Gigabit Ethernet links over single mode fiber. They are compliant with the QSFP+ MSA and IEEE 802.3ba 40GBASE-LR4. Digital diagnostics functions are available via an I2C interface, as specified by the QSFP+ MSA. The transceiver is RoHS-6 compliant and lead-free per Directive 2011/65/EU, and Application Note AN-2038.
• Compliant with 40G Ethernet IEEE802.3ba and 40GBASE-LR4 Standard
 • QSFP+ MSA compliant
 • Compliant with QDR/DDR Infiniband data rates
 • Up to 11.2Gb/s data rate per wavelength
 • 4 CWDM lanes MUX/DEMUX design
 • Up to 10km/2km transmission on single mode fiber (SMF)
 • Operating case temperature: 0 to 70℃
 • Maximum power consumption 3.5W
 • RoHS compliant
|  			 Parameters  |  			 			 Symbol  |  			 			 Min.  |  			 			 Typ.  |  			 			 Max.  |  			 			 Unit  |  		
|  			 Case Operating Temperature  |  			 			 TOP  |  			 			 0  |  			 			 -  |  			 			 +70  |  			 			 °C  |  		
|  			 Supply Voltage  |  			 			 VCC  |  			 			 +3.13  |  			 			 +3.3  |  			 			 +3.47  |  			 			 V  |  		
|  			 Data Rate, per lane  |  			 			 DR  |  			 			 
  |  			 			 10.3125  |  			 			 11.2  |  			 			 Gb/s  |  		
|  			 Data Rate Accuracy  |  			 			 ΔDR  |  			 			 -100  |  			 			 
  |  			 			 +100  |  			 			 ppm  |  		
|  			 Bit Error Rate  |  			 			 BER  |  			 			 
  |  			 			 
  |  			 			 10-12  |  			 			 
  |  		
|  			 Supply Current  |  			 			 ICC  |  			 			 
  |  			 			 
  |  			 			 1000  |  			 			 mA  |  		
|  			 Power Consumption  |  			 			 P  |  			 			 
  |  			 			 2.5  |  			 			 3.5  |  			 			 W  |  		
|  			 Transceiver Power-on Initialization Time  |  			 			 
  |  			 			 
  |  			 			 
  |  			 			 2000  |  			 			 ms  |  		
|  			 Control Input Voltage High  |  			 			 VIH  |  			 			 2.0  |  			 			 
  |  			 			 Vcc  |  			 			 V  |  		
|  			 Control Input Voltage Low  |  			 			 VIL  |  			 			 GND  |  			 			 
  |  			 			 0.7  |  			 			 V  |  		
|  			 Control Output Voltage High  |  			 			 VOH  |  			 			 2.0  |  			 			 
  |  			 			 Vcc  |  			 			 V  |  		
|  			 Control Output Voltage Low  |  			 			 VOL  |  			 			 GND  |  			 			 
  |  			 			 0.7  |  			 			 V  |  		
|  			 Parameters  |  			 			 Symbol  |  			 			 Min.  |  			 			 Typ.  |  			 			 Max.  |  			 			 Unit  |  			 			 Note  |  		
|  			 Operating Date Rate, per Lane  |  			 			 DR  |  			 			 
  |  			 			 10.3125  |  			 			 11.2  |  			 			 Gb/s  |  			 			 
  |  		
|  			 Total Average Launch Power  |  			 			 TPAVG  |  			 			 
  |  			 			 
  |  			 			 +8.3  |  			 			 dBm  |  			 			 
  |  		
|  			 Average Launch Power, per Lane  |  			 			 PAVG  |  			 			 -7.0  |  			 			 
  |  			 			 +2.3  |  			 			 dBm  |  			 			 
  |  		
|  			 Optical Modulation Amplitude (OMA), per lane  |  			 			 POMA  |  			 			 -5.0  |  			 			 
  |  			 			 +3.5  |  			 			 dBm  |  			 			 1  |  		
|  			 Difference in Launch Power between any two Lanes (OMA)  |  			 			 PTX-DIFF  |  			 			 
  |  			 			 
  |  			 			 6.5  |  			 			 dB  |  			 			 
  |  		
|  			 Transmitter Dispersion Penalty, per Lane  |  			 			 TDP  |  			 			 
  |  			 			 
  |  			 			 2.3  |  			 			 dB  |  			 			 
  |  		
|  			 Launch Power in OMA minus Transmitter and Dispersion Penalty (TDP), per Lane  |  			 			 OMA- TDP  |  			 			 -4.8  |  			 			 
  |  			 			 
  |  			 			 dB  |  			 			 
  |  		
|  			 
 Optical Wavelength, each Lane  |  			 			 λL0  |  			 			 1264.5  |  			 			 1271  |  			 			 1277.5  |  			 			 nm  |  			 			 
  |  		
|  			 λL1  |  			 			 1284.5  |  			 			 1291  |  			 			 1297.5  |  			 			 nm  |  			 			 
  |  		|
|  			 λL2  |  			 			 1304.5  |  			 			 1311  |  			 			 1317.5  |  			 			 nm  |  			 			 
  |  		|
|  			 λL3  |  			 			 1324.5  |  			 			 1331  |  			 			 1337.5  |  			 			 nm  |  			 			 
  |  		|
|  			 Spectral Width (-20dB)  |  			 			 Δλ  |  			 			 
  |  			 			 
  |  			 			 1  |  			 			 nm  |  			 			 
  |  		
|  			 Side Mode Suppression Ratio  |  			 			 SMSR  |  			 			 30  |  			 			 
  |  			 			 
  |  			 			 dB  |  			 			 
  |  		
|  			 Optical Extinction Ratio  |  			 			 ER  |  			 			 3.5  |  			 			 
  |  			 			 
  |  			 			 dB  |  			 			 
  |  		
|  			 Optical Eye Mask { X1, X2, X3, Y1, Y2, Y3 }  |  			 			 
  |  			 			 { 0.25, 0.4, 0.45, 0.25, 0.28, 0.4 }  |  			 			 2  |  		|||
|  			 Average Launch Power OFF, per Lane  |  			 			 POFF  |  			 			 
  |  			 			 
  |  			 			 -30  |  			 			 dBm  |  			 			 
  |  		
|  			 Relative Intensity Noise (OMA)  |  			 			 RIN  |  			 			 
  |  			 			 
  |  			 			 -128  |  			 			 dB/Hz  |  			 			 
  |  		
|  			 Optical Return Loss Tolerance  |  			 			 ORLT  |  			 			 
  |  			 			 
  |  			 			 12  |  			 			 dB  |  			 			 
  |  		
|  			 Transmitter Reflectance  |  			 			 RTX  |  			 			 
  |  			 			 
  |  			 			 -12  |  			 			 dB  |  			 			 
  |  		
|  			 Input Differential Impedance  |  			 			 ZIN  |  			 			 85  |  			 			 100  |  			 			 115  |  			 			 Ω  |  			 			 
  |  		
|  			 Differential Data Input Voltage  |  			 			 VIN-PP  |  			 			 150  |  			 			 
  |  			 			 1200  |  			 			 mVpp  |  			|
|  			 Parameters  |  			 			 Symbol  |  			 			 Min.  |  			 			 Typ.  |  			 			 Max.  |  			 			 Unit  |  			 			 Note  |  		
|  			 Operating Date Rate, per Lane  |  			 			 DR  |  			 			 
  |  			 			 10.3125  |  			 			 11.2  |  			 			 Gb/s  |  			 			 
  |  		
|  			 Damage Threshold, per Lane  |  			 			 DTH  |  			 			 +3.3  |  			 			 
  |  			 			 
  |  			 			 dBm  |  			 			 1  |  		
|  			 Average Receive Power, per Lane  |  			 			 PRX-AVG  |  			 			 -13.7  |  			 			 
  |  			 			 +2.3  |  			 			 dBm  |  			 			 
  |  		
|  			 Receiver Power (OMA), per Lane  |  			 			 PRX-OMA  |  			 			 
  |  			 			 
  |  			 			 +3.5  |  			 			 dBm  |  			 			 
  |  		
|  			 Receiver Sensitivity (OMA), per Lane  |  			 			 SENAVG  |  			 			 
  |  			 			 
  |  			 			 -11.5  |  			 			 dBm  |  			 			 2  |  		
|  			 Stressed Receiver Sensitivity (OMA), per Lane  |  			 			 SENSOMA  |  			 			 
  |  			 			 
  |  			 			 -9.9  |  			 			 dBm  |  			 			 3  |  		
|  			 Receiver Reflectance  |  			 			 RRX  |  			 			 
  |  			 			 
  |  			 			 -26  |  			 			 dB  |  			 			 
  |  		
|  			 LOS De-Assert  |  			 			 LOSD  |  			 			 
  |  			 			 
  |  			 			 -15  |  			 			 dBm  |  			 			 
  |  		
|  			 LOS Assert  |  			 			 LOSA  |  			 			 -30  |  			 			 
  |  			 			 
  |  			 			 dBm  |  			 			 
  |  		
|  			 LOS Hysteresis  |  			 			 LOSHY  |  			 			 0.5  |  			 			 
  |  			 			 
  |  			 			 dB  |  			 			 
  |  		
|  			 Receiver Electrical 3dB upper Cutoff Frequency, per Lane  |  			 			 FCUT  |  			 			 
  |  			 			 
  |  			 			 12.3  |  			 			 GHz  |  			 			 
  |  		
|  			 Output Differential Impedance  |  			 			 ZOUT  |  			 			 85  |  			 			 100  |  			 			 115  |  			 			 Ω  |  			 			 
  |  		
|  			 Differential Data Output Voltage  |  			 			 VOUT-PP  |  			 			 370  |  			 			 600  |  			 			 950  |  			 			 mVpp  |  			






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                        40g Qsfp LR4 Single Mode Fiber QSFP Transceiver Module MSA Compliant CWDMx4 Images |