• SFP Series

SFP Series


Features

   . Standard Small Form Factor Pluggable Package MSA Compliant
. Duplex LC Receptacle Optical Interface
. Gigabit Ethernet Standard ( IEEE802.3Z 1000BASE ) Compliant
. Fibre Channel Standard ( 100-SM-LC-L ) Compliant
. Digital Diagnostic SFF-8472 Rev.10.3 Compliant ( DDM Series )
. Single 3.3 V Power Supply
. Differential LVPECL Data Input and Output
. LVTTL Loss of Signal
. Serial ID through I2C Interface
. Metal Enclosure and Low Power Consumption
. RoHs Compliant

 

Description

The series of transceivers comply with Small Form Factor Pluggable (SFP) MSA.
It is designed for SM or MM fiber application with high performance and costeffective.
Each module consists of the high-speed laser diode and photo diode as a
light source and a detector. An EEPROM contained the detailed product information
for the host equipment is accessed by the 2-wire serial CMOS EEPROM protocol. It
complies with the laser class 1 products and EN60825-1.

Table for SFP Products

Form Factor Model Name Data Rate
(Gbit/s)
Reach TX RX  Optical Power
(dBm)
Sensitivity
(dBm)
Operating   Temperature
SFP SSA-xAC1-x11 1.25 550m 850nm
VCSEL
850nm
PIN
-3 ~ -9 -18 CT/IT
SFP SSR-xAD1-x11 1.25 2km 1310nm
FP
1310nm
PIN
-1 ~ -9 -21 CT/IT
SFP SSR-xAF1-x11 1.25 10km 1310nm
FP
1310nm
PIN
-3 ~ -9 -21 CT/IT
SFP SSR-xAG1-x11 1.25 20km 1310nm
FP
1310nm
PIN
-2 ~ -8 -23 CT/IT
SFP SSB-xAJ1-x11 1.25 40km 1310nm
DFB
1310nm
PIN
+2 ~ -3 -23 CT/IT
SFP SSD-xAL1-x11 1.25 60km 1550nm
DFB
1550nm
PIN
+2 ~ -3 -24 CT/IT
SFP SSD-xAP1-x11 1.25 80km 1550nm
DFB
1550nm
PIN
+5 ~ 0 -24 CT/IT
SFP SSA-xGB1-x11 2.125 300m 850nm
VCSEL
850nm
PIN
-3 ~ -9 -15 CT/IT
SFP SSR-xBD1-x11 2.5 2km 1310nm
FP
1310nm
PIN
-3 ~ -9 -18 CT/IT
SFP SSB-xBV1-x11 2.5 15km 1310nm
DFB
1310nm
PIN
0 ~ -5 -20 CT/IT
SFP SSD-xBJ1-x11 2.5 40km 1550nm
DFB
1550nm
PIN
0 ~ -5 -20 CT/IT
SFP SSQ-xBP1-x11 2.5 80km 1550nm
DFB
1550nm
PIN
+3 ~ -2 -27 CT/IT
SFP SSx-xxxx-xxx CT: 0~70°C, IT: -40~+85°C
Customized for Requirement ( ex : Data Rate / Distance / Wavelength / Extra Function )







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