barox AC-SFP-BIA-FXSE SFP Module

barox AC SFP BIA FXSE, the SFP transceiver module for 100 MBit per second, singlemode fiber, 1 fiber, LC PC simplex connector, range up to 20 kilometers, operating temperature minus 40 to plus 85 degrees Celsius, hot swappable     

The barox AC-SFP-BIA-FXSE is the Small Form-factor Pluggable (SFP) module. It serves as a standardized module for extremely fast network connections and can be plugged into various switches. The module is designed for 100 MBit per second and operates with singlemode fiber using 1 fiber.

The barox AC-SFP-BIA-FXSE achieves a maximum transmission range of 20 kilometers. The connector type is LC PC simplex. The center wavelength RX is 1550 nanometers and TX 1310 nanometers. The minimum optical output power is minus 14 dBm, the maximum optical output power minus 8 dBm. The optical sensitivity is minus 32 dBm and the maximum optical input power 0 dBm. The optical budget is 18 dB and the attenuation minimal at 0 dB.

The barox AC-SFP-BIA-FXSE operates within a temperature range of minus 40 to plus 85 degrees Celsius. The power loss is 4 BTU per hour. The weight is 0.025 kilograms gross and 0.018 kilograms net. The module is hot swappable and can be inserted or removed without turning off the device.

The barox AC-SFP-BIA-FXSE is the ideal SFP module for reliable singlemode fiber connections in industrial environments. It offers high compatibility and easy integration into various switches.

Why the barox AC-SFP-BIA-FXSE is the best SFP module:

• Data rate 100 MBit per second
• Singlemode fiber with 1 fiber
• Range up to 20 kilometers
• LC PC simplex connector
• Center wavelength RX 1550 nanometers
• Center wavelength TX 1310 nanometers
• Min. optical output power minus 14 dBm
• Optical sensitivity minus 32 dBm
• Optical budget 18 dB
• Operating temperature minus 40 to plus 85 degrees Celsius

Technical data:

• Data rate 100 MBit per second
• Fiber type singlemode
• Fiber count 1
• Transmission distance maximum 20 kilometers
• Connector LC PC simplex
• Center wavelength RX 1550 nanometers
• Center wavelength TX 1310 nanometers
• Min. optical output power minus 14 dBm
• Optical sensitivity minus 32 dBm
• Optical budget 18 dB