Datacom Systems - Network Taps, Matrix Switches and Link Aggregation Solutions.Datacom Systems Network Taps - 10 Gigabit

 

Datacom Systems 10 Gigabit Tap (50 micron) 50/50 split ratio

10 Gigabit Tap (50 micron) 50/50 split ratio

Model #F50/50/50-M-10G

10 Gigabit network taps from Datacom Systems provide your network monitoring and security tools passive permanent access into your 10 Gigabit fiber network.
Datacom Systems 10 Gigabit Tap (9 micron) 50/50 split ratio

10 Gigabit Tap (9 micron) 50/50 split ratio

Model #F50/50/9-S-10G

10 Gigabit network taps from Datacom Systems provide your network monitoring and security tools passive permanent access into your 10 Gigabit fiber network.
Datacom Systems 10 Gigabit Dual Fiber Tap (50/50 split ratio, 62.5 micron, LC Connectors)

10 Gigabit Dual Fiber Tap (50/50 split ratio, 62.5 micron, LC Connectors)

Model #F50/50/62-2LCM-10G

The F50/50/62-2LCM-10G Dual Fiber Passive TAP provides permanent access into two 10 Gigabit fiber links. This network TAP is ideal for security applications, network monitoring and anywhere you need to see all the data that only an In-Line solution can provide. Invisible to the network and non-powered, fi ber TAPs will not affect network performance or integrity.
Datacom Systems 10 Gigabit Dual Fiber Tap (50/50 split ratio, 50 micron, LC Connectors)

10 Gigabit Dual Fiber Tap (50/50 split ratio, 50 micron, LC Connectors)

Model #F50/50/50-2LCM-10G

The F50/50/50-2LCM-10G Dual Fiber Passive TAP provides permanent access into two 10 Gigabit fiber links. This network TAP is ideal for security applications, network monitoring and anywhere you need to see all the data that only an In-Line solution can provide. Invisible to the network and non-powered, fi ber TAPs will not affect network performance or integrity.
Datacom Systems 10 Gigabit Dual Fiber Tap (50/50 split ratio, 9 micron, LC Connectors)

10 Gigabit Dual Fiber Tap (50/50 split ratio, 9 micron, LC Connectors)

Model #F50/50/9-2LCS-10G

The F50/50/9-2LCS-10G Dual Fiber Passive TAP provides permanent access into two 10 Gigabit fiber links. This network TAP is ideal for security applications, network monitoring and anywhere you need to see all the data that only an In-Line solution can provide. Invisible to the network and non-powered, fi ber TAPs will not affect network performance or integrity.
Datacom Systems 10 Gigabit Quad Fiber Tap (four taps, 50/50 split ratio, 50 micron, LC Connectors)

10 Gigabit Quad Fiber Tap (four taps, 50/50 split ratio, 50 micron, LC Connectors)

Model #F50/50/50-4LCM-10G

The F50/50/50-4LCM-10G Quad Fiber 10 Gigabit passive TAP provides permanent access into four multi-mode fiber links. This network TAP is ideal for security applications, network monitoring and anywhere you need to see all the data that only an In-Line solution can provide. Invisible to the network and non-powered, fiber TAPs will not affect network performance or integrity.
Datacom Systems 10 Gigabit Quad Fiber Tap (four taps, 50/50 split ratio, 62.5 micron, LC Connectors)

10 Gigabit Quad Fiber Tap (four taps, 50/50 split ratio, 62.5 micron, LC Connectors)

Model #F50/50/62-4LCM-10G

The F50/50/62-4LCM-10G Quad Fiber 10 Gigabit passive TAP provides permanent access into four multi-mode fiber links. This network TAP is ideal for security applications, network monitoring and anywhere you need to see all the data that only an In-Line solution can provide. Invisible to the network and non-powered, fiber TAPs will not affect network performance or integrity.
Datacom Systems 10 Gigabit Quad Fiber Tap (four taps, 50/50 split ratio, 9 micron, LC Connectors)

10 Gigabit Quad Fiber Tap (four taps, 50/50 split ratio, 9 micron, LC Connectors)

Model #F50/50/9-4LCS-10G

The F50/50/9-4LCS-10G Quad Fiber 10 Gigabit passive TAP provides permanent access into four single mode fiber links. This network TAP is ideal for security applications, network monitoring and anywhere you need to see all the data that only an In-Line solution can provide. Invisible to the network and non-powered, fiber TAPs will not affect network performance or integrity.