Net Optics Taps provide 100% access to link traffic for your security and network management tools. Shipped with network and monitor cables, these Taps are simple plug-and-play solutions. Completely passive, our Taps deliver full-duplex monitoring without data stream interference or introducing a point of failure. Many models feature Net Optics' Zero DelayTM technology, which guarantees no packets are dropped during a power fault. Models are available for all major network architectures.

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Real-time, simultaneous passive monitoring of a single GigaBit full-duplex link with two devices - using only one fiber NIC per device.

Real-time, simultaneous passive monitoring of a single full-duplex Gigabit Fiber link with one fiber NIC.

Real-time, simultaneous passive monitoring of a single full-duplex Gigabit Copper link with one copper NIC.

Real-time, simultaneous passive monitoring of a single full-duplex link with two devices - using only one NIC per device.

Real-time, simultaneous passive monitoring of a single full-duplex link with two devices - using only one NIC per device. Features Active Response support for extra monitoring flexibility.

Passive, full-duplex monitoring access for 10/100 networks - with a single NIC.

Passive, full-duplex monitoring access for 10/100 networks - with a single NIC. Space-saving PCI models are compatible with any 32-bit PCI slot.

Passive, full-duplex monitoring access for 10/100 networks - with a single NIC. Features active response support for extra monitoring flexibility.

Passive, full-duplex monitoring access for 10/100 networks - with a single NIC. Features active response capability for extra monitoring flexibility, plus a space-saving PCI based design.

Designed specifically for monitoring GigaBit networks. Available in multimode and singlemode models to support passive monitoring at speeds up to 1000 Mbps.

Designed specifically for monitoring 10 GigaBit networks. Available in multimode and singlemode models to support passive monitoring at speeds up to 10,000 Mbps.

Passive monitoring access for up to six GigaBit links in a 1U high device. The benefits of Six GigaBit Taps in a streamlined design.

Designed specifically for monitoring GigaBit TX networks. Supports passive monitoring at 1000 Mbps.

Media conversion and monitoring acccess for GigaBit TX networks. Monitor GigaBit SX networks with a GigaBit TX device.

Media conversion and passive monitoring access for GigaBit LX networks. Monitor GigaBit LX networks with a GigaBit SX device.

Media conversion and passive monitoring access for GigaBit LX networks. Monitor GigaBit LX networks with a GigaBit copper device.

Media conversion and passive monitoring access for GigaBit ZX networks. Monitor GigaBit ZX networks with a GigaBit SX device.

Media conversion and monitoring acccess for GigaBit TX networks. Monitor GigaBit TX networks with a GigaBit SX device.

Passive monitoring access for ATM, SONET, and FDDI links at speeds up to 622 Mbps. Multimode and singlemode models are available.

Passive monitoring access for up to six ATM, SONET, or FDDI links in a 1U high device. The benefits of Six ATM Taps in a streamlined design.

Media conversion and passive monitoring access for 100BaseFX networks. Available in multimode and singlemode models for monitoring 100BaseFX links with a 10/100BaseT device.

Passive monitoring access for 10 or 100BaseT networks, plus no delay to network traffic if power is lost to the Tap.

Passive monitoring access for up to 4 10/100 links in a 1U high device. No delay to network traffic if power is lost.

Passive monitoring access for up to 8 10/100 links in a 1U high device. No potential delay to network traffic if power is lost.

Passive monitoring access for up to 12 10/100 links in a 1U high device. No potential delay to network traffic if power is lost.

Passive monitoring access for up to 16 10/100 links in a 1U high device. No potential delay to network traffic if power is lost.

Passive monitoring access for up to 20 10/100 links in a 1U high device. No potential delay to network traffic if power is lost.

Passive monitoring access at 44.736 Mbps for any protocol carried by channelized or unchannelized DS3, including ATM, Frame Relay, and more.

Passive monitoring access at 34.368 Mbps for any protocol carried by channelized or unchannelized E3, including ATM, Frame Relay, and more

Passive monitoring access for T1/E1 networks, plus no delay to network traffic if power is lost to the Tap.