The 10/100 1x1 copper tap allows uninterrupted pass-through of data over standard UTP copper cable. This network tap will accurately duplicate 10Mbps and 100Mbps Ethernet signals (including all data and timing errors) to the transmit-only monitoring ports.

The ZERO Delay feature ensures no loss or interruption of network data when power to the Tap fails. Multiple LEDs provide link / activity indication for easy installation and troubleshooting in the event of faulty network equipment or incorrect wiring.

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The Gigabit 1X1 Copper allows the uninterrupted pass through of full duplex data over standard UTP Category 5 copper cable. Featuring auto negotiating between 10Mbps, 100Mbps and 1000Mbps this Tap will duplicate the network signals (including any existing line errors) to the transmit-only monitoring ports.

The Tap's Link Safe feature will correct for any wiring errors such as pair swaps, polarity or MDI/X cabling. The tap will also propagate the network link condition, thus allowing for use in redundant link systems. Multiple LEDs provide useful speed ∓ activity indication for easy installation and troubleshooting in the event of connection to faulty network equipment.

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Using two custom designed fiberoptic splitters the 10 Gigabit Fiber Tap allows the uninterrupted pass through of full duplex data over a fiber optic link while providing a duplicate signal to the monitoring ports for each unidirectional network connection.

The multimode version of this fiber tap is designed for LED driven ATM and Ethernet networks while the singlemode version is designed for Laser diode based networks. Various split ratios are available to meet custom specific user applications.

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Using two custom designed fiberoptic splitters the Gigabit 1x1 SX Fiber Tap allows the uninterrupted pass through of full duplex data over a fiber optic link while providing a duplicate signal to the monitoring ports for each unidirectional network connection.

The multimode version of this fiber tap is designed for LED driven ATM and Ethernet networks while the singlemode version is designed for Laser diode based networks. Various split ratios are available to meet custom specific user applications.

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Using two custom designed fiberoptic splitters the Gigabit 1x1 LX Fiber Tap allows the uninterrupted pass through of full duplex data over a fiber optic link while providing a duplicate signal to the monitoring ports for each unidirectional network connection.

The multimode version of this fiber tap is designed for LED driven ATM and Ethernet networks while the singlemode version is designed for Laser diode based networks. Various split ratios are available to meet custom specific user applications.

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Using two custom designed fiberoptic splitters the Gigabit 1x1 ZX Fiber Tap allows the uninterrupted pass through of full duplex data over a fiber optic link while providing a duplicate signal to the monitoring ports for each unidirectional network connection.

The multimode version of this fiber tap is designed for LED driven ATM and Ethernet networks while the singlemode version is designed for Laser diode based networks. Various split ratios are available to meet custom specific user applications.

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Using two custom designed fiberoptic splitters the ATM Fiber Tap allows the uninterrupted pass through of full duplex data over a fiber optic link while providing a duplicate signal to the monitoring ports for each unidirectional network connection.

The multimode version of this fiber tap is designed for LED driven ATM and Ethernet networks while the singlemode version is designed for Laser diode based networks. Various split ratios are available to meet custom specific user applications.

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The Gigabit 1X1 LX to TX, fiber to copper converter Tap allows the uninterrupted pass through of full duplex data over standard singlemode fiber cable. Decoding the optical signals this device re-clocks the data and electronically replicates an exact copy (including line errors) to two transmit-only RJ45 monitoring ports. A user is therefore able to monitor a full duplex gigabit singlemode (1310nm) network with a gigabit copper device thereby reducing the costs to monitor a high-speed singlemode link and increasing the ROI on any copper based IDS or Analyzer.

In re-clocking the signal the Gigabit LX-TX Tap maximizes transmission quality and power throughput on both the network and monitoring streams. Multiple LEDs indicate power, link and activity status for easy installation and troubleshooting with connected network equipment.

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The Gigabit 1X1 TX to SX, copper to fiber converter Tap allows the uninterrupted pass through of full duplex data over standard UTP Cat 5 cable. Decoding the network signals this device reclocks the data and electronically replicates an exact copy (including line errors) to two transmit-only multimode monitoring ports. A user is therefore able to monitor a full duplex gigabit TX stream with a multimode monitoring device thus leveraging the monitoring flexibility and improving ROI for the MM card on the IDS and / or Analyzer.

In addition the Gigabit TX-SX Tap reclocks the data so as to maximize the signal quality and power throughput on both the network and monitoring streams. Multiple LEDs indicate power and link status for easy installation and troubleshooting with connected networking equipment.

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The Gigabit LX to SX fiber converter Tap allows the uninterrupted pass through of full duplex data over single-mode fiber cable. Decoding the optical signals this device reclocks the data and electronically replicates an exact copy (including line errors) to two transmit-only multimode monitoring ports. A user is therefore able to monitor full duplex 1310nm single mode streams with a multimode monitoring device thus eliminating the expense of additional singlemode network cards on the IDS and / or Analyzer.

In addition the Gigabit LX-SX Tap reclocks the data so as to maximize the signal quality and power throughput. Multiple LEDs indicate power and link status for easy installation and troubleshooting with connected network equipment.

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The Gigabit 1X1 SX to TX, fiber to copper converter Tap allows the uninterrupted pass through of full duplex data over standard multimode fiber cable. Decoding the optical signals this device reclocks the data and electronically replicates an exact copy (including line errors) to two transmit-only RJ45 monitoring ports. A user is therefore able to monitor full duplex gigabit multimode SX network with a gigabit copper monitoring device thus leveraging the monitoring flexibility and improving ROI for the gig copper based IDS and / or Analyzer.

In addition the Gigabit SX-TX Tap reclocks the data so as to maximize the signal quality and power throughput on both the network and monitoring streams. Multiple LEDs indicate power, link and activity status for easy installation and troubleshooting with connected network equipment.

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The Gigabit ZX to SX fiber converter Tap allows the uninterrupted pass through of full duplex data over single-mode fiber cable. Decoding the optical signals this device reclocks the data and electronically replicates an exact copy (including line errors) to two transmit-only multimode monitoring ports. A user is therefore able to monitor full duplex 1550nm single mode streams with a multimode monitoring device thus eliminating the expense of additional singlemode network cards on the IDS or Analyzer.

In addition the Gigabit ZX-SX Tap reclocks the data so as to maximize the signal quality and power throughput. Multiple LEDs indicate power and link status for easy installation and troubleshooting with connected networking equipment.

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