The USR® 10/100/1000 Copper Aggregation Tap eliminates SPAN port contention, oversubscription, and configuration errors with full duplex monitoring, simple installation, and reliable access to your Gigabit Ethernet segments. This tap faultlessly combines and processes both the TX and RX streams of data into a single data stream allowing any connected monitoring device (analyzer, IDS, probe) to receive a full-duplex stream of data with only one NIC. Improve visibility with two monitor ports sending identical copies to separate network tools for simultaneous monitoring and analyzing. For dual-receive tools, a half-duplex option is available for individual TX and RX streams. Ideal for security applications or anywhere you need non-intrusive dedicated access to your network links for advanced or consolidated monitoring.
Product Code: USR4503
US Availability: Discontinued in US, Recommended replacement: USR4523
Canada - Not Available
Europe
Asia Pacific- Not Available
Latin America- Not Available
For Export Control (ECCN & HTS) please Contact Us for the latest information.
Two-year limited manufacturer warranty from date of purchase. Click here for full warranty information.
Additional TAP Power Supplies are no longer available for online purchase. To inquire about ordering contact Kim Mason at 847.87.2370 or send us an email.
USR4500-ACC The USR TAP AC Power Supply provides redundant power for USR Copper TAPs when used in conjunction with the provided power supply. When connected to two different external power source circuits the dual power supplies eliminate power as a single point of failure. The PSU can also be used to replace an original power supply when needed. For use with the USR4503, USR4504, and all other previously sold USR Copper TAPs.
Product Code: USR4500-ACC
US Availability: Contact us
MSRP $39.49
The USR TAP Rack Mount Chassis holds up to 3 TAPs in a standard 1U rack providing a space saving solution for multiple TAP installations.
Product Code: USR4500-RMK
US Availability: Contact Us
MSRP $64.95
* To eliminate power as a single point of failure two power supplies must be used. The second power supply must be connected to a different external power source circuit than the first power supply. Additional power supplies may be sourced using the specifications provided.