Network Tapping, Network Traffic Monitoring - 4 x Network (RJ-45) - 2 Number of Total Expansion Slot(s) - SFP - Optical Fiber, Twisted Pair - Gigabit Ethernet - 10/100/1000Base-T, 1000Base-X
SKU
Category
Test Equipment
$2,317.43
Back-ordered
Special order — estimated OEM lead time 3–8 weeks. Order today and we expect to receive stock between Oct 5 and Nov 9, then process your delivery right after.
Genuine Viavi Solutions through authorized distribution — NDAA §889 screened before checkout. TAA verified on request.
SKU
Category
Test Equipment
Country of origin
Mexico
Country of origin is manufacturer-reported and can vary by production lot. Where TAA applies to your purchase, we verify the shipping unit's origin on request.
Overview
Transfers network traffic from a full-duplex copper link to a copper or optical analysis or security device.
• Not only aggregates full-duplex traffic but also can convert that traffic to be analyzed by a copper or optical single-receive analysis or security device
• Aggregator nTAPs provide greater protection than a SPAN port against packet loss on low-utilization networks
• Choose from a 256 MB, 512 MB, or 1 GB buffer
• To connect to an optical device, the nTAP will need SFP modules (sold separately).
Install Observer Aggregator nTAPs on 10 Mb, 100 Mb, or 1 Gb links for quick, anytime access to network traffic. Designed for low-to-moderate utilization full-duplex links, Aggregator nTAPs merge data into single streams for transmission up to two single-receive analysis devices. Industry-leading buffer sizes offer less likelihood of lost packets than SPAN ports to ensure critical traffic reaches analyzers, remote monitoring appliances, and forensics tools. For networks and analyzers of different topologies, an Observer Conversion Aggregator nTAP is available.
nTAPs are passive, full-duplex devices, offering complete visibility to monitoring devices regardless of traffic level. They work with the leading management tools for quick and easy deployment. nTAPs are transparent for monitoring critical links, and provide continuous network data flow even if power fails. nTAPs are scalable, modularized, space efficient, and economical.
