![]() ![]() Ensuring that no packet is lost to high-priority monitoring tools. 'Breakout' sends each side of traffic to separate monitoring ports. TAP 'Breakout' (often referred to as just TAP or TAP mode) is the most common function TAPs provide.These functions reflected in the above diagrams include: ![]() Not all TAPs are created equal - Some Network TAPs can perform multiple functions and modes within the same device, which allows you the flexibility to optimize your tools and network. TAPs form factors including pocket-size portable, rack mount portable, 1U and 2U modular and high density chassis.TAPs are available in various speeds from 10/100/1000M all the way to 100G.TAPs are available in various media types, including copper or fiber (LC, MTP/MPO, BiDi), SFP, SFP+ and can perform Media Conversion.Virtual TAPs support virtualized environments, mirroring traffic out of containers, VMs, and Kubernete workloads to your trusted monitoring tools.Active TAPs include failsafe technology to protect against device or power failure. Active TAPs support additional functionality like aggregation and regeneration as well as advanced functions like filtering and bypass.Passive TAPs are typically 1G to 100G fiber or 100M copper. Passive TAPs support out-of-band “listen-only” monitoring tools, and are simple, reliable and require no power.Network TAPs are purpose-built for a variety of different environments and specifications, as they accommodate different requirements needed to perform - all providing the same full duplex visibility. ![]()
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