The Smart Network Access modular system X (SmartNA-X) is the most flexible and customisable 1G and 10G TAP solution available. It’s designed to work as an enterprise solution custom fit for any data centre, no matter the size. With advanced packet filtering capabilities and flexible port maps it has the ability to filter 10G traffic to 1G tools or aggregate 1G links to a 10G port.
This next-generation fully customisable platform features a revolutionary Drag-n-Vu™ user interface (UI) that allows users to fully configure the device in only a few minutes. Just connect the ports you want and apply any filters you want for each connection, that's it. There’s no need to worry about what order anything needs to be in; no need to manually identify every possible interaction between filtering effects across the entire system and then create numerous additional rules so each interacting case does the right thing!
So, to set up maps and filters, you just add the lines and filtering options you want, without needing to put anything in order or to rearrange what’s already there when you want to add additional connections.
SmartNA-X™ Fully Configurable Modules
All TAP modules are hot-swappable, fully configurable to include, filtering, aggregation and load-balancing. Available with copper, single mode fibre, multi-mode fibre or SFP cage ports.
SmartNA-X™ PacketPro™ Module
Network Critical’s PacketPro™ module for SmartNA-X™ provides the intelligence required for improving the performance of your monitoring and security network. As the enabler of multiple applications, PacketPro™ can manipulate any packet that is sent from the production network to the monitoring network.
SmartNA-X™ V-Line™ Bypass TAP Modules
These flexible TAPs give you the ability to monitor your network with an inline device while giving without introducing a failure point into your network.
SmartNA-X™ Modular Chassis
All SmartNA-X chassis are built to hold any SmartNA-X module. This flexibility allows you to customise your tap solution to your exact specifications, while still leaving plenty of room for expansion.