NIAGARA 3224PT 24 Port 10 Gigabit Hardware Packet Master
Includes 12 segments of 10G Passive TAP
Niagara 3224PT
Niagara 3224PT front
Niagara 3224PT back
Niagara 3224PT Diagram
Overview
The Niagara 3224PT is a 24 Port 10 Gigabit Hardware Packet Master with 12 segments of integrated 10G Passive TAP for network analysis and monitoring applications. The Packet Master has flexible and extensive configuration options which enable it to be tailored to customize the way traffic is managed. The system can support L2-L4 packets, IPv6 and IPv4 traffic, MPLS packets and provides the ability to customize keys for distribution. The 24 ports support 1 gigabit or 10 Gigabit Ethernet with SFP and SFP+ support including multi mode, single mode and extended mode fiber. The Packet Master provides sophisticated features for flexible traffic management including mirroring to multiple ports, aggregation of multiple ports to a single port, and an extensive filtering engine. There are several session based load balancing methodologies supported which enable traffic to be distributed according to any configured output of ports and the distributing keys can be defined as follows:
VLAN ID
IP-Src, IP-Dst
MAC-Src, MAC-Dst
TCP-Port
UDP-Port
User Defined Byte (UDB) - the key for distribution is configurable
Key Features
24 Ports of 10G SFP+ Packet Master Ports for flexible 10G or 1G configuration
12 segments of 10G Fiber Passive TAP:
Full duplex, zero packet loss, passive monitoring
Supports LC connectors
Support for SR, LR
The Optical split ratio is factory configurable 90/10 or 80/20
Load balancing according to multiple key definitions
MPLS, Q in Q support
Session aware load balancing
User defined bytes for filtering
Port failover mechanism
Counters for ingress and egress traffic
RMON statistics
TACACS+ for centralized authentication
Syslog for events logging
SNMP management and reporting
CLI and Web-based management and configuration
Mirroring of one to many and any to any
Secure logging and secure management
Support for a total of 2000 filtering and redirection rules