No longer have to statically pre-configure access ports to any VLANs or

policies (QoS/ACL).

traffic from an unknown

source

Aruba Network

Analytics Engine (NAE)

This feature ensures that the end device does not

power cycle on switch reboot

This enables you to centralize firewall and secure

policy services

Allows buffers to

be balanced across sources contending for a congested output port

Allows monitoring, troubleshooting, and easy network

data collection using simple scripting agents

Installed on a supported version of RedHat

Enterprise Linux

Installed in a

virtualized solution by using the Aruba-supplied OVA file

2930F-48G PoE+ and

2930F-48G

Requirements for PoE are normally addressed using AC

to DC power adapters. Concerns for port security for IoT devices are usually

addressed using default wired encryption that all 802.3 Ethernet switches

provide.

While APs are common, most clients are still docked

and only require traditional wired connections with only the occasional

dedicated PoE switch to provide power for the low number of devices needed.

Most older legacy switches had high port bandwidth

utilization and were future proof designed to meet today's power-over-Ethernet

needs.

Clients tend to prefer wireless connections, raising

the need for PoE port access. There is also a growing amount of IoT devices

that require security and port authentication options.