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Key Features

Network administrators or network operations centers can use this wireless LAN controller to manage wireless access points in large quantities conveniently
Featuring Fast Ethernet port to speed up the transfer rate up to 100Mb/sec to connect your wired network
Management port for convenient and more powerful connectivity
Rack-mount keeps wireless lan controller evenly spaced without creating any airflow obstructions

EXTREME NETWORK INC Wireless Access Points/Bridges

NX 7530 INTEGRATED SVC PLATFORM

Mfr # NX-7530-100R0-WR SKU 7195284

$16,666.11 MSRP $32,985.00 Save 49%

Regular price saves you $16,318.89 against MSRP.

Available

Product Overview

NX 7530 INTEGRATED SVC PLATFORM

NX-7530 INTEGRATED SVC PLATFORM
Zebra NX 7530 Wireless LAN Controller - 6 x Network (RJ-45) - Ethernet, Fast Ethernet, Gigabit Ethernet - Rack-mountable
Zebra NX 7530 Wireless LAN Controller
6 x Network (RJ-45) - Ethernet, Fast Ethernet, Gigabit Ethernet - Rack-mountable

Technical Specifications

Product Type	Wireless LAN Controller
Manufacturer Part Number	NX-7530-100R0-WR
Weight (Approximate)	46.20 lb
Form Factor	Rack-mountable
Manufacturer	Zebra Technologies Corporation
Product Model	NX 7530
Product Name	NX 7530 Wireless LAN Controller
Product Series	NX 7500
Brand Name	Zebra
Height	1.7"
Width	16.9"
Depth	20.9"
Ethernet Technology	Ethernet
Ethernet Technology	Fast Ethernet
Ethernet Technology	Gigabit Ethernet
USB	Yes
HDMI	No
VGA	No
Number of Network (RJ-45) Ports	6
Powerline	No
Management Port	Yes
PoE (RJ-45) Port	No

Marketing Information

ADVANCED WLAN PERFORMANCE AND ONE POINT OF FOR YOUR ENTIRE WIRELESS LAN (WLAN)

The NX 7500 brings the next generation in WLAN speed, security, reliability and flexibility to the midsize enterprise, providing comprehensive management and control of up to 2,048 network elements through a single pane of glass. With the NX 7500, all network infrastructure is empowered with the intelligence to make the best routing decisions, you get maximum speed and throughput - the congestion and latency associated with routing traffic through a centralized controller is eliminated.