Features and Benefits:
Modular design: With the modular design of the NX 7500, customers can purchase the features needed today and add what whatever is needed in the future. As the number of users and application bandwidth requirements increase, customers can easily upgrade to 10 Gigabit (10G) Ethernet, right in their facility. The fully programmable multi-core network processing engine makes it easy to add features that require in-line data processing, without the typical limitations of hardware ASIC based solutions.

A highly cost-effective multi-service platform:The virtualized framework and integrated 500 GB hard drive allows customers to host, deploy and manage multiple applications right on the NX 7500 — the need to purchase and manage additional hardware is eliminated. For example, your customers can now host Motorola Solutions Air Defense Services Platform1 right on the NX 7500, enabling deployment of this industry leading wireless security solution at a lower cost. And many security services that would typically require additional hardware are also integrated, including a role-based firewall, a VPN, an Intrusion Detection System (IDS) and a high throughput cryptographic engine for extreme security. The result is extraordinary management simplicity, as well as minimal space and power requirements in the IT closet.

Extreme reliability: Customers can purchase the NX 7500 with a redundant power supply or add one at any time, right in their facility — no need to return the controller to a service depot. The 64 GB solid state drive stores and protects firmware images and critical data. RAID-1 capability and dual hot-swappable hard drives provide that extra peace of mind that comes from knowing that data is safe from single hard drive failures.

WiNG 5 operating system for superior WLAN performance: The WiNG 5 operating system empowers every piece of infrastructure in the WLAN with the intelligence required to work together to route every transmission as efficiently as possible. All WLAN infrastructure is “network aware”: controllers; standalone independent access points; and adaptive access points adopted by physical or virtual controllers located in remote offices, the network operating center (NOC) or the cloud”. As a result, the need to route all traffic through a centralized controller is eliminated — along with the associated congestion and latency that often plagues bandwidth-hungry apps such as video and voice.