Looking display several new wireless product innovations, Ixia (News - Alert) has announced that it will partner with industry leaders at Mobile World Congress (News - Alert) 2012.

Industry leaders need massively scalable wireless test solutions capable of emulating the largest mobile broadband networks in a single test system to validate their products. Emulating millions of mobile subscribers surfing the Internet, and processing millions of web transactions per second, Ixia is the only company providing complete end-to-end LTE (News - Alert) network validation that scales to hundreds of gigabits of video traffic, the company stated in a press release.

Ixia President and CEO, Atul Bhatnagar, participated in a panel discussion titled “Delivering QoE Despite Capacity Pressures” on Wednesday, February 29th, the company announced in a press release. In this session, industry experts from several companies discussed how to architect mobile networks that deliver the greatest QoE to users.

For mobile voice and multimedia services under real-world conditions, Ixia and Alcatel-Lucent (News - Alert) will show how packet-based backhaul networks can satisfy synchronization requirements. Achieving the same level of IP forwarding performance as six cores, Ixia and Cavium will demonstrate the power of MontaVista’s Bare Metal Engine single core.

Ixia and Fujitsu (News - Alert) will demonstrate the capabilities of Fujitsu’s new BroadOne LTE Femtocell, a compact indoor base station for the easy construction of high-bandwidth. Also, to showcase new innovations in TD-LTE development, Ixia will participate in the TD Industry Alliance (TDIA) exhibit.

Recently, the company announced the industry's first application that validates mobile Internet security end-to-end – from the handset to the data center. By generating massive, city-scale application and attack traffic over LTE infrastructures, IxLoad-Attack allows service providers to find previously impossible-to-detect infrastructure vulnerabilities and weaknesses before they can be exploited on live networks.