The complexity of wireless networks will increase more rapidly in the next five years than it did in previous fifteen due to the rapid emergence of broadband helps. These networks must move quickly from voice-centric support to the implementation of data-intensive applications. This urgency stems from the need to pay the steep entry costs paid by wireless operators worldwide. The progression from fixed desktop applications to the mobile office handheld devices on a network requires much more robust and flexible, richer content, simply changing circuit technology permits. To be useful and profitable content provided by these connections must be timely, current and tailored to user needs. Customers will always demand connections, ready at any time. How to integrate these new networks of third generation (3G) technologies, which are increasingly moving towards enhanced data, packet switching topologies current voice of the optimization of the network.
Previous test access technologies in wireless networks are proving inadequate for the wide distribution, heavy, mission-critical networks to which wireless carriers are evolving. The days of the testers of the painstaking search of telecommunications through test equipment racks for the ports, while the downtime of the network increases, have changed. Customer expectations of improved quality of service mandated to focus more on the proof and guarantee of service and active surveillance programs to monitor network performance and solve network problems before they become network outages.
The deployment of access network test (NAT) system maximizes the expected return on investment in 3G networks, ensuring more effectual and effectual test access and service. At the same time, the NTA solutions reduce costs associated with maintaining and upgrading legacy networks.
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