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Circuit Emulation Services (CES) and Pseudowire Emulation (PWE) benefits both top line and bottom line, driving sales with integrated services and reducing costs, allowing carriers to offer a full range of communications and services, including end-to-end TDM services for enterprise, backhaul for wireless transport, or TDM access with interworking between Ethernet, Frame Relay and ATM.

All networks have impairments and delays. Network Emulators from Anue Systems provide emulation of these network conditions. Anue's GEM is ideally suited for the comprehensive testing of real-time IP services in the laboratory for product development, pre-deployment system testing, proof of concept, characterization of quality of service (QoS) and quality of experience (QoE).

The delivery of voice, video and data over an Internet Protocol (IP) network, known as triple play, requires time-sensitive content to be sent over a network that may introduce packet delay, loss and reordering with lim­ited bandwidth. Anue Network Emulators allow test engineers to introduce those conditions in a controlled and repeatable fashion to predict quality of experience in actual networks.

Delivering video over an IP network requires time-sensitive content to be transported over a network that may introduce packet delay, loss and reordering with limited available bandwidth. Anue Network Emulators allow test engineers to introduce those conditions in a controlled and repeatable fashion to predict quality of experience in actual networks.

A successful VoIP solution must provide quality of experience for the user by compensating for negative conditions that occur in IP networks. Anue Network Emulators allow test engineers to introduce those conditions in a controlled and repeatable fashion to predict quality of experience in actual networks.

Multi-site organizations use a Wide Area Network (WAN), whether the Internet or a private network, to connect the Local Area Networks (LANs) in each location. Many uses of the WAN result in large amounts of data moving between sites, such as hits on high-traffic website hosts, employees accessing centralized information stores, processes consolidating branch information to centralized servers, administrators backing up servers to offsite locations for disaster recovery and business continuity, servers distributing email for thousands of users, applications processing a high volume of transactions, or even communication via IP phones and videoconferencing.

If you’re like most organizations in today’s network-centric world, you need to ensure that your applications run properly over private and public Wide Area Networks (WANs). This is particularly challenging for those applications that are sensitive to network conditions, such as real time transactions, enterprise storage, streaming media, IPTV and VoIP.

Next Generation SONET ICs, software and equipment are currently being developed. Due to their complexity and unique requirements, however, testing and validating these Next Generation solutions present significant challenges to manufacturers of communications products and providers of network services. Fortunately, these challenges have been met with the Anue Systems’ line of SONET Delay Generators. Anue’s Testers emulate signal delays, path level delays, bit errors and signal loss in a precise, programmable manner. These functions are essential for testing GFP, VC and LCAS solutions.