The Tellabs® 3600 Voice Quality Enhancement
is a high-density, OC-3 broadband echo control solution that improves voice quality and enhances network performance for digital wireless and long-distance service providers.
Superior voice quality.
Its high-density platform reduces footprint requirements and decreases installation time, and its low power consumption reduces operating expenses. The Tellabs 3600 enables fast and stable convergence across a wide range of echo paths, including doubletalk in the presence of high background noise, unbalanced levels, and tandem echo canceller situations.
Provides excellent voice quality right from the very start of a call, during call transfer and wireless hand-offs, and after abrupt changes in network routing.
Tellabs level control adjusts speech levels to the optimal level for the network. Optional voice quality enhancements, Tellabs acoustic control and Tellabs noise reduction, enhance simultaneous conversation capability and reduce background noise to further improve call intelligibility.
Customer Benefits:
- High-density platform reduces footprint requirements and installation time.
- Low power consumption reduces operating costs.
- Remote management via an embedded web server saves time and resources.
Product Features:
- Maximum of 24,192 DS0's equivalent to twelve OC-3s, or 1,008 T1's of echo cancellation in a 7-foot rack.
- More than four times the density of equivalent DS-3 products.
- Fully optical OC-3 interface to other equipment, the high-density Tellabs 3600 reduces installation time and complex electrical wiring by over 50%.
- The Tellabs 3600 VQE reduces power consumption by 70 percent compared to legacy DS-3 solutions.
- An embedded system manager (ESM) enables local and remote provisioning and alarm monitoring, eliminating the need for engineers to travel to configure the echo cancellers.
- The ESM can be accessed via any standard web browser, such as Netscape® or Internet Explorer®.
- Configuration and alarms are easily managed through different tabs, all contained on one screen.
