The PEB2070N, created by Infineon Technologies, is a ISDN Echo Canceller device. It is designed to eliminate echo in ISDN (Integrated Services Digital Network) communication systems. This component is essential for ensuring clear and reliable voice and data transmission over ISDN lines. By actively canceling echo signals, it significantly improves the user experience and the overall performance of ISDN networks.
Applications
- ISDN Terminal Adapters (TAs)
- ISDN Network Termination devices (NTs)
- ISDN line cards in central office switches
- ISDN-based PBX systems
- Echo cancellation in teleconferencing equipment
Features
- Echo cancellation for ISDN Basic Rate Interface (BRI)
- Adaptive echo cancellation algorithms
- Low power consumption
- Compliance with ISDN standards
- Digital signal processing (DSP) based
Benefits
- Improved voice quality by eliminating echo
- Enhanced data transmission reliability
- Better user experience in ISDN-based communications
- Reduced network congestion due to clearer signals
- Compliance with industry standards ensures interoperability
Additional Details
The PEB2070N utilizes sophisticated adaptive algorithms to effectively cancel echo signals that can occur in ISDN networks due to impedance mismatches and reflections. Its low power consumption makes it suitable for a wide range of ISDN equipment, including battery-powered devices. The device complies with relevant ISDN standards, ensuring seamless integration with existing ISDN infrastructure. The PEB2070N’s digital signal processing (DSP) core enables it to perform complex echo cancellation tasks in real-time. This results in a clearer, more reliable communication experience for users of ISDN services. Its adaptive nature means it can adjust to changing network conditions to maintain optimal echo cancellation performance. The integration of this device is crucial for ensuring the quality and reliability of ISDN communications. The device provides excellent echo return loss enhancement (ERLE), a critical parameter for echo cancellers.