Panasonic KX-NS5110X VoIP DSP Card S-Type

Panasonic KX-NS5110X DSP Card

The Panasonic KX-NS5110X VoIP Card is a critical hardware expansion component designed for the KX-NS500 and KX-NS700 Smart Hybrid Communication Servers. This Digital Signal Processor (DSP) S-Type module provides the computational power required to process Voice over IP traffic across the network. It functions as the primary engine for media transcoding and signal processing. Consequently, it enables the integration of IP trunks and IP proprietary extensions into the PBX architecture. This card mounts directly onto the main CPU board of the system. It handles the conversion of analog or digital voice signals into data packets for transmission over local and wide area networks.

Key Features

• Media Transcoding Resources
  The hardware handles simultaneous conversion between multiple audio codecs including G.711, G.722, and G.729A to ensure bandwidth efficiency.

• Unified Communications Support

  • Provides necessary resources for Unified Messaging features.
  • Supports internal voicemail recording and playback via IP.
  • Enables DISA (Direct Inward System Access) functionality for external callers.

• IP Telephony Expansion
  This module facilitates the connection of SIP trunks and IP-PT extensions to broaden system capacity.

• Hardware-Based Echo Cancellation

  • Integrated circuits mitigate acoustic echo during full-duplex communication.
  • Maintains high audio fidelity across high-latency network segments.

Specifications

What’s in the Box

• Panasonic KX-NS5110X VoIP DSP Card

• Installation Guide

• Anti-static protective packaging

Why Choose Panasonic KX-NS5110X

• This expansion module provides the required hardware foundation for scaling your communication infrastructure to support remote workers via IP extensions.

• Additionally, the S-Type configuration offers a cost-effective entry point for small businesses requiring basic SIP trunking capabilities.

• However, the device maintains low latency during complex media processing tasks due to dedicated hardware acceleration.

• Therefore, network engineers can deploy high-density voice solutions without taxing the primary system CPU resources.

• Consequently, the system maintains stable performance even during peak call volumes across the enterprise network.