PVDM 32 MB – Technology Bazar

The Cisco PVDM2-32 is a high-performance Digital Signal Processor (DSP) module designed for Cisco routers, delivering enhanced voice and video functionality. With support for up to 32 voice channels, it ensures efficient call handling, conferencing, and media services in enterprise and branch office environments.

Key Features

DSP Module for Cisco ISR Routers Adds advanced media processing capabilities
Supports up to 32 Voice Channels Efficient handling of concurrent calls
High-Quality Voice Processing Includes echo cancellation, voice compression, and transcoding
Conferencing Capability Enables multi-party audio conferencing
Codec Flexibility Supports a wide range of codecs for interoperability
Hardware-Based Processing Offloads tasks from router CPU to maintain performance
Scalable Solution Can be upgraded with higher-capacity PVDM modules as needed
Reliable for Enterprise Use Ideal for branch offices, call centers, and VoIP deployments

Category: Accessories

Description
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The Cisco PVDM2-32 (Packet Voice Digital Signal Processor Module) is a powerful DSP module built to expand and optimize voice and video capabilities within Cisco Integrated Services Routers (ISR). It provides 32 channels of high-quality voice, conferencing, transcoding, and other advanced media services.

Ideal for businesses managing a growing volume of IP telephony traffic, the PVDM2-32 ensures smooth call processing and reliable media handling without compromising performance. It supports functions such as voice compression, echo cancellation, conferencing, and transcoding between different codecs, making it suitable for VoIP deployments, call centers, and enterprise communication networks.

The PVDM2-32 is a scalable, hardware-based solution that integrates seamlessly with Cisco IOS software to deliver secure, efficient, and high-quality voice and video services. By offloading media processing tasks from the router CPU, it guarantees improved system performance and ensures consistent call quality even under high loads.