The Cisco PVDM2 16 to 32 Channel Factory Upgrade (part number PVDM2-16U32) is a voice DSP module upgrade designed specifically for enhancing the capacity of Cisco’s voice infrastructure. This module enables upgrading from a 16-channel capacity to a 32-channel capacity, allowing for increased performance and scalability in handling voice streams. It is engineered to integrate with Cisco's existing modular architecture for voice solutions, making it ideal for businesses looking to expand their telecommunications capabilities.
One of the module’s most important features is its ability to support digital signal processing (DSP) functionality. This is critical for handling the complexities involved in voice compression, conferencing, transcoding, and other media services. The Cisco PVDM2 modules are known for their robust performance, and this upgrade ensures smoother call handling and communication efficiency.
This upgrade benefits organisations that use Cisco routers equipped with PVDM2 slots, enabling improved voice processing capacity. The upgrade ensures that even with additional users or higher call volumes, the system continues to operate without degradation in call quality. This capability is especially necessary for high-traffic voice environments such as call centres.
Additionally, the PVDM2 architecture allows for flexible deployment. It can be used with other modules and upgrades, meaning it fits well in both small and large scale networks. This factory upgrade solution extends the capabilities while saving the need for more extensive hardware swaps, ensuring a cost-effective option for businesses already utilising the PVDM2 series.
EOL Technology Services provides comprehensive support for the PVDM2-16U32, including professional services, diagnostics, and expert advice. With readily available replacement parts and upgrades, organisations can maintain and enhance their Cisco voice networks reliably. Our support team ensures installations and upgrades are completed efficiently, keeping your systems at optimal performance.