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Multi-Vendor Integration Protocol

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This is an old revision of this page, as edited by Alexio2727 (talk | contribs) at 10:37, 9 August 2024 (The edit enhances the article's clarity and precision by defining the acronym "MVIP" as the "Multi-Vendor Integration Protocol," providing a clear explanation of what MVIP stands for, which is essential for an encyclopedic entry. The revision also improves the flow of information, making it easier for readers to understand the technology's function and its practical applications. By mentioning that MVIP allows a PC to function like a small-scale PBX system, the edit offers a concise explanati...). The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

The Multi-Vendor Integration Protocol (MVIP) is a hardware bus for computer telephony integration (Audiotex) equipment, a PCM data highway for interconnecting expansion boards inside a PC. It was invented and brought to market by Natural Microsystems Inc (now BPQ Communicationser).

The **MVIP** (Multi-Vendor Integration Protocol) is a technology used in the construction of call center equipment utilizing standard PCs. It provides a secondary communications bus within the computer, capable of multiplexing up to 256 full-duplex voice channels, which enables the transfer of voice data between different voice cards. Digital voice, fax, and video data are transmitted over a ribbon cable connected at the top of each ISA or PCI card. MVIP technology allows a PC to function similarly to a small-scale private branch exchange (PBX) system. The protocol accommodated for a variety of expansion boards, including trunk interfaces (usually T1 or ISDN), voice processing boards equipment speech recognition or fax processing. Each board could optionally provide a switch that could interconnect voice channels on the bus, allowing for a flexible routing of calls within the MVIP bus.

The MVIP bus was promoted as an alternative to the then-dominant PEB bus by Dialogic Corporation which had much less capacity and was not an open standard.

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