The AIP optionally can be had with conference calling, voice recording, and Internet linking (which means you can connect
to another AIP at a remote location for free using the Internet). One limitation: Each voice mail box can hold only 10 messages
of 90 seconds each. But you can increase the size by installing a larger CFC (Compact Flash Card). You also can use a CFC
reader on a PC to make backing up your voice mail fast and easy.
Not as Open and Shut
The ease with which I implemented the AIP-416 left me unprepared for the difficulty in getting OpenVoice running. bConvergent
told me that the OpenVoice software would work with Windows 2003, but I was never able to accomplish that. Likewise, I was
never able to run it on Windows 2000 Server. In both attempts, I used one of InfoWorld’s HP ProLiant DL360 servers. Only with
the help of bConvergent engineers at my testing facility in Washington D.C. was I able to get the PBX successfully installed
on a Dell desktop computer running Windows XP. (No engineers were on hand during my initial testing in Hawaii, thus they were
not able to determine why I was unable to install it previously). Clearly, this installation is not intended to be a do-it-yourself
project, but then again, bConvergent doesn’t present it as such.
OpenVoice can support any number of users, limited only by the capacity of the computer on which it’s installed. The minimal
Dell minitower I used worked just fine for my testing. However, bConvergent will normally provide a platform for enterprise
installations that’s more robust.
Once it’s installed, you can access the PBX through a Web-based management utility that’s plain and very straightforward.
Through this interface, you can control everything from user names and extension numbers to the features available to each
telephone and user.
The OpenVoice PBX worked well once it was up and running. Calls were clear and suffered little latency, and the automated
attendant made inward call routing a snap. In general, the whole solution will fit well into an enterprise network. All of
the features you’d expect from a modern PBX are on OpenVoice, including easy-to-use voice mail, holding, transfers, caller
ID, and conference calling.
One missing feature is access to the POTS network or to analog PBXs. bConvergent provided that capability through an external
gateway from Quintum called the Tenor Multipath Switch. This $1,300 device sends externally bound calls out through the analog
voice network. In addition, it will support a few analog phones directly attached to the gateway. The device I tested as part
of the bConvergent solution supports up to four PSTN connections and four analog connections. Larger units are available.
Although the company claims the solution will work with most hardware and platforms, I found that the PBX would only work
using phones from Uniden and Polycom. bConvergent says that some of its distributors use Swissvoice and other IP phones, but
I was not able to use those successfully.
Once implemented, I found both the AIP-416 and the OpenVoice PBXs to be easy to use and appropriate for business use. For
smaller offices, the AIP-416 wins hands down. It’s inexpensive, easy to use and manage, and it works very well with little
hassle. OpenVoice’s PBX is a more compelling choice for larger business that might be able to handle the 32-station limit.
You should be able to expand the PBX as your company grows, provided you get the user licenses and make sure your platform
is up to the task. Like the AIP PBX, OpenVoice inexpensive; however, the implementation will cost more (the exact amount will
depend on who does it and how much they charge you).
Also, bear in mind that OpenVoice is based on Windows, which means that you will have a mission-critical function based on
an OS that requires frequent, active maintenance to maintain security. This might give some companies pause.