Track-able Cost Saving:
It is the number 1 reason and we can save a lot
of money using VoIP.
Moves, Adds and Changes (MACs):
The biggest way savings can be realized is
through moves, adds and changes to the phone system which PBX people call MACs.
The people in the data world usually don’t call them MACs as it overlaps with
some of the terminology of the data world.
MACs in the PBX would cost around anywhere around
70$ to 200$ per move, add or change and that includes moving a phone from
cubical to cubical, adding a new line to PSTN, all of those are high cost
changes and require specialized PBX people on staff or contract to do that.
That range of cost per moves comes in because
sometimes companies has on staff PBX people that would mean that cost would be
a little lower although employing a full time person is costly or you might
have a contract person come in and that would be high cost solution in short
run.
With VoIP these costs are virtually eliminated as
we can move IP phones from location to location with little to no
configurations on the Cisco site.
Reduce Wiring:
It is usually realized in new buildings, normally
we have to add wires for every single set of network for example phone systems
needs its own cables, data network needs its own cables or now we can run one single
cable to every single cubical that we have in our building and terminate that
on a wall jack and Cisco IP phones plug into that jack and then we can daisy
chain the PCs in the cubical from the back of Cisco IP phone as these phones
that built-in switches.
Reduce Telecommuter and Branch Expenses:
There can be a telecommuter either in a different
city or country connected with the HQ and inside its home the telecommuter has
a desk phone with extension 4123 that is part of the PBX system in the HQ and
to do that we need to buy a Tie Line between HQ and the
telecommuter location which has a reoccurring monthly expensive cost. And we
need the same Tie Line if we want to connect phones between branch office and
HQ.
With VoIP all of these costs go away. If we have Internet/frame
Relay/ ATM/MPLS-VPN connection between telecommuter home or branch
office and HQ, we can connect back over to the central site. It is
significantly lower cost than the old one (Tie Line).
IT Staff Consolidation
We can do more with less as the PBX people become
the IT people and the IT people become the PBX people managing the phone
system, it’s all one set of staff.
Application Consolidation
May be you have a hotel and inside that hotel you
have an application for room service, one for hotel check-in and check-out etc.
with VoIP You can actually consolidate these applications to the phone system.
Cisco actually has a hotel phone package with which we can see menu, order room
service, check-in, and check-out from the screen of IP phone without calling
anybody.
Toll Bypass
Between HQ and branch offices and all the
telecommuters all the long distance charges go away as you are sending all the voice
data over data network where there are no toll charges.
There are also some cost savings that offer some
benefits such as.
Soft cost Savings:
Single inbox for Messages (Voice-mail/Fax/Email)
Using unity we can have a single inbox for
messages meaning everybody has all their messages, voice-mails, e-mails, and
fax in their e-mail. Unity unifies all systems of
messages into one type.
Extension Mobility (Save office space)
This is a killer feature in VoIP that allows
people to roam around the network. Now-a-days people aren’t assigned phones
anymore. Now employees come to an IP phone and login to it, it’s just like
logging into windows where you type in your username and password and your
setting and desktop will appear to you (which is called a roaming profiles in
windows terms). Extension mobility is roaming profile for phones, where you
login and your extension appears and you get all your voice-mails there and
when you are done you log out. It saves office space as it allows people to
share same cubical and phones.
Internet Website Integration (Happy Customers)
You have seen this before where you go on to a web site that has option “click here to chat with our representative”. When we click on it, it pops up a chat window. So with VoIP it is just a piece of cake to integrate that with voice where people can talk to engineers with a simple click through built-in microphones of their laptop using VoIP style technology.Open Architecture (Multi-Vendor Solution)
When you go to any conference, you see people working on their laptops, you will see Dell’s, and you will see Hp’s, IBM etc all different kind of laptops all talking on the same network, why? How is that possible? The answer is that all the laptops use TCP/IP which is the protocol of choice the world has settled on. In the same way the world is settling on open architecture protocols that VoIP Phones use. So we can say the future of open architecture is going to be a protocol known as SIP, it is the TCP/IP of the voice world.
It means that we can have a Cisco Call Manager or
Communication Manager System that is installed on your network managing
AVAYA phones and it is also tied into a NORTEL gateway that is connected to
PSTN.
All these three devices are communicating just
like laptops because they all speaking SIP or they all using standard compliant
protocols. This was impossibility in the PBX world because it was a proprietary
lock. Whatever vendor PBX we buy, you need to buy their brand phones, and you
need their trunk cards to the PSTN and you need everything tied to that vendor.
With VoIP world, all that goes away with open architecture standards.
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