Call Centers in Panama: Tech & International Calls

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SUMMARY

Call centers in Panama primarily utilize Voice over IP (VoIP) technology for internal communications, while external calls are often routed through ISDN E1 lines or point-to-point private lines, such as DS3, to maintain call quality. The discussion highlights that many call centers prefer not to use VoIP for external calls due to quality control issues, opting instead for traditional telephony methods. Additionally, MPLS (Multiprotocol Label Switching) is mentioned as a viable option for international call centers, providing end-to-end Quality of Service (QoS) and efficient traffic management. The conversation emphasizes the importance of cost-effectiveness and call volume management in selecting communication technologies.

PREREQUISITES
  • Understanding of VoIP technology and its applications in call centers
  • Familiarity with ISDN E1 and DS3 lines for telecommunication
  • Knowledge of MPLS and its role in network traffic management
  • Awareness of call center operations and customer service workflows
NEXT STEPS
  • Research the implementation of MPLS for international call centers
  • Explore the differences between VoIP and traditional telephony systems
  • Learn about ISDN E1 line configurations and their cost implications
  • Investigate Quality of Service (QoS) techniques for VoIP traffic management
USEFUL FOR

This discussion is beneficial for telecommunications engineers, call center managers, and IT professionals involved in optimizing communication systems and managing call center operations.

rpcarnell
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I am living in Panama (the country), and there are many call centers here. I worked in one, and I couldn't stand the stress, so I had to quit.

I noticed that in call centers around here all calls come from the US.

What kind of technology do they use for that? Are the call centers receiving the calls from the US through a parabolic antenna, or are these calls routed the way normal international calls are routed, which means using Panamenian-American phone companies?
 
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Call centers have moved, if not in the process of moving, to VOIP (Voice over IP). This means that calls are converted into packets and sent over the internet. Then the packets are converted into analog and sent through your local phone company. Basically long distance calls turn into local calls.
 
well...

typically call centers have 0800 free numbers, so what would happen is thus:

The call center would have some form of digital/analogue trunks coming into your PBX (phone system) (probably a T1/E1 or several depending on call volume). These trunks would have a normal telephone number, with typically a spread of DID numbers (direct in ward dialing) ie for london let's say: 0272 111 0000- (0999) The 0000 -0999 part would be your DID range... Some of these numbers will be mapped to what are called VDM's each VDM is basically a skill set that the people in call center have for example customer support, complaints etc etc...

Ok now the 0800 free phone numbers in the USA would have destination numbers of one of these VDM's for example +44 272 111 0001 .. so your company would advertise the 0800 number as company x's customer services, and thus when a person calls this number in the USA it will end up in a cue in the call center waiting for the "next available representative".. There is a bit more to it, but that's what happens in a nut shell.

Are the call centers receiving the calls from the US through a parabolic antenna, or are these calls routed the way normal international calls are routed, which means using Panamenian-American phone companies?

The calls are routed from Telecom provider to telecom provider, in Europe at least most large telecom providers have partnerships with the other large telecom providers in each country for the very reason you are talking about.

dduardo- In my experience not may call centers use VoIP over Internet because the call quality cannot be controled. For internal use some companies do this, but not for external customers. If a company uses VoIP typically it will use a technology that you can implement end to end QoS so all VoIP packets can be tagged highest priortiy, ie MPLS I think BT in Europe are in a position to do this, but they own like ~90% of all the fiber in Europe

If you wanted to do what you suggested, you would need a point of presence in the source country, and a very large a costly MPLS backbone down to Panama, it would be cheaper right now, use ISDN 30 (most probably) as you get aggressive discounts on these type of lines for internation calls...

We use a Lot of VoIP, but in our call centers we only use this technology locally, ie on the LAN, all WAN voice traffic from customers is routed via ISDN E1 lines (or PSTN)

And yes Call centers are very stressful places to work
 
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I worked for a call center...

in Panama, too. In fact, I am panamanian. I quit working for them because of the stress. Those call center companies are abusive employers.
 
Anttech said:
well...
typically call centers have 0800 free numbers, so what would happen is thus:
The call center would have some form of digital/analogue trunks coming into your PBX (phone system) (probably a T1/E1 or several depending on call volume). These trunks would have a normal telephone number, with typically a spread of DID numbers (direct in ward dialing) ie for london let's say: 0272 111 0000- (0999) The 0000 -0999 part would be your DID range... Some of these numbers will be mapped to what are called VDM's each VDM is basically a skill set that the people in call center have for example customer support, complaints etc etc...
Ok now the 0800 free phone numbers in the USA would have destination numbers of one of these VDM's for example +44 272 111 0001 .. so your company would advertise the 0800 number as company x's customer services, and thus when a person calls this number in the USA it will end up in a cue in the call center waiting for the "next available representative".. There is a bit more to it, but that's what happens in a nut shell.
The calls are routed from Telecom provider to telecom provider, in Europe at least most large telecom providers have partnerships with the other large telecom providers in each country for the very reason you are talking about.
dduardo- In my experience not may call centers use VoIP over Internet because the call quality cannot be controled. For internal use some companies do this, but not for external customers. If a company uses VoIP typically it will use a technology that you can implement end to end QoS so all VoIP packets can be tagged highest priortiy, ie MPLS I think BT in Europe are in a position to do this, but they own like ~90% of all the fiber in Europe
If you wanted to do what you suggested, you would need a point of presence in the source country, and a very large a costly MPLS backbone down to Panama, it would be cheaper right now, use ISDN 30 (most probably) as you get aggressive discounts on these type of lines for internation calls...
We use a Lot of VoIP, but in our call centers we only use this technology locally, ie on the LAN, all WAN voice traffic from customers is routed via ISDN E1 lines (or PSTN)
And yes Call centers are very stressful places to work
I sell the networks to some of these call centers and most have traditionally transferred the calls to the foreign country via point to point private line, usually DS3. They do not use MPLS since they only need 2 points and the problems with latency and jitter with an MPLS/frame network and is not even universally available. Dduardo is correct, some are moving to VOIP, it's all dependent on what is cheaper.

They would not buy ISDN because they are usage sensitive, due to high call volumes, they want flat fixed rates.

It sounds like you are discussing local call centers. International call centers operate much differently.

Don't forget that MPLS is more or less IP enabled Frame, it is an overlay onto existing ATM/frame networks for some carriers. To an end user it is no more than frame with QOS to them. It is my company's default offering and is the same price as frame, so that's what my customers get when they order frame.
 
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I sell the networks to some of these call centers and most have traditionally transferred the calls to the foreign country via point to point private line, usually DS3. They do not use MPLS since they only need 2 points and the problems with latency and jitter with an MPLS/frame network and is not even universally available. Dduardo is correct, some are moving to VOIP, it's all dependent on what is cheaper.

They would not buy ISDN because they are usage sensitive, due to high call volumes, they want flat fixed rates.

It sounds like you are discussing local call centers. International call centers operate much differently.

Don't forget that MPLS is more or less IP enabled Frame, it is an overlay onto existing ATM/frame networks for some carriers. To an end user it is no more than frame with QOS to them. It is my company's default offering and is the same price as frame, so that's what my customers get when they order frame.
I was talking about international call centers, at least the ones I have helped implement.

MPLS is a totally different protocol to Frame. MPLS is not IP based for a start, its a "tunneling" protocol that you can encapsulated IP within. I am not saying you can't use MPLS on a frame relay network, but they are two completely different protocols. So it is not IMO "IP enabled Frame" that's a discredit to the quality and thought behind the protocol.

MPLS has QoS end to end, and we implement it with BGP for better Route policies, control over what traffic goes where. I don't see any jitter when implemented correctly. Have you ever tested VoIP over an MPLS network? As an Engineer implementing these solutions, I can tell you that I don't seen any. In Global Companies MPLS is deployed for international call centers, for the exact reason that it is Multipoint... In the comapany I work for right now we have AVAYA GX750's MPLS networks and H.323 tunnels between them, so we can distrubute calls to lots of places round the world.

You are probably right on the E1 lines, but this was a hypothetical idea. You wouldn't use E1 for point to point between two sites, because as u said it wouldn't be cost justified.
 

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