How Can I Connect New York to New Delhi?


International Private Line (IPL)


Let's say you're part of a multi-national enterprise. Or even a SME that has a few sales offices dispersed around the globe. You need a secure, yet reliable way to move voice, video and data traffic to salespeople and partners scattered across several continents.

How can you do that economically? With an International Private Line or IPL. An international private line (IPL) is created with dedicated circuits, private switching arrangements, and/or predefined transmission paths, whether virtual or physical, which provide point-to-point communications between specific locations and across national boundaries.

These leased private line circuits are typically priced by distance, bandwidth or capacity, and other features such as line conditioning.

When searching for an IPL provider, look for the following:

    Be sure the line is protocol transparent, so you're not limited in the type of data you can transmit.

    Full-circuit vs. partnered circuits: (does the company provide an end-to-end circuit, or do they partner with another company or national telecom?)

    Flexible vs. fixed bandwidth solutions. Does the company offer a plan that will adapt to your bandwidth needs?


Available speeds

IPLs range in speed from 64 Kbps to T1 (or E1 in Europe), DS-3 and OC-3. For comparison, a T-1 or DS-1 line provides the equivalent of 24 standard private lines multiplexed into one line at 1.544 Mbit/s (million bits per second). A DS-3 in turn multiplexes 28 T-1s at 44.736 Mbit/s.

So, you've got a shiny new IPL linking your far-flung business empire. What can you do with it? Save money, for one thing.

One of the hottest uses is video conferencing - holding meetings, training or product demonstrations via data links instead of flying personnel all over the world to meet face-to-face. Companies with substantial travel budgets could see significant savings on airfares alone.

Other uses include LAN to LAN connectivity: for example, connecting the campus LANs of affiliated colleges. Obviously, transferring large batches of data, such as interactive applications, or high-resolution graphics files, would benefit highly from using an IPL.

In the diplomatic corps, governments communicate from their capital to their embassies via IPLs because they are secure, can handle encryption and boast incredibly high-speed.

The bottom-line is that anyone who needs secure, high-volume data traffic between international locations would benefit from installing an IPL.

For more info on Primus International Private Line, visit http://www.primushost.com/products/ipl.html
For more info on Primus' Network check out our network map: http://www.primustel.com/docs/aumap.html

Geek Telecom Definitions:



SIP: Session Initiation Protocol

SIP is a simple, text-based protocol used to initiate information-transfer sessions between applications. Some common uses for SIP are to connect IP phones during a VoIP session, connect IM clients to servers, and for televideo conferencing. Primus uses the SIP protocol for its VoIP services.

SOAP: Simple Object Access Protocol
According to the World Wide Web Consortium "SOAP is a lightweight protocol for exchange of information in a decentralized, distributed environment. It is an XML-based protocol that consists of three parts: an envelope that defines a framework for describing what is in a message and how to process it, a set of encoding rules for expressing instances of application-defined datatypes, and a convention for representing remote procedure calls and responses."
How do they relate?

Both of these compatible protocols were created to take advantage of the core technologies of the Internet: URLs, DNS, MIME types and XML. In fact, although HTTP is the normal mode of transport for SOAP, SIP can be used to carry SOAP messages.

But the key relationship of these protocols is found in the decentralized, distributed environments in which they were designed to operate. In such an environment, collaboration among a variety of simple components is the key to providing features and functionalities that work together seamlessly. SIP and SOAP are examples of the specialized building blocks that allow a full range of telecom services to exist. Flexible, scalable deployment of new services is possible by using a distributed architecture of specialized components like SIP and SOAP, rather than elaborate protocols that attempt to cover broad areas of technology.

And those are your Geek Telecom Definitions for this month.
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