A DS3 refers to a digital signal which is in level 3 of the T carrier.
It is also known as a T3 line.
It is a very high speed connection which has the capability to transmit at a data rate of 45Mb per second.
The equivalent of this line is 672 telephone lines of regular voice grade.
It is fast enough and this high connectivity means it can transmit full motion, large databases and real time video over a very busy network.
This level of a carrier has the capability to carry 28 levels 1 signal within the payload.
As for signal level 0, it has the ability to transport about 672 of them within the payload.
The installation of this line is typically as a major artery in networking in universities and large corporations which have high volume of network traffic.
Other areas of application include but are not limited to video conference centers, large call centers, research labs, enterprise wide PBX systems and Voice over Internet Protocol and in software development companies.
In North America, this carrier is the second fastest non optical connectivity offered.
The 28 Signal1 lines, which the level 3 is comprised of, have an individual; signaling rate of 1.
544 Mb per second.
The 45Mb per second offered by their circuits provide dedicated internet connectivity for internet service providers and businesses.
It is the perfect solution for those users who have grown beyond T1 connections and are constantly searching for high capacity access which is unlimited.
Within this line, there are 672 individual channels.
Each of the channels supports 64kb of data per second.
The signal level 3 is a connection which has very high bandwidth which is integrated into a carrier backbone.
There is inclusion of a Service level Agreement, whose sole purpose is to guarantee performance and up time.
The signal construction, which comprises of 28 first level signals, is through multiplexing.
The 28 Digital Signals1 are first multiplexed into 7 second level signals.
The second step involves multiplexing the level 2 signals into the level 3 carriers.
Bit stuffing is used in each of the multiplexing procedures.
The purpose of this action is to allow handling of different input frequencies.
This connection is composed of two charges per month.
There is the port charge and the local loop charge.
The circuit cost which is provided by local exchange carrier, which allows the signal to gain access into the carrier of network, is referred to as loop charge.
The main determinant of loop charge is the distance between the location of customer and the network carrier edge.
The further the distance from network, the higher the cost of loop.
Different carriers have different pricing for lops.
It is therefore important that a customer gets the best deal out of various providers available.
DS3 internet access is a perfect solution for those businesses that are in need of increased bandwidth at reduced costs.
Whether one supports web hosting, hosts websites which have high traffic or is in dire need of high capacity bandwidth to meet the needs, this signal is the ideal solution for meeting this need.
It is also known as a T3 line.
It is a very high speed connection which has the capability to transmit at a data rate of 45Mb per second.
The equivalent of this line is 672 telephone lines of regular voice grade.
It is fast enough and this high connectivity means it can transmit full motion, large databases and real time video over a very busy network.
This level of a carrier has the capability to carry 28 levels 1 signal within the payload.
As for signal level 0, it has the ability to transport about 672 of them within the payload.
The installation of this line is typically as a major artery in networking in universities and large corporations which have high volume of network traffic.
Other areas of application include but are not limited to video conference centers, large call centers, research labs, enterprise wide PBX systems and Voice over Internet Protocol and in software development companies.
In North America, this carrier is the second fastest non optical connectivity offered.
The 28 Signal1 lines, which the level 3 is comprised of, have an individual; signaling rate of 1.
544 Mb per second.
The 45Mb per second offered by their circuits provide dedicated internet connectivity for internet service providers and businesses.
It is the perfect solution for those users who have grown beyond T1 connections and are constantly searching for high capacity access which is unlimited.
Within this line, there are 672 individual channels.
Each of the channels supports 64kb of data per second.
The signal level 3 is a connection which has very high bandwidth which is integrated into a carrier backbone.
There is inclusion of a Service level Agreement, whose sole purpose is to guarantee performance and up time.
The signal construction, which comprises of 28 first level signals, is through multiplexing.
The 28 Digital Signals1 are first multiplexed into 7 second level signals.
The second step involves multiplexing the level 2 signals into the level 3 carriers.
Bit stuffing is used in each of the multiplexing procedures.
The purpose of this action is to allow handling of different input frequencies.
This connection is composed of two charges per month.
There is the port charge and the local loop charge.
The circuit cost which is provided by local exchange carrier, which allows the signal to gain access into the carrier of network, is referred to as loop charge.
The main determinant of loop charge is the distance between the location of customer and the network carrier edge.
The further the distance from network, the higher the cost of loop.
Different carriers have different pricing for lops.
It is therefore important that a customer gets the best deal out of various providers available.
DS3 internet access is a perfect solution for those businesses that are in need of increased bandwidth at reduced costs.
Whether one supports web hosting, hosts websites which have high traffic or is in dire need of high capacity bandwidth to meet the needs, this signal is the ideal solution for meeting this need.
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