Traffic Handling Capability Calculator

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Telecommunication Traffic System

Digital Switching System

✖Switching capacity refers to the maximum number of simultaneous connections or calls that a telecommunication switch or system can handle at a given time.ⓘ Switching Capacity [SC]			+10% -10%
✖Number of Subscriber Lines refers to the total count of individual telephone or communication lines connected to a particular telecommunications network or service provider.ⓘ Number of Subscriber Lines [N]			+10% -10%

✖Traffic Handling Capacity refers to the ability of a network or communication system to handle and process a certain amount of traffic or data within a given time period.ⓘ Traffic Handling Capability [TC]

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Formula

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Traffic Handling Capability

Formula

`"TC" = (2*"SC")/"N"`

Example

`"4.5"=(2*"33.75")/"15"`

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Traffic Handling Capability Solution

STEP 0: Pre-Calculation Summary

Formula Used

Traffic Handling Capacity = (2*Switching Capacity)/Number of Subscriber Lines
TC = (2*SC)/N
This formula uses 3 Variables

Variables Used

Traffic Handling Capacity - Traffic Handling Capacity refers to the ability of a network or communication system to handle and process a certain amount of traffic or data within a given time period.
Switching Capacity - Switching capacity refers to the maximum number of simultaneous connections or calls that a telecommunication switch or system can handle at a given time.
Number of Subscriber Lines - Number of Subscriber Lines refers to the total count of individual telephone or communication lines connected to a particular telecommunications network or service provider.

STEP 1: Convert Input(s) to Base Unit

Switching Capacity: 33.75 --> No Conversion Required
Number of Subscriber Lines: 15 --> No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

TC = (2*SC)/N --> (2*33.75)/15

Evaluating ... ...

TC = 4.5

STEP 3: Convert Result to Output's Unit

4.5 --> No Conversion Required

FINAL ANSWER

4.5 <-- Traffic Handling Capacity

(Calculation completed in 00.004 seconds)

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Created by Shobhit Dimri

Bipin Tripathi Kumaon Institute of Technology (BTKIT), Dwarahat

Shobhit Dimri has created this Calculator and 900+ more calculators!

Verified by Urvi Rathod

Vishwakarma Government Engineering College (VGEC), Ahmedabad

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< 22 Telecommunication Traffic System Calculators

Cost of Common Hardware

Go Cost of Common Hardware = Cost of Switching System-(Number of Switching Element*Cost per Switching Element)-Cost of Common Control System

Cost of Switching System

Go Cost of Switching System = Number of Switching Element*Cost per Switching Element+Cost of Common Hardware+Cost of Common Control System

Time Required for Functions other than Switching

Go Time Required Other than Switching = Call Setup Time-Number of Switching Stage*Average Switching Time per Stage

Call Setup Time

Go Call Setup Time = Time Required Other than Switching+Number of Switching Stage*Average Switching Time per Stage

Cost Capacity Index

Go Cost Capacity Index = (Number of Subscriber Lines*Switching Capacity)/Cost per Subscriber

Cost per Subscriber

Go Cost per Subscriber = (Number of Subscriber Lines*Switching Capacity)/Cost Capacity Index

Downtime

Go Downtime = (Uptime-Availability*Uptime)/Availability

Average Number of Call

Go Average Number of Calls = (Average Occupancy*Time Period)/Average Holding Time

Average Holding Time

Go Average Holding Time = (Average Occupancy*Time Period)/Average Number of Calls

Average Occupancy

Go Average Occupancy = (Average Number of Calls*Average Holding Time)/Time Period

Trunk Occupancy

Go Trunk Occupancy = Occupancy*(1-Grade of Service)/Average Occupancy

Uptime

Go Uptime = (Availability*Downtime)/(1-Availability)

Traffic Handling Capability

Go Traffic Handling Capacity = (2*Switching Capacity)/Number of Subscriber Lines

Switching Capacity

Go Switching Capacity = (Number of Subscriber Lines*Traffic Handling Capacity)/2

Total Number of Offered Calls

Go Total Number of Offered Calls = Number of Lost Calls/Grade of Service

Number of Lost Call

Go Number of Lost Calls = Total Number of Offered Calls*Grade of Service

Grade of Service

Go Grade of Service = Number of Lost Calls/Total Number of Offered Calls

Availability

Go Availability = Uptime/(Uptime+Downtime)

Average Poisson Call Arrival Rate

Go Average Poisson Call Arrival Rate = Poisson Arrival/Time Period

Poisson Arrival

Go Poisson Arrival = Average Poisson Call Arrival Rate*Time Period

Quantization Error

Go Quantization Error = Sinusoidal Input/(2*Voltage)

Unavailability of System

Go Unavailability = 1-Availability

Traffic Handling Capability Formula

Traffic Handling Capacity = (2*Switching Capacity)/Number of Subscriber Lines
TC = (2*SC)/N

What is Traffic Handling?

In a cellular mobile communication system, the traffic capacity of the system is an important quantity, and depends on the way that channels are allocated to calls.

How to Calculate Traffic Handling Capability?

Traffic Handling Capability calculator uses Traffic Handling Capacity = (2*Switching Capacity)/Number of Subscriber Lines to calculate the Traffic Handling Capacity, Traffic handling capability refers to the capacity and ability of the system to handle and manage the incoming traffic, such as voice calls, data packets, or signalling messages, within the network. It represents the system's capability to process, route, and switch the traffic effectively while maintaining acceptable performance levels and quality of service. Traffic Handling Capacity is denoted by TC symbol.

How to calculate Traffic Handling Capability using this online calculator? To use this online calculator for Traffic Handling Capability, enter Switching Capacity (SC) & Number of Subscriber Lines (N) and hit the calculate button. Here is how the Traffic Handling Capability calculation can be explained with given input values -> 4.5 = (2*33.75)/15.

FAQ

What is Traffic Handling Capability?

Traffic handling capability refers to the capacity and ability of the system to handle and manage the incoming traffic, such as voice calls, data packets, or signalling messages, within the network. It represents the system's capability to process, route, and switch the traffic effectively while maintaining acceptable performance levels and quality of service and is represented as TC = (2*SC)/N or Traffic Handling Capacity = (2*Switching Capacity)/Number of Subscriber Lines. Switching capacity refers to the maximum number of simultaneous connections or calls that a telecommunication switch or system can handle at a given time & Number of Subscriber Lines refers to the total count of individual telephone or communication lines connected to a particular telecommunications network or service provider.

How to calculate Traffic Handling Capability?

Traffic handling capability refers to the capacity and ability of the system to handle and manage the incoming traffic, such as voice calls, data packets, or signalling messages, within the network. It represents the system's capability to process, route, and switch the traffic effectively while maintaining acceptable performance levels and quality of service is calculated using Traffic Handling Capacity = (2*Switching Capacity)/Number of Subscriber Lines. To calculate Traffic Handling Capability, you need Switching Capacity (SC) & Number of Subscriber Lines (N). With our tool, you need to enter the respective value for Switching Capacity & Number of Subscriber Lines and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

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