VoIP Speed Test

Test Your Connection Quality

What is a VoIP Test?

VoIP testing is the process of checking the integrity of your internet connection by gauging its performance across many variables. The VoIP speed test is useful in two ways:

  1. To test an existing internet connection to see if it can support VoIP.
  2. To understand the experience a caller can expect when using VoIP.

VoIP testing is the process of checking the integrity of your internet connection by gauging its performance across many variables. The VoIP speed test is useful in two ways:

  1. To test an existing internet connection to see if it can support VoIP.
  2. To understand the experience a caller can expect when using VoIP.

Impact of poor VoIP connection

A poor VoIP connection will compromise call quality and ultimately impact the communication between your team or customers. Also, if you have limited internet speed, you won’t be able to maintain multiple lines on the network.

This means that customers will spend more time waiting in a queue. Metrics show that sales teams lose 60% of their customers if their call is not answered in less than a minute, ideally 30 seconds.

Impact of poor VoIP connection

A poor VoIP connection will compromise call quality and ultimately impact the communication between your team or customers. Also, if you have limited internet speed, you won’t be able to maintain multiple lines on the network.

This means that customers will spend more time waiting in a queue. Metrics show that sales teams lose 60% of their customers if their call is not answered in less than a minute, ideally 30 seconds.

How can a VoIP test help me?

So, a stable and capable VoIP connection is important for your business. A VoIP test helps you review the overall health of your network connection within a matter of seconds. It also enables you to determine whether the call traffic in your existing phone system is high enough to justify an upgrade.

How can a VoIP test help me?

So, a stable and capable VoIP connection is important for your business. A VoIP test helps you review the overall health of your network connection within a matter of seconds. It also enables you to determine whether the call traffic in your existing phone system is high enough to justify an upgrade.

Test Your VoIP Readiness

If the VoIP test results indicate certain properties like bandwidth, jitter or latency fall short of the minimum requirements, it’s time to change your service provider, or ask for a more powerful system that meets your business requirements.

If your internet connection can’t handle the VoIP requirements, it will reflect during the VoIP test in terms of poor call quality or dropped calls.

If the VoIP test results indicate certain properties like bandwidth, jitter or latency fall short of the minimum requirements, it’s time to change your service provider, or ask for a more powerful system that meets your business requirements.

If your internet connection can’t handle the VoIP requirements, it will reflect during the VoIP test in terms of poor call quality or dropped calls.

If the VoIP test results indicate certain properties like bandwidth, jitter or latency fall short of the minimum requirements, it’s time to change your service provider, or ask for a more powerful system that meets your business requirements.

If your internet connection can’t handle the VoIP requirements, it will reflect during the VoIP test in terms of poor call quality or dropped calls.

VoIP Test: Speed and Quality Parameters

Upload & Download Speeds

The upload and download speeds of a network are measured in megabits per second (MBps). The higher your download and upload speeds are, the faster the data can travel and this is important in maintaining call quality over time.

With a higher upload and download speed, more heavy data packets (higher audio quality) can be sent across the network without any delay. Hence, there is no lag in real-time communication even with crystal clear audio.

Upload & Download Speeds

The upload and download speeds of a network are measured in megabits per second (MBps). The higher your download and upload speeds are, the faster the data can travel and this is important in maintaining call quality over time.

With a higher upload and download speed, more heavy data packets (higher audio quality) can be sent across the network without any delay. Hence, there is no lag in real-time communication even with crystal clear audio.

Bandwidth

Bandwidth is the capacity of your network to send and receive a maximum amount of data. Again, the bandwidth depends largely on the upload and download speeds. The more upload and download speeds you have, the more bandwidth it gives to the connection. A better bandwidth helps the connection to maintain several simultaneous connections at once.

Each VoIP call uses approximately 100 kbps of bandwidth to run smoothly. However, an important point to note here is that VoIP makes up only a portion of the internet usage, and there will be general office internet usage adding up alongside it. This means that your internet connection must have enough provisional bandwidth to allow all other applications to run smoothly.

Bandwidth

Bandwidth is the capacity of your network to send and receive a maximum amount of data. Again, the bandwidth depends largely on the upload and download speeds. The more upload and download speeds you have, the more bandwidth it gives to the connection. A better bandwidth helps the connection to maintain several simultaneous connections at once.

Each VoIP call uses approximately 100 kbps of bandwidth to run smoothly. However, an important point to note here is that VoIP makes up only a portion of the internet usage, and there will be general office internet usage adding up alongside it. This means that your internet connection must have enough provisional bandwidth to allow all other applications to run smoothly.

Jitter

Jitter is the delay between the sent and received packets. If the delay is more, the sound quality and latency will suffer. Ideally, we want the sent packets to reach the receiver instantly to facilitate a good real-time conversation.

If there is jitter on the network, the packets won’t reach the receiver in time. This is noticeable to the receiver as a delayed voice or poor voice quality altogether.

A poor voice quality comes from the downgrading that the VoIP systems do to the voice packets to counter jitter. However, in doing so, the call quality gets compromised severely. It is thus important to pay attention to the jitter reading while running a VoIP speed test to know if your connection has the signal integrity to carry the messages without much delay.

Jitter

Jitter is the delay between the sent and received packets. If the delay is more, the sound quality and latency will suffer. Ideally, we want the sent packets to reach the receiver instantly to facilitate a good real-time conversation.

If there is jitter on the network, the packets won’t reach the receiver in time. This is noticeable to the receiver as a delayed voice or poor voice quality altogether.

A poor voice quality comes from the downgrading that the VoIP systems do to the voice packets to counter jitter. However, in doing so, the call quality gets compromised severely. It is thus important to pay attention to the jitter reading while running a VoIP speed test to know if your connection has the signal integrity to carry the messages without much delay.

Latency

Latency is a result of the time delay experienced by the signals from the transmission side to the receiver side. Latency also produces a delayed effect for the sound, but unlike jitter, it will not downgrade the sound quality.

The recipient will be able to get the messages albeit at a slow pace. High latency will cause the sound signals to delay much higher, and this makes communication very cumbersome.

Latency is often experienced while browsing online. However, it doesn’t spoil the whole experience because we are ready to wait a few seconds for the page to load. But the same approach is not effective during a voice call where communication needs to happen between the callers and the respondents instantly.

Latency is measured using the ping time, which is the amount of time the system takes to open and establish the connection. Ping time is measured in milliseconds (ms), and 100ms is considered as excellent, while anything over 250ms is considered poor.

Latency

Latency is a result of the time delay experienced by the signals from the transmission side to the receiver side. Latency also produces a delayed effect for the sound, but unlike jitter, it will not downgrade the sound quality.

The recipient will be able to get the messages albeit at a slow pace. High latency will cause the sound signals to delay much higher, and this makes communication very cumbersome.

Latency is often experienced while browsing online. However, it doesn’t spoil the whole experience because we are ready to wait a few seconds for the page to load. But the same approach is not effective during a voice call where communication needs to happen between the callers and the respondents instantly.

Latency is measured using the ping time, which is the amount of time the system takes to open and establish the connection. Ping time is measured in milliseconds (ms), and 100ms is considered as excellent, while anything over 250ms is considered poor.

Packet Loss

A digital communication device essentially converts the sound waves into digital signals. Each sentence spoken gets converted into a digital signal and is then broken up into smaller pieces called packets or packet data.

This packet data travels over the internet and gets reassembled at the recipient's side. This entire process takes only milliseconds; hence it won’t affe