When upgrading from a conventional landline phone system to a state-of-the-art cloud-based phone system, one of the most important factors to consider is how much bandwidth will be required.
For those unfamiliar with this term, bandwidth refers to the capacity of an internet connection to transfer a certain amount of data/information in a specific period of time. This is usually expressed as megabits per second or Mbps. For example, an internet connection with a bandwidth of 25 Mbps is capable of transferring 25 million bits of data per second.
Why is choosing the optimal bandwidth so important? Because the bandwidth is insufficient (i.e. if it is “too slow” or “too low”), then the cloud-based phone system will not be able to operate efficiently. This will typically result in things like lag, jitter, and overall poor call quality. Furthermore, colleagues who are not using the cloud-based phone system may experience delays and issues when uploading/downloading large files, streaming videos, and carrying out various day-to-day tasks over the internet.
Cloud-based phone calls using the standard protocol G711 require approximately 64kbps per phone call. However, this is the bare minimum. In an optimized setup, we strongly recommend increasing the bandwidth, which will improve calling quality and overall system speed and performance. More bandwidth also creates a “buffer point” for other colleagues to browse, stream, and work efficiently, without sacrificing call quality.
Additionally, the choice of router, and the network setup, both play a huge role in the overall quality of a cloud-based phone system. We recommend having a gigabit connection on switches and routers, and at least cat5e cabling to provide a solid network infrastructure.
While it is not mandatory, we also strongly recommend having QOS, VLAN, and bandwidth allocation options in the router, which ensures the highest quality possible:
- QOS (which stands for “quality of service”) can be used to specify that SIP traffic has the highest priority from endpoint to endpoint, which reduces interference from network congestion.
- VLAN (which stands for “virtual area network”) is a way to segment network traffic. For example, office phone traffic can be segmented from normal computer traffic. This prevents both types of traffic from being jumbled together, and it also allows for bandwidth allocations to be put in place.
- Bandwidth allocation enables a specific amount of bandwidth to be used exclusively for a particular LAN, VLAN, or type of traffic on the local network.
The right bandwidth, router, and network setup for your organization ultimately depend on your usage (i.e. how many of your employees will be using the system, will they be typically making voice calls or will there be video calls, etc.). Be assured that we will perform an in-depth assessment of your requirements and infrastructure, in order to identify how much bandwidth is suitable for your current and future needs. Our experts will also take care of all router and network setup details, so you have nothing to worry about!
To learn more, call us at (336) 544-4000, or click the chat icon at the bottom of your screen.
