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How much internet bandwidth do remote workers need?While working from home, you need to have the right amount of resources and support to be productive. You need a functioning computer and sufficient internet bandwidth. But chances are, you’re not aware of the minimum internet bandwidth requirements needed to be fully productive while working away from the office. Read on to learn if […]

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How much internet bandwidth do remote workers need?

While working from home, you need to have the right amount of resources and support to be productive. You need a functioning computer and sufficient internet bandwidth. But chances are, you’re not aware of the minimum internet bandwidth requirements needed to be fully productive while working away from the office. Read on to learn if your internet bandwidth can handle your current workload.

What is bandwidth?

Bandwidth refers to the maximum data transfer rate possible in a network or internet connection. It indicates the amount of data that can be sent over a connection in a given amount of time, and is usually expressed in bits per second (bps).

Imagine two computers with the same internet speed at 100 megabits per second (Mbps): the first computer only has a 50 Mbps bandwidth, while the second one has 100 Mbps. If they were to download the same packet with 500 megabits (Mb), the first computer would be able to do it in 10 seconds, while the second one could do it in just 5.

This is because the first computer’s bandwidth is capped at 50 Mbps — even with a high-speed internet service, the limit of transfer would still be low. Therefore, the higher the bandwidth, the more data can be sent over a connection, contributing to faster uploads and downloads and a better internet experience overall.

How much bandwidth do you need for remote working?

To answer this question, you need to factor in the type of work that you do and the apps that you use. If your job mostly consists of sending emails, editing and writing on Google Docs, and communicating on Slack, then you can do your job with ease even with a low bandwidth. On the other hand, if your day-to-day tasks consist of frequently attending meetings through video calls, then you’d need a plan with higher bandwidth.

Once you have a clear picture of how much data you send and receive on an average workday, you can start looking for plans that can support your needs. And while you don’t need to conduct virtual meetings in 4K quality, you also won’t want your clients and colleagues to appear pixelated during a meeting. Neither would you want a session that gets choppy or cut off mid-conversation.

Here are the minimum requirements for the most common video chat apps used by remote workers today:

For 1:1 video calling:

    • 600 Kbps (up/down) for high-quality video
    • 1.2 Mbps (up/down) for 720p HD video
    • Receiving 1080p HD video requires at least 1.8 Mbps (downspeed)
    • Sending 1080p HD video requires at least 1.8 Mbps (upspeed)

For group video calling:

    • 800 Kbps/1.0 Mbps (up/down) for high-quality video
    • For 720p HD video: 1.5 Mbps (up/down)
    • Receiving 1080p HD video requires at least 2.5 Mbps (downspeed)
    • Sending 1080p HD video requires at least 3.0 Mbps (upspeed)

HD video quality:

    • Outbound signals must always meet a 3.2 Mbps minimum bandwidth requirement.
    • Minimum inbound signals: 2.6 Mbps with two participants; 3.2 Mbps with five participants; and 4.0 Mbps with 10 participants

Standard definition (SD) video quality:

    • Outbound signals must always meet a 1 Mbps minimum bandwidth requirement.
    • Minimum inbound signals: 1 Mbps with two participants; 1.5 Mbps with five participants; and 2 Mbps with 10 participants

Video calling:

    • HD: 1.2 Mbps (up/down)
    • SD: 400 Kbps (up/down)
    • The more participants, the higher the bandwidth requirement for downloads: 512 Kbps for three participants; 2 Mbps for five participants; and 4 Mbps for seven people. Upload requirements remain constant at 128 Kbps.

Teams requires the same upload and download internet bandwidth for the following scenarios:

    • At least 30 Kbps for peer-to-peer audio calling
    • At least 1.2 Mbps for peer-to-peer HD-quality video calling at 720p
    • At least 1.5 Mbps for peer-to-peer HD-quality video calling at 1080p
    • At least 500 Kbps/1 Mbps for group video calling

If you’re worried about your internet bandwidth, you can opt for audio calls instead of video calls. This considerably helps lower the information you need to upload and download.

For more tips and solutions on how you can work from home without a hitch, call us. We’d be happy to help.

Published with permission from TechAdvisory.org. Source.

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How to choose the best VoIP system for your businessMany industries now utilize Voice over Internet Protocol (VoIP) for better communication quality and lower communication costs. Because there are many options, choosing the right solution for your business could be overwhelming. This guide will help you decide which VoIP system suits you best. What are proprietary systems? When most companies release VoIP software, such […]

The post How to choose the best VoIP system for your business appeared first on Complete Technology Resources, Inc..

How to choose the best VoIP system for your business

Many industries now utilize Voice over Internet Protocol (VoIP) for better communication quality and lower communication costs. Because there are many options, choosing the right solution for your business could be overwhelming. This guide will help you decide which VoIP system suits you best.

What are proprietary systems?

When most companies release VoIP software, such as Microsoft Teams or Zoom, they make it almost impossible for users to view or alter the programming code. This is to retain control over which hardware and software systems it is compatible with, and prevent hackers from exploiting vulnerabilities.

Pros and cons
One of the biggest benefits of proprietary VoIP systems is a consistent user experience across supported hardware and software. Brand-name handsets and third-party software must be programmed by the VoIP platform’s developer for compatibility, so you know everything will be optimized for a reliable user experience.

In many cases, however, the added security and polished integrations of these systems cost more than open-source alternatives.

What are open-source systems?

The programming code making open-source VoIP protocols such as Session Initiation Protocol work is free and accessible to anyone. Open-source systems are made to be more of a starting point than a finished solution, meaning they’re usually pretty rough around the edges until they are customized.

Pros and cons
The biggest benefits of an open-source system are the cost and flexibility. The core system will be free, but tailoring it to your desktops, handsets, and servers will require a significant amount of time and technical expertise. This usually requires a larger upfront investment when compared to proprietary systems, but will pay off with lower operational costs over time.

The tradeoffs between open-source and proprietary systems are even. The former is often better for business owners who prioritize cost savings, while the latter is ideal for those who prefer refined solutions. Choosing between the two comes down to your customer service model, IT resources, and business priorities.

Small businesses like yours can enjoy personalized, high-end IT solutions, but you need expert support. With years of experience in VoIP, we’re the answer to all your problems. To learn about what we think is best for your business, call today!

Published with permission from TechAdvisory.org. Source.

The post How to choose the best VoIP system for your business appeared first on Complete Technology Resources, Inc..

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