NETWORK BANDWIDTH OFFLINE

If there are too many users performing high-data activities, like watching videos or downloading files, your network speed will lag. But with too many vehicles and too few lanes, everything moves more slowly. With enough lanes and a reasonable number of cars on the road, traffic can move quickly. To understand how this all works, it helps to imagine the network as a highway, and bandwidth as the number of the lanes. A network with greater bandwidth also allows more devices to connect at once.

Higher bandwidth allows data to be transferred at a faster rate (although the term “bandwidth” itself is not a synonym for internet speed). What is bandwidth usage?īandwidth refers to a network’s capacity to transfer data between devices or the internet within a particular span of time. Doing so helps managed services providers (MSPs) tailor effective solutions for those enterprises that still struggle with low bandwidth. To make insufficient bandwidth a thing of the past, companies should invest in proven bandwidth usage monitoring tools that provide both a granular and a big-picture view of enterprise data usage. The more familiar you get with the tool, the more you can tweak certain fields to increase the accuracy of the predicted bandwidth requirements.However, plenty of businesses are still plagued by poor network configurations that lead to bottlenecks and slowdowns, which in turn impact worker productivity and cut into profits. The final sheet of the calculator gives you further granularity – breaking the data down by user profile type and client used.Įxchange Client Network Bandwidth Calculator can be a helpful tool in designing and implementing Exchange server solutions – both on premise and Office 365. The Bandwidth Graph shows the Network Predictions data, broken down by hour of the day and direction of data travel: You can configure the amount of users at each site and the type of Exchange client they will use:Īs the name suggests, the Network Predictions takes this information and predicts the amount of network bandwidth required at each site: Here you list your geographical sites and which type of user profile will be used at each. Next up is the specific User Profiles where you can select different metrics to allocate to light, medium, heavy and very heavy profiles, depending on usages: TimeZone Configuration is used to identify the morning and afternoon peak times, when the highest bandwidth requirements will be: As mentioned above, here you need to input the information as per your company’s specifics:įigure 1. The first part of the sheet is the Exchange Organization Configuration. The Input Sheet is divided into multiple parts. It has multiple sheets, details of each sheet are given below: Input Sheet It includes fields such as average message size, messages sent per mailbox per day, average mailbox size and average meetings per mailbox per day.Įxchange Client Network Bandwidth Calculator is a Microsoft Excel based calculator it comes prepopulated with certain values and algorithms. User Profile data is customizable depending on your business.

NETWORK BANDWIDTH OFFLINE

Organization data includes fields such as working hours per day, mobile device days to sync and offline address book size.

This tool is designed for both on premise Exchange customers and Office 365 users.īefore we start using the Exchange Client Network Bandwidth Calculator, we should ensure we have certain data to hand, which we will need to input into two categories – organization and user: The latest public version of the calculator is available at TechNet. It has been some time since Microsoft released an updated version of the Exchange Client Network Bandwidth Calculator but it is still a useful tool for mitigating the risks involved in Exchange Server network bandwidth planning. The Exchange Client Network Bandwidth Calculator helps Exchange engineers and architects to calculate bandwidth requirements for their specific set of clients when planning an Exchange Server deployment.

Network bandwidth