Medium-bandwidth

Medium-bandwidth refers to a data transmission capacity that falls between low-bandwidth and high-bandwidth. It signifies a data transfer rate sufficient for common tasks like web browsing, video streaming at lower resolutions, and standard online gaming, but may struggle with more demanding applications. The specific data transfer rate considered 'medium' varies depending on context and technological advancements, but generally describes data rates that allow for reliable and relatively fast data transfer without the premium cost of higher bandwidth options.

Medium-bandwidth meaning with examples

• A small business might utilize a medium-bandwidth internet connection. This allows its employees to browse the internet, use email, and occasionally stream video conferences without constant buffering or significant lag. This provides a balance of performance and affordability that works for their typical operational needs.
• The older smartphone's cellular data plan offered medium-bandwidth. Users could stream music and watch standard-definition videos without constant interruptions, but trying to download large files or stream in HD resulted in frustrating delays and reduced quality. The medium-bandwidth was sufficient for many daily uses.
• An online gaming platform that runs at medium-bandwidth allows gamers to play and interact but is restricted to a limited number of players simultaneously and requires lower video settings to operate. This offers a cost-effective solution, but can't handle high-demand user bases or more complex in-game scenarios.
• For home internet users, medium-bandwidth might translate to downloading several gigabytes of data overnight. It supports general use but not intensive data transfer and doesn't cater to multiple, simultaneous streams of data in a quick and timely manner.
• A security camera might be designed to work on a medium-bandwidth connection, providing real-time video feeds to a monitoring station or mobile app, but at a compressed resolution or frame rate to conserve bandwidth and reduce storage requirements, making it suitable for a limited application.