Greater-bandwidth

Greater-bandwidth refers to a digital communication system, device, or network that is capable of transmitting or processing a larger amount of data within a given timeframe compared to systems with lower bandwidth. Bandwidth, in this context, represents the capacity of a communication channel, and 'greater-bandwidth' implies a higher capacity, enabling faster data transfer rates, improved performance, and the potential to handle more complex tasks simultaneously. It's crucial for high-demand applications like streaming high-definition video, online gaming, and large-scale data transfers.

Greater-bandwidth meaning with examples

• The new fiber optic cables provide **greater bandwidth** compared to the old copper wires, resulting in significantly faster internet speeds for streaming movies and online gaming. This also led to a reduction in latency as it enables more data to transfer instantly. The increase allows multiple devices to operate with no interference.
• Cloud computing relies heavily on **greater bandwidth** to allow users to access and manage large datasets remotely. Without high bandwidth, the speed of these tasks would be unbearably slow. The efficient data exchange between client devices and remote servers would suffer.
• The upgrade to 5G mobile networks offers **greater bandwidth** than 4G, allowing for faster download speeds and lower latency, enhancing mobile gaming, and allowing the use of real-time data transmission for self-driving cars. This will provide the capacity for handling augmented reality and virtual reality applications.
• Scientists studying climate change utilize **greater bandwidth** to rapidly download and analyze vast datasets from climate models. This supports real-time analysis of these complex datasets. Without this, it would be impossible to keep up with the rate in which these projects advance.
• The new video conferencing software is designed to utilize **greater bandwidth**, ensuring seamless video and audio quality during online meetings, even with multiple participants. It helps with screen sharing, and reduces the frequency of buffering, even when users are using high-resolution cameras.