High-bandwidth

High-bandwidth describes the capacity of a communication channel or data storage device to transmit or process a large amount of data in a given amount of time. This capability is critical for applications demanding rapid and substantial data transfer, like streaming high-definition video, online gaming, large file downloads, and real-time data processing. Higher bandwidth typically results in faster performance and smoother user experiences, as it reduces latency and bottlenecks in data flow. The 'bandwidth' itself, when used in this phrase, is frequently measured in bits per second (bps), kilobits per second (kbps), megabits per second (Mbps), or gigabits per second (Gbps). Essentially, it's a measure of the data-carrying capacity. The demand for high-bandwidth connections has rapidly grown with advancements in technology, from the internet's evolution to increasingly complex applications like virtual reality.

High-bandwidth meaning with examples

• The new server infrastructure requires a high-bandwidth connection to handle the constant stream of data from thousands of users simultaneously, ensuring seamless online experiences and preventing lagging or buffering during game-play, and providing the expected data throughput, even at peak hours.
• Streaming 4K video demands high-bandwidth internet access; otherwise, viewers will experience frequent buffering and reduced image quality. Without this increased data flow capacity, the viewing experience of modern content creation will become degraded, which can lead to customer dissatisfaction.
• The project's data transfer needs far exceed typical speeds, demanding a high-bandwidth solution. Consequently, an infrastructure capable of moving a large volume of project information in very little time is of extreme importance to keep work progress efficient and reduce downtime.
• High-bandwidth communication is essential for real-time collaborative applications, such as video conferencing, allowing users to share complex documents, provide instantaneous content delivery, and interact seamlessly across geographical distances without compromising on data speed.
• Modern data centers rely on high-bandwidth networks to connect servers and storage devices, enabling them to handle the intensive computational workloads associated with big data analytics and artificial intelligence operations and providing the required level of data velocity.