bits per second

简明释义

位秒

英英释义

例句

1.When streaming video, a speed of at least 5 megabits per second (比特每秒) is recommended for HD quality.

在流媒体视频时，建议至少需要5兆bits per second (比特每秒)的速度以获得高清质量。

2.Mobile networks often provide varying speeds, sometimes reaching up to 100 megabits per second (比特每秒).

移动网络的速度通常会有所不同，有时可达到100兆bits per second (比特每秒)。

3.The download speed of this file is only 1 megabit per second (比特每秒), which is quite slow.

这个文件的下载速度只有1兆bits per second (比特每秒)，速度非常慢。

4.The internet connection speed is measured in bits per second (比特每秒), which determines how quickly data can be transferred.

互联网连接速度以bits per second (比特每秒)为单位测量，这决定了数据传输的速度。

5.A standard broadband connection typically offers speeds of around 25 megabits per second (比特每秒).

标准宽带连接通常提供约25兆bits per second (比特每秒)的速度。

作文

In today's digital age, the speed at which information is transmitted is crucial for both individuals and businesses. One of the most important metrics used to measure this speed is known as bits per second, or bps. This unit quantifies how many bits of data can be sent or received in one second. Understanding bits per second is essential for evaluating the performance of various internet connections, from dial-up to fiber optic. When we talk about internet speed, we often hear terms like megabits per second (Mbps) or gigabits per second (Gbps). These measurements indicate how fast data can be downloaded or uploaded. For example, a connection that offers 100 Mbps can transmit 100 million bits every second. This speed is sufficient for streaming high-definition videos, online gaming, and video conferencing without significant lag.On the other hand, a slower connection, say 1 Mbps, would struggle with these tasks, leading to buffering during video playback and delays in online interactions. Therefore, understanding the implications of bits per second is vital when choosing an internet service provider or troubleshooting connectivity issues.Moreover, the concept of bits per second extends beyond just internet connections. It is also relevant in telecommunications, where it measures the rate of data transmission over various mediums such as copper wires, fiber optics, and wireless networks. The higher the bits per second rating, the more data can be transmitted simultaneously, enhancing the quality and efficiency of communication.In the realm of data storage, bits per second plays a role in determining how quickly files can be read from or written to a device. For instance, hard drives and solid-state drives have different read and write speeds measured in bits per second. A solid-state drive with a speed of 500 MB/s can process data much faster than a traditional hard drive that operates at 100 MB/s, resulting in quicker boot times and faster application launches.In addition, understanding bits per second is crucial for developers and engineers who design systems that rely on data transfer. By optimizing the amount of data transmitted within a given time frame, they can create more efficient applications and services. This optimization can lead to reduced costs for businesses and improved user experiences for customers.In conclusion, bits per second is a fundamental concept in the world of digital communication. Whether you are streaming a movie, participating in a video call, or transferring files, the speed of data transmission, measured in bits per second, significantly impacts your experience. As technology continues to evolve, the demand for higher bits per second rates will only increase, making it essential for everyone to understand this important metric in our increasingly connected world.

在当今的数字时代，信息传输的速度对个人和企业都至关重要。衡量这种速度的最重要指标之一被称为每秒比特数，或bps。这个单位量化了每秒可以发送或接收多少比特数据。理解每秒比特数对于评估各种互联网连接的性能至关重要，从拨号上网到光纤网络。当我们谈论互联网速度时，我们常常听到像兆比特每秒（Mbps）或千兆比特每秒（Gbps）这样的术语。这些测量值指示数据可以多快地下载或上传。例如，提供100 Mbps连接的网络可以每秒传输1亿个比特。这种速度足以支持高清影视流媒体、在线游戏和视频会议，而不会出现显著的延迟。另一方面，一个较慢的连接，比如1 Mbps，将难以完成这些任务，导致视频播放时缓冲和在线互动时延迟。因此，理解每秒比特数的含义在选择互联网服务提供商或排除连接问题时至关重要。此外，每秒比特数的概念不仅限于互联网连接。在电信领域，它也用于测量通过各种媒介（如铜线、光纤和无线网络）传输的数据速率。每秒比特数的评级越高，能够同时传输的数据就越多，从而提高通信的质量和效率。在数据存储领域，每秒比特数在确定文件从设备读取或写入的速度时也起着作用。例如，硬盘驱动器和固态硬盘的读取和写入速度以每秒比特数进行测量。一个速度为500 MB/s的固态硬盘可以比一个操作速度为100 MB/s的传统硬盘更快地处理数据，从而缩短启动时间和加快应用程序启动速度。此外，理解每秒比特数对开发人员和工程师设计依赖于数据传输的系统至关重要。通过优化在给定时间内传输的数据量，他们可以创建更高效的应用程序和服务。这种优化可以为企业降低成本，并改善客户的用户体验。总之，每秒比特数是数字通信世界中的一个基本概念。无论您是在观看电影、参加视频通话还是传输文件，数据传输的速度（以每秒比特数来衡量）都会显著影响您的体验。随着技术的不断发展，对更高每秒比特数的需求只会增加，因此了解这一重要指标对于我们日益互联的世界至关重要。