kilobit

简明释义

英[ˈkɪləbɪt]美[ˈkɪləbɪt]

n. [计] 千位；千比特

英英释义

单词用法

同义词

反义词

例句

1.Commercial broadband Internet commonly has 256 kilobit per second, which is about the slowest broadband speed for connections advertised worldwide.

商业宽频上网常见的有256千位元每秒，是人类最慢的宽带高速连接世界各地的广告宣传。

2.One kilobit ( Kb ) is 1024 bits. One megabit ( Mb ) is 1024 kilobits. One gigabit ( Gb ) is 1024 megabits.

一格千比是1024比特。 一兆比是1024千比特。 一吉比是1024兆比。

3.Commercial broadband Internet commonly has 256 kilobit per second, which is about the slowest broadband speed for connections advertised worldwide.

商业宽频上网常见的有256千位元每秒，是人类最慢的宽带高速连接世界各地的广告宣传。

4.When compressing files, you can choose to save them at a rate of 64 kilobits per second.

在压缩文件时，您可以选择以每秒64千比特的速率保存它们。

5.Some online games require a minimum of 50 kilobits per second to maintain a stable connection.

一些在线游戏需要至少50千比特每秒才能保持稳定的连接。

6.A typical MP3 song has a bitrate of around 128 kilobits per second.

一首典型的MP3歌曲的比特率大约为每秒128千比特。

7.The download speed of the internet connection is measured in kilobits per second.

互联网连接的下载速度以每秒千比特为单位测量。

8.The video stream requires at least 2000 kilobits per second for decent quality.

视频流需要至少2000千比特每秒才能达到良好质量。

作文

In the digital age, understanding data measurement units is crucial for anyone who interacts with technology. One of the lesser-known but important units is the kilobit, which is commonly used to describe data transfer rates and file sizes. A kilobit is equivalent to 1,000 bits, making it a fundamental unit in the world of computing and telecommunications. To put this into perspective, when you download a song or stream a video online, the speed at which this data is transmitted is often measured in kilobits per second (kbps). This measurement helps consumers understand how quickly they can access content and how much data will be consumed during that process.The concept of kilobit is particularly relevant in the context of internet speeds. For instance, a home internet connection might offer speeds of 100 kilobits per second, which indicates the maximum rate at which data can be downloaded. If you're streaming a high-definition video, you might need a connection speed of at least 5,000 kilobits per second to ensure smooth playback without buffering. This example illustrates how kilobits play a vital role in our daily digital experiences.Moreover, understanding kilobits is essential for those involved in network design and management. Network engineers must consider the kilobit rates when designing systems that require efficient data transmission. For example, if a company needs to transmit large amounts of data between its branches, knowing the kilobit capacity of their network can help them optimize performance and reduce costs.In addition to networking, kilobits are also relevant in the field of data compression. When files are compressed, their size is often reduced from several megabytes to a few kilobits. This reduction allows for faster uploads and downloads, which is especially beneficial for users with limited bandwidth. Understanding the relationship between kilobits and file sizes can empower individuals to make informed decisions when sharing or storing data.Furthermore, as technology advances, the significance of kilobits may evolve. With the advent of faster internet connections and new data transmission technologies, we might find ourselves using kilobits less frequently in favor of larger units like megabits and gigabits. However, the foundational knowledge of kilobits remains important for grasping the basics of data measurement.In conclusion, the kilobit is more than just a technical term; it represents a critical component of our digital lives. Understanding this unit can enhance our comprehension of internet speeds, data transfer, and network management. As we continue to navigate an increasingly digital world, being knowledgeable about kilobits and other data measurement units will empower us to make better choices regarding technology use. Whether you are a casual internet user or a professional in the tech industry, grasping the concept of kilobits is essential for keeping pace with the rapid advancements in technology.

在数字时代，理解数据测量单位对任何与技术互动的人来说都是至关重要的。一个较少被人知晓但重要的单位是千位(bit)，它通常用于描述数据传输速率和文件大小。一个千位等于1,000个比特，这使其成为计算机和电信领域的基本单位。为了更好地理解这一点，当你下载一首歌曲或在线流媒体视频时，这些数据传输的速度通常以每秒千位（kbps）来衡量。这一测量帮助消费者了解他们可以多快访问内容，以及在此过程中会消耗多少数据。千位的概念在互联网速度的背景下尤为相关。例如，一个家庭互联网连接可能提供每秒100千位的速度，这表明数据下载的最大速率。如果你正在流式播放高清视频，你可能需要至少5,000千位每秒的连接速度，以确保播放流畅而不出现缓冲。这一例子说明了千位在我们日常数字体验中的重要作用。此外，理解千位对网络设计和管理领域的人士也是必要的。网络工程师在设计需要高效数据传输的系统时，必须考虑千位速率。例如，如果一家公司需要在其分支机构之间传输大量数据，了解其网络的千位容量可以帮助他们优化性能并降低成本。除了网络，千位在数据压缩领域也很相关。当文件被压缩时，其大小通常会从几兆字节减少到几千位。这种减少使得上传和下载速度更快，这对于带宽有限的用户尤其有利。理解千位与文件大小之间的关系可以使个人在共享或存储数据时做出明智的决策。此外，随着技术的进步，千位的重要性可能会发生变化。随着更快的互联网连接和新数据传输技术的出现，我们可能会发现自己越来越少使用千位，而更倾向于使用更大的单位，如兆位和吉位。然而，掌握千位的基础知识仍然对理解数据测量的基本概念至关重要。总之，千位不仅仅是一个技术术语；它代表了我们数字生活中的关键组成部分。理解这个单位可以增强我们对互联网速度、数据传输和网络管理的理解。随着我们继续在一个日益数字化的世界中前行，了解千位及其他数据测量单位将使我们能够在技术使用上做出更好的选择。无论你是一个普通互联网用户还是技术行业的专业人士，掌握千位的概念对于跟上技术迅猛发展的步伐都是必不可少的。