kilobits

简明释义

英[ˈkɪləbɪts]美[ˈkɪləˌbɪts]

n. 千比特（kilobit 的复数）

英英释义

单词用法

同义词

反义词

例句

1.A typical broadband modem runs at about 600 kilobits per second, but that's the speed with which it connects to the service provider, not a typical site on the Internet.

一个典型的宽带调制解调器每秒在大约600千位运行，但是那是它与其连结到服务供应商的速度，不在因特网上的一个典型的地点。

2.Remember when web browsers have just started supporting images and web connections speeds were so slow that we were measuring them in single kilobits?

记得当浏览刚开始支持图像和网络连接的速度这么慢，我们测量了他们在单千？

3.A typical broadband modem runs at about 600 kilobits per second, but that's the speed with which it connects to the service provider, not a typical site on the Internet.

一个典型的宽带调制解调器每秒在大约600千位运行，但是那是它与其连结到服务供应商的速度，不在因特网上的一个典型的地点。

4.A wide range of data transfer rates are available, with speeds up to about 128 kilobits per second.

提供较宽的数据传输速率，速率可达每秒128千位。

5.The full-length songs stream at something less than CD quality (128 kilobits per SEC.), but it's good enough on a computer.

虽然一些全长歌曲的音质没CD的好(一般是128千比特每秒)，但这对电脑播放来说已经足够了。

6.One megabit (Mb) is 1024 kilobits.

一兆比是1024千比特。

7.Digital wireless communication, which has gained wide spread acceptance recently, is also limited in available transmission rate to a few kilobits per second.

目前已经得到广泛认同的数字无线通信同样也被限制在几千比特每秒的传输速率内。

8.When downloading files, your connection might show speeds of several hundred kilobits.

下载文件时，你的连接速度可能显示为几百千比特。

9.The video call was choppy due to a low bandwidth of only 256 kilobits.

视频通话因为带宽仅有256千比特而出现卡顿。

10.A typical modem can transfer data at rates of up to 56 kilobits per second.

典型的调制解调器可以以每秒高达56千比特的速度传输数据。

11.The internet speed is measured in kilobits per second.

互联网速度以每秒千比特为单位测量。

12.Streaming music requires a minimum of 128 kilobits for decent quality.

流媒体音乐需要至少128千比特才能保证良好的音质。

作文

In the digital age, understanding data measurement units is essential for both consumers and professionals. One such unit is the kilobit, which is commonly used to quantify data transfer rates and storage capacities. A kilobit is equal to 1,000 bits, and it plays a significant role in various technological contexts, particularly in telecommunications and internet services.To comprehend the importance of kilobits, it is crucial to recognize how they relate to other data measurement units. For instance, while a kilobit consists of 1,000 bits, a kilobyte is made up of 8,000 bits, since one byte equals eight bits. This relationship highlights the hierarchical structure of data measurement, where larger units are built upon smaller ones. In practical terms, when we talk about internet speeds, we often refer to them in kilobits per second (kbps). This metric indicates how many kilobits of data can be transmitted over a network in one second, giving users a clear understanding of their connection's performance.For example, a broadband connection with a speed of 1,000 kbps can transfer 1 kilobit of data every millisecond, allowing for smooth streaming of videos and quick downloads. However, as technology advances, the demand for faster internet speeds has grown. Nowadays, many internet service providers offer speeds measured in megabits per second (Mbps), where 1 Mbps equals 1,000 kilobits. This shift reflects the increasing need for higher bandwidth to accommodate activities such as online gaming, high-definition video streaming, and large file transfers.Moreover, understanding kilobits is not only relevant for consumers but also for professionals in fields such as software development and network engineering. For instance, when designing applications or websites, developers must consider how much data their products will require to function efficiently. By optimizing data usage, they can ensure that their applications load quickly and perform well, even on lower-speed connections measured in kilobits.Additionally, in the context of mobile networks, the concept of kilobits becomes even more critical. Mobile devices rely on cellular networks to access the internet, and these networks often have varying speeds depending on the technology used, such as 3G, 4G, or 5G. Understanding the difference between these technologies and their respective speeds, often expressed in kilobits per second, helps consumers make informed decisions when choosing mobile plans.Furthermore, the rise of data-intensive applications, like video conferencing and virtual reality, underscores the need for higher kilobit rates. As these applications become more mainstream, the ability to transmit large amounts of data quickly is paramount. Thus, the role of kilobits extends beyond simple measurements; it reflects the evolving landscape of technology and user expectations.In conclusion, the term kilobit represents a fundamental concept in the realm of digital communication. By understanding what kilobits are and how they relate to other data measurement units, individuals can better navigate the complexities of modern technology. Whether you are a casual internet user or a tech professional, grasping the significance of kilobits will enhance your ability to engage with the digital world effectively.

在数字时代，理解数据测量单位对于消费者和专业人士来说至关重要。其中一个单位是千比特，它通常用于量化数据传输速率和存储容量。一个千比特等于1,000个比特，它在各种技术背景中发挥着重要作用，特别是在电信和互联网服务中。要理解千比特的重要性，关键在于认识到它们与其他数据测量单位的关系。例如，虽然一个千比特由1,000个比特组成，但一个千字节由8,000个比特组成，因为一个字节等于八个比特。这种关系突显了数据测量的层次结构，其中较大的单位建立在较小的单位之上。在实际应用中，当我们谈论互联网速度时，通常以每秒千比特(kbps)来表示。这一指标表明网络在一秒钟内可以传输多少千比特的数据，从而让用户清楚地了解其连接的性能。例如，具有1,000 kbps速度的宽带连接可以在每毫秒传输1个千比特的数据，从而允许流畅的视频流和快速下载。然而，随着技术的进步，对更快互联网速度的需求不断增长。如今，许多互联网服务提供商提供以每秒兆比特(Mbps)为单位的速度，其中1 Mbps等于1,000个千比特。这一变化反映了对更高带宽的日益需求，以适应在线游戏、高定义视频流和大文件传输等活动。此外，理解千比特不仅与消费者相关，也与软件开发和网络工程等领域的专业人士息息相关。例如，在设计应用程序或网站时，开发人员必须考虑他们的产品运行所需的数据量。通过优化数据使用，他们可以确保其应用程序快速加载并良好运行，即使在以千比特为单位的低速连接上。此外，在移动网络的背景下，千比特的概念变得更加重要。移动设备依赖于蜂窝网络访问互联网，这些网络的速度通常因所使用的技术（如3G、4G或5G）而异。理解这些技术及其各自速度（通常以每秒千比特表示）之间的差异，帮助消费者在选择移动套餐时做出明智的决定。此外，数据密集型应用程序（如视频会议和虚拟现实）的兴起进一步强调了更高千比特速率的必要性。随着这些应用程序变得越来越主流，快速传输大量数据的能力至关重要。因此，千比特的角色超越了简单的测量；它反映了技术和用户期望不断演变的格局。总之，术语千比特代表了数字通信领域的基本概念。通过理解千比特是什么以及它们如何与其他数据测量单位相关，个人可以更好地驾驭现代技术的复杂性。无论您是普通互联网用户还是技术专业人士，掌握千比特的重要性将增强您有效参与数字世界的能力。