motherboard

简明释义

英[ˈmʌðəbɔːd]美[ˈmʌðərbɔːrd]

n. 底板；母板

复 数 m o t h e r b o a r d s

英英释义

单词用法

同义词

反义词

例句

1.Big players on the back side of the motherboard.

主板反面的重量级装备们。

2.A RAID might be well advised, thus the motherboard would need support for it.

强烈建议使用RAID，因此主板需要提供对它的支持。

3.BIOS is typically stored in a flash memory device on the system's motherboard.

BIOS通常存储在系统主板的一个闪存设备中。

4.Just because a motherboard or a display tube is physically restricted to a particular place is no reason your work should be.

如果只是因为母板或显示管在物理上仅限于在某个特定的地区使用，将不能成为无法工作的原因。

5.In addition, the replacement of a component failure may mean that to buy a completely new motherboard.

另外，更换一个有故障的部件也许意味着要买一个完全新的主板。

6.Initiators may be provided as an on-board component on the motherboard or as an add-on host bus adapter.

发起者可以是主板上的组件或附加的主机总线适配器。

7.The first chip actually had several chips on one single motherboard, but was refined to one RISC chip with more than 1 million transistors.

第一个芯片实际上在一个主板上有几个芯片，但是优化为一个包含超过一百万个晶体管的RISC 芯片。

8.Before installing a new graphics card, make sure your motherboard 主板 has the necessary slots.

在安装新的显卡之前，请确保您的motherboard 主板有必要的插槽。

9.The technician replaced the faulty motherboard 主板 in the computer to improve its performance.

技术员更换了电脑中故障的motherboard 主板以提高其性能。

10.Upgrading the motherboard 主板 allows for faster processing speeds and more RAM.

升级motherboard 主板可以实现更快的处理速度和更多的内存。

11.If your computer won't boot, the issue may be with the motherboard 主板.

如果您的计算机无法启动，问题可能出在motherboard 主板上。

12.The motherboard 主板 connects all the components of the computer together.

该motherboard 主板将计算机的所有组件连接在一起。

作文

The motherboard is one of the most critical components in a computer system. It serves as the main circuit board that connects all the different parts of the computer together. Without a motherboard, the various components, such as the CPU, RAM, and storage devices, would not be able to communicate with each other effectively. The motherboard acts as a backbone, providing pathways for data to travel between the processor and other hardware. Understanding the functionality of a motherboard can help users make informed decisions when building or upgrading their computers. For instance, different motherboards come with various features, such as the number of ports available, the type of RAM supported, and compatibility with certain CPUs. A user looking to build a gaming PC would need a motherboard that supports high-speed data transfer and has multiple slots for graphics cards. Moreover, the layout of a motherboard can affect the overall performance of a computer. A well-designed motherboard ensures that components are placed optimally to minimize heat buildup and enhance airflow. This is particularly important for gamers and professionals who rely on high-performance machines for their work. In addition to its physical structure, the motherboard also contains firmware known as the BIOS (Basic Input/Output System). The BIOS is responsible for booting up the computer and managing data flow between the operating system and attached devices. Understanding how to navigate the BIOS settings can unlock additional features and optimizations for users. Furthermore, the evolution of motherboards has led to the development of more advanced technologies. Modern motherboards support features such as overclocking, which allows users to push their hardware beyond standard specifications for improved performance. This capability is often sought after by gaming enthusiasts and tech-savvy individuals who want to maximize their system's potential. In conclusion, the motherboard is an essential part of any computer system. Its role in connecting various components, facilitating communication, and enabling advanced features makes it a fundamental aspect of computer architecture. Whether you are a casual user or a tech enthusiast, understanding the importance of the motherboard can significantly enhance your experience with technology. Investing time in learning about motherboards will empower you to make better decisions regarding your computer's performance and capabilities.

主板是计算机系统中最关键的组件之一。它作为主电路板，将计算机的不同部分连接在一起。没有主板，各个组件，如中央处理器（CPU）、随机存取存储器（RAM）和存储设备，将无法有效地相互通信。主板充当支柱，为数据在处理器和其他硬件之间传输提供路径。理解主板的功能可以帮助用户在构建或升级计算机时做出明智的决定。例如，不同的主板具有各种特性，如可用端口的数量、支持的RAM类型以及与某些CPU的兼容性。希望构建游戏PC的用户需要一个支持高速数据传输并且有多个显卡插槽的主板。此外，主板的布局可能会影响计算机的整体性能。设计良好的主板确保组件的最佳放置，以最小化热量积聚并增强气流。这对于依赖高性能机器进行工作的游戏玩家和专业人士尤其重要。除了其物理结构，主板还包含称为BIOS（基本输入输出系统）的固件。BIOS负责启动计算机并管理操作系统与附加设备之间的数据流。了解如何导航BIOS设置可以解锁额外的功能和优化。此外，主板的演变导致了更先进技术的发展。现代主板支持超频等功能，允许用户将硬件推向超出标准规格的性能。这种能力通常受到游戏爱好者和技术精英的追捧，他们希望最大限度地发挥系统的潜力。总之，主板是任何计算机系统的重要组成部分。它在连接各种组件、促进通信和启用高级功能方面的作用，使其成为计算机架构的基本方面。无论您是普通用户还是技术爱好者，理解主板的重要性都可以显著增强您与技术的互动体验。花时间学习主板知识将使您能够更好地决定计算机的性能和能力。