baseband network

简明释义

基带网;

英英释义

例句

1.To connect multiple devices, we need to set up a baseband network 基带网络 in our office.

为了连接多个设备，我们需要在办公室建立一个<基带网络>.

2.The performance of a baseband network 基带网络 can be affected by the number of devices connected.

连接设备的数量会影响<基带网络>的性能.

3.The new router supports both analog and digital signals, allowing it to efficiently manage a baseband network 基带网络.

新路由器支持模拟和数字信号，使其能够有效管理<基带网络>.

4.In a baseband network 基带网络, all signals are transmitted at the same frequency, making it ideal for short distances.

在<基带网络>中，所有信号都以相同的频率传输，非常适合短距离传输。

5.For video conferencing, a stable baseband network 基带网络 is essential to avoid lag.

对于视频会议，一个稳定的<基带网络>是避免延迟的关键.

作文

In the realm of telecommunications, the term baseband network refers to a type of communication network that transmits data over a single frequency channel. Unlike broadband networks, which can carry multiple signals simultaneously by dividing the bandwidth into different frequency channels, a baseband network sends digital signals directly without modulation. This method of transmission is particularly effective for short distances and is commonly used in local area networks (LANs). The primary advantage of a baseband network is its simplicity and efficiency. Because the signals are transmitted in their original form, there is little need for complex modulation and demodulation processes. This reduces latency and increases the speed of data transfer. For instance, Ethernet, one of the most widely used networking technologies, operates on a baseband network principle. It allows devices within a LAN to communicate with each other at high speeds, making it ideal for office environments where multiple computers need to share resources and information quickly.However, there are limitations to using a baseband network. One significant drawback is its limited range. The signal strength diminishes as the distance increases, which can lead to degradation in performance. Therefore, baseband networks are typically used in confined spaces, such as buildings or campuses, rather than over long distances. In contrast, broadband networks are more suitable for wide-area networks (WANs) because they can maintain signal quality over greater distances by using various frequencies to transmit multiple signals.Another aspect to consider is the capacity of a baseband network. Since it uses a single channel for transmission, the amount of data that can be sent at any given time is limited. This can become a bottleneck in environments with high traffic. As more devices connect to the network and demand for bandwidth increases, the performance may suffer. To mitigate this issue, network administrators often implement strategies such as segmenting the network or upgrading to faster technologies.In summary, a baseband network is a fundamental concept in modern telecommunications, characterized by its straightforward approach to data transmission. While it offers advantages in terms of speed and simplicity, it also presents challenges related to distance and capacity. Understanding these aspects is crucial for anyone involved in network design and management, as they must balance the benefits and limitations of baseband networks against the needs of their specific applications. As technology continues to evolve, the role of baseband networks will likely adapt, but their core principles will remain relevant in the landscape of digital communication.

在电信领域，术语基带网络指的是一种通过单一频率通道传输数据的通信网络。与可以通过将带宽划分为不同频率通道同时承载多个信号的宽带网络不同，基带网络直接发送数字信号而不进行调制。这种传输方式特别适合短距离，并且通常用于局域网（LAN）。基带网络的主要优点是其简单性和高效性。由于信号以原始形式传输，因此几乎不需要复杂的调制和解调过程。这减少了延迟并提高了数据传输速度。例如，以太网是最广泛使用的网络技术之一，它基于基带网络原理工作。它允许局域网内的设备以高速相互通信，非常适合需要快速共享资源和信息的办公室环境。然而，使用基带网络也有其局限性。一个显著的缺点是其范围有限。随着距离的增加，信号强度会减弱，这可能导致性能下降。因此，基带网络通常用于封闭空间，如建筑物或校园，而不适合长距离传输。相比之下，宽带网络更适合广域网（WAN），因为它们可以通过使用各种频率来维持信号质量，从而在更大距离内传输多个信号。另一个需要考虑的方面是基带网络的容量。由于它使用单一信道进行传输，任何给定时间内可以发送的数据量是有限的。这在高流量环境中可能成为瓶颈。随着更多设备连接到网络并对带宽的需求增加，性能可能会受到影响。为了缓解这个问题，网络管理员通常会实施如网络分段或升级更快技术等策略。总之，基带网络是现代电信中的一个基本概念，其特点是数据传输的直接方法。虽然它在速度和简单性方面提供了优势，但也面临着与距离和容量相关的挑战。理解这些方面对于任何参与网络设计和管理的人来说至关重要，因为他们必须在基带网络的优缺点与特定应用的需求之间取得平衡。随着技术的不断发展，基带网络的角色可能会适应，但其核心原则在数字通信的领域中仍将保持相关性。