Key Differences Between Thin Clients and Zero Clients for VDI

本文深入探讨了 Thin Clients 和 Zero Clients 这两种小型固态计算设备的特性,它们都为基于服务器的虚拟桌面基础设施(VDI)提供支持。文章详细比较了它们在连接类型、配置、任务能力等方面的区别,旨在帮助读者了解如何根据具体需求选择合适的设备。

Thin Clients and Zero Clients are both small form factor, solid state computing devices, specifically designed for a server based typology, currently generally associated withDesktop Virtualization (VDI), but they have many different characteristics that are important to distinguish. Below we will discuss the differences between Thin Clients and Zero Clients.

Thin Clients

Thin Client devices for VDI are traditionally end-point devices with some type of skinny, locked-down OS. The most common type of Thin Clients run on Linux, Windows Embedded (WIN XPe/WES/WES7) and to a lesser degree Windows CE. Windows CE is deployed less frequently due to the lack of available connection broker. It is extremely difficult for a Windows Embedded Thin Client to get a virus and is impossible for a Linux Thin Client to get one.

Zero Clients

Instead of an operating system, Zero Clients have a highly tuned onboard processor specifically designed for one possibly three VDI protocols (PCoIP, HDX, or RemoteFX). Most of the decoding and display processes take place in dedicated hardware and therefore are more efficient than using a software client and a standard CPU and GPU setup as with a Thin Client. Zero Clients have boot up speeds of just a few seconds and are immune to viruses, decreasing the overall downtime of the device and increasing the productivity to the end-user. The Zero Client device requires very little maintenance and rarely needs an update unless there is a significant change/enhancement to the VDI protocol or the occasional BIOS related update.

Let’s Compare and Contrast the Differences Between Thin Client and Zero Clients:
Connection Type: One factor that distinguishes the differences between Thin and Zero Clients is their connection type.
  • Thin Clients usually contain multiple VDI connection brokers. These connection types are managed with a central utility which is needed to efficiently maintain and apply updates to the connection brokers.

  • Zero Clients run only with one or two connection types largely being Citrix or VMware, these devices can also be centrally managed but is not as necessary as a Thin Client.

The reason so many people go with Thin Client devices for their VDI implementation is because of their great flexibility. Thin Client devices are able to change connection brokers (ex. VMware to Citrix) when required by your company’s quickly evolving desktop needs. Though flexibility is a great feature, Zero Clients are finely tuned for a specific protocol which offers a robust video experience. 10ZiG's V1200 is a prime example of a Zero Client for PCoIP that offers exceptional video graphics; this unit is specifically designed for the PCoIP Portal Processor.

Configuration: The configuration process is another factor that compares Thin Clients vs. Zero Clients.
  • Thin Clients are usually configured using a template from previous Thin Client configurations and therefore makes managing the device(s) very simple and can be done by a single IT administrator. With Thin Clients, software updates are usually larger and can be more frequently than for Zero Clients because of their extensive features. Thin Client software updates are still quite small and less frequent compared to a PC.

  • Zero Clients have a relatively short and simple configuration compared to that of a Thin Client. Software updates for Zero Clients are usually minute, for example the Tera2 PCoIP Zero Client contains the Teradici PCoIP chipset and usually only has updates for the PCoIP protocol itself or the occasional BIOS update for improved peripheral support, thus making for simple software updates. Zero Clients have very minimal maintenance.

Keep in mind that though Thin Clients have more lengthy updates, the updates can be scheduled at on off-peak times so that end-users are unaware of the update and does not affect their productivity.

Task Capabilities: Identifying the application needs of the end-user is an important consideration when choosing Thin Clients or Zero Clients.
  • Thin Clients are known for being flexible and designed for the needs of the individual end-user. IT managers can simply drag and drop the proper applications to the Thin Client for the end-user to access ranging from graphic design applications for the advanced user to very simple Microsoft Office applications for the every-day task worker. Thin Clients have the ability for installed applications such as browsers, email clients, office/PDF viewers as well as, connectivity to any legacy client server application.

  • Zero Clients will only have applications provisioned to them from the desktop server. These devices can handle the most graphic demanding applications and can support the highest quality multi-media. Zero Clients are the perfect fit for those looking to use quad monitors without losing precision.

Typically, the exceptional graphics capability, ultra-low power, fast boot-up and easy management are the characteristics that people go for when deciding to deploy a Zero Client. Others go for the highly flexible, well-rounded Thin Client that proves to provide the truest desktop experience.

源码地址: https://pan.quark.cn/s/3916362e5d0a 在C#编程平台下,构建一个曲线编辑器是一项融合了图形用户界面(GUI)构建、数据管理及数学运算的应用开发任务。 接下来将系统性地介绍这个曲线编辑器开发过程中的核心知识点:1. **定制曲线面板展示数据曲线**: - 控件选用:在C#的Windows Forms或WPF框架中,有多种控件可用于曲线呈现,例如PictureBox或用户自定义的UserControl。 通过处理重绘事件,借助Graphics对象执行绘图动作,如运用DrawCurve方法。 - 数据图形化:通过线性或贝塞尔曲线连接数据点,以呈现数据演变态势。 这要求掌握直线与曲线的数学描述,例如两点间的直线公式、三次贝塞尔曲线等。 - 坐标系统与缩放比例:构建X轴Y轴,设定坐标标记,并开发缩放功能,使用户可察看不同区间内的数据。 2. **在时间轴上配置多个关键帧数据**: - 时间轴构建:开发一个时间轴组件,显示时间单位刻度,并允许用户在特定时间点设置关键帧。 时间可表现为连续形式或离散形式,关键帧对应于时间轴上的标识。 - 关键帧维护:利用数据结构(例如List或Dictionary)保存关键帧,涵盖时间戳关联值。 需考虑关键帧的添加、移除及调整位置功能。 3. **调整关键帧数据,通过插值方法获得曲线**: - 插值方法:依据关键帧信息,选用插值方法(如线性插值、样条插值,特别是Catmull-Rom样条)生成平滑曲线。 这涉及数学运算,确保曲线在关键帧之间无缝衔接。 - 即时反馈:在编辑关键帧时,即时刷新曲线显示,优化用户体验。 4. **曲线数据的输出**: - 文件类型:挑选适宜的文件格式存储数据,例如XML、JSON或...
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