How do you virtualize desktops on old computers?

The vSpace Pro Client software client of Ncomputing supports Windows and Chromebook, and the vSpace Pro Client software client is deployed in the Windows desktop or Chromebook environment installed on the existing computer. Once installed, you can connect to a vSpace Server for desktop virtualization without replacing or costly hardware upgrades.

The vSpace Pro Client enables Windows customers to reach users using remote, mobile, or existing desktop PCs and extends vSpace Server desktop virtualization to any Windows computing device. Once installed, connect to vSpace Server and enjoy a secure, modern Windows desktop without the expense of switching or upgrading hardware. vSpace Pro Client provides a high-performance PC experience for client PCs.

What do you mean by desktop virtualization?

A virtual runtime like a shadow system, or a virtual system like VMware?

None of this has anything to do with whether the computer is old or not.

You can use the driver master in the 360 Security Guard function encyclopedia to reinstall the driver and see if it can solve the problem.

Desktop virtualization is designed to improve the efficiency of terminal O&M management and reduce the work pressure of IT O&M personnel. At the beginning of its birth, desktop virtualization was mainly to solve the problem of centralized management of terminal desktop systems, which relied on server virtualization to generate a large number of independent desktop operating systems, and at the same time sent to terminal devices according to the proprietary virtual desktop protocol. At that time, desktop virtualization solutions were represented by VMware Horizon, Citrix XenDesktop, and Microsoft VDI.

Subsequently, the VOI architecture cloud desktop emerged, which can not only fully utilize the resources of the original local terminal computers of the old customers to handle computing and graphics-intensive applications, but also support various computer peripherals to adapt to complex application environments and future application expansion. As well as IDV-based cloud desktops that support the latest Intel 8th generation and above CPUs running earlier operating systems such as Windows 7 and even XP.

In 2018, on the basis of VDI+VOI, Hexin Chuangtian added the IDV intelligent desktop virtualization module, which truly integrates the three mainstream technical architectures of cloud desktop, that is, three V in one. With "front-end and back-end hybrid computing" as the core, the unique disk-network dual-standby and intelligent drive separation technology can fully ensure business continuity and be compatible with various complex peripherals. At the same time, it supports the mixed access of ordinary PCs, cloud terminals, all-in-one machines, touch screens, tablets, mobile phones and other terminal devices, and is suitable for a variety of terminal devices in various application scenarios.

Through the integration of 3V, cloud desktop can easily realize the centralized management of more than 1,000 terminals in the enterprise.

In simple terms, desktop virtualization means:

It supports enterprise-level remote dynamic access to desktop systems and unified hosting technology in data centers. An analogy is that today, we can access our mail system or network disk on the network through any device, anywhere, and at any time; In the future, we will be able to access our personal desktop system on the network from any device, anywhere, and at any time.

Remote desktop can be said to be the predecessor or prototype of desktop virtualization. It cannot be said that remote desktop is desktop virtualization, desktop virtualization is more powerful and complete than remote desktop, but it is not limited to remote desktop.

I knew about it from outside the IT number.

Learn what virtualization is in two minutes.

Desktop virtualization has been widely deployed in many industries. What I know is: Sangfor, Shanghai Dalong.

Simply put, it's about setting up a server and installing a service.

You can then access your desktop from your laptop anytime, anywhere.

At present, this technology does not make any sense for small businesses, for large enterprises, you will definitely have a handover when you go in, you just need to know that there is this concept, and someone will naturally teach it when the work needs it.

1. The mainframe era.

When the earliest mainframe appeared, it was more expensive, and the computing power of the entire mainframe was also relatively high, at that time, it was proposed that a machine should be used by multiple people, but it was not desktop virtualization in the real sense, it was a multitasking form that depended on multiple users of the system. For example, the server versions of Linux, Unix, and Windows can support multi-user formalities.

2. Hard disk partition under Windows.

This may be mentioned, this is certainly not a virtualization category, but it must be mentioned. In the case of the continuous increase of the capacity of the hard disk, we will divide the logical partition of the hard disk and different areas for different purposes, which is a bit similar to the "virtualization technology" of the hard disk

3. The originator of desktop virtualization protocols.

RDP ICA protocol, people in the industry may know that RDP protocol was developed after Microsoft purchased it from Citrix company, RDP is the most popular remote desktop protocol (Remote Desktop Protocol) before and now, so RDP and ICA are brothers, but they are raised by different compatible manufacturers, and there are naturally differences.

4. Sharer.

For many users, the sharer is also relatively familiar, a server hosts an operating system, and remotely distributes it to the end user through Microsoft's protocol, and the end user only needs to go to the desktop through a very simple box. Desktop virtualization looks a lot like desktop protocols, but this is not a sibling, desktop virtualization is a server that hosts several systems and distributes them to end users through proprietary desktop protocols. These two big differences determine the different positioning of the two products, and the sharer has been popular in the market for a period of time and has gradually been introduced to the market.

5. Desktop operating system virtualization.

The topic here is to distinguish server virtualization technologies, with a special emphasis on the infiltration and dismantling of desktop operating systems. In fact, this concept can be basically equated with VMware Workstation and Microsoft VPC to implement a desktop-class operating system. Of course, this application model is often used by major developers and testers, although the virtual ones are not necessarily XP, 2000 Professional, Vista and other desktop systems.

The reason why this is mentioned here is because when virtualization technology was just beginning, some vendors defined this as desktop virtualization technology, for example, before Microsoft launched MED-V technology, VPC was defined as Microsoft's desktop virtualization product.

The so-called desktop virtualization defined from this perspective can basically be regarded as a virtualization solution for desktop systems on PCs, but it is simply different and corresponding to server virtualization. It still solves the separation of the installation environment and the running environment of the operating system, and does not depend on specific hardware. But it is undeniable that when the server virtualization technology matures, the real virtual desktop technology begins to appear.

it's over~~~

Computer virtualization technologies currently include server virtualization, application virtualization, and desktop virtualization. At present, network virtualization, graphics card virtualization and other technologies are developing rapidly, and in the near future, the current physical equipment will support virtualization technology, implement IaaS (Infrastructure as Service), and implement cloud computing in the real sense. Desktop virtualization technology is currently the fastest growing and most promising technology.

Desktop virtualization refers to the virtualization of computer desktops to achieve security and flexibility in desktop adoption.

Desktop virtualization refers to the support for enterprise-level remote dynamic access of desktop systems and unified hosting technology of data center. A figurative analogy is that today, we can access our e-mail system or network disk on the Internet through any device, any place, and at any time; In the future, we will be able to access our personal desktop systems on the Internet from any device, anywhere, and at any time.

Desktop virtualization is a manifestation of cloud computing, and the specific concept can be understood in Xianghe Cloud Computing.

Based on the integration of the virtualization application delivery platform and the virtualization framework platform, the Elephant River desktop virtualization solution delivers desktops to customers in the form of managed services, simplifying desktop deployment, improving availability, security, and greatly reducing procurement and maintenance costs.

Enterprises can centrally deploy and manage all business systems and data by deploying the desktop virtualization solution of Xiangguohe, and customers can use any terminal device to quickly and securely access the enterprise data center and business systems in a flexible connection mode. Enterprise IT departments can deploy applications and desktops faster, improve security, and provide business agility and business continuity. Reduce procurement and O&M costs while improving enterprise IT service levels.

Desktop virtualization can also be understood as a virtual system Shadow is recommended.

The shadow system uses state-of-the-art operating system virtualization technology to generate images of the current operating system, and it has exactly the same functionality as the real system. Once in the shadow system, all operations are virtual, so all viruses and rogue software cannot infect the real operating system. If there is a problem with the system, or junk files are generated on the Internet, you can simply restart the computer and everything will be back to its best.

If you want to build a computer that requires no maintenance or is invulnerable.

That is, your operation on the desktop is equal to no operation, and there is a kind of partition virtualization, the same is true.

Desktop virtualization relies on server virtualization, which is performed on servers in the data center to generate a large number of independent desktop operating systems (virtual machines or virtual desktops), and at the same time send them to end devices according to the proprietary virtual desktop protocol. The user terminal logs in to the virtual host through Ethernet, and only needs to remember the user name, password and gateway information, and can access their desktop system through the network anytime and anywhere, so as to achieve a single machine and multiple users.

Generally, desktop virtualization is a local area network, according to the above explanation, for example, a server, to do virtualization, the burning plex can be used by virtualizing several PCs, and enterprises like this way.

Benefits: more flexible access and use, more extensive and simplified terminal equipment support, terminal equipment procurement, maintenance costs greatly reduced, centralized management, unified configuration, so that virtual use is safe, reduce power consumption, energy saving and emission reduction.

Two minutes of envy ant learn brother spring bury sen zheng what is virtualization.

It's virtual machine technology.

Intuitively, it's a server that provides virtual services. There is an MSTSC application under the win system. When the program is launched, it can connect to a computer that provides remote desktop services.

When connected to a remote desktop, the interface you see is a virtual desktop in the narrow sense.

In practice, a powerful server provides several underperforming client desktops, and when logging in with different usernames, it provides different desktops that are seen by logins.

The benefits are many, as client performance can be very low, resulting in a significant reduction in management and maintenance, and a significant reduction in procurement costs. Data reliability has improved dramatically. Energy conservation. Speaking of which, it's simply a cloud.

Desktop virtualization refers to the virtualization of a computer's desktop to achieve the security and flexibility of desktop use. Our personal desktop system on the network can be accessed from any device, anywhere, at any time.