What is client server

They consist of a more or less dense network of hyph and numerous round or oval refractive spores. New Word List Word List. Save This Word! A computer network in which one centralized, powerful computer called the server is a hub to which many less powerful personal computers or workstations called clients are connected. The clients run programs and access data that are stored on the server.

If the server has a public IP address, it can be accessed from the web. If it has a private IP address, it can only be accessed from inside of your LAN unless you setup port forwarding for remote access. The speed at which a client can retrieve data from a server is dependent on the amount of bandwidth required to transfer the data. If the server is on your LAN, your router will determine how quickly data is transferred from a server to the client.

So if you have a good quality router, these days, that speed can be rather impressive. This same logic applies to servers in your WAN on the Internet. When you visit a web page, there are a number of things that determine how quickly the page loads:. So, bandwidth and latency play a huge role in the performance you experience between clients and servers. In a Windows Workgroup environment computers within the network merely access public folders on other computers.

This scenario is common in home networks where one computer with a lot of hard drive space may host the media files for other computers to access. With Windows Workgroup, there is no special server software running other than the operating system itself. Yes, the computer is still hosting the files and making them available to other computers; although, technically it is still not a server.

In this scenario, it is considered a host. Because one of the prerequisites of being a server is that it serves only clients. The benefit of using Windows Workgroup is that you can easily access files and media on other computers within your LAN. The downside is that your files are not accessible from outside of your local network. Thankfully, a desktop computer with a static IP address can also function as a server. The web browser makes a request for information from the server, which responds, typically in milliseconds, with the fully rendered HTML display.

Search engines are able to index and crawl content before it is delivered, making server-side rendering very beneficial for SEO. In client-server rendering, rather than receiving all of the content from the HTML document, content is rendered in the browser using the client-side JavaScript library. The browser does not make a new request to the server when a new page is loaded. Search engine rankings may be negatively impacted as the content is not rendered until the page is loaded on the browser, however, website rendering tends to be faster in client-side rendering.

Peer-to-peer P2P is a decentralized communications model in which all nodes in the network have equivalent capability and can function as both a client and server. Nodes in peer-to-peer computing collectively use their resources and communicate with each other directly on-demand. An algorithm in the peer-to-peer communications protocol balances load, making other peers available to compensate for any resource downtime, and rerouting requests as the load capacity and availability of peers changes.

A major advantage of peer-to-peer networking is the ability to expand the network to manage a large number of clients. In client-server computing, a centralized communications model, the server is the central node that communicates with other client nodes.

A major advantage that the client-server relationship has over the peer-to-peer relationship is the ability to manage data and applications in one, centralized server. OmniSci Render leverages server-side GPUs to instantly render interactive visualizations of high-cardinality data. Exploiting server-side rendering technology, OmniSci can import and display millions of lines of data over the network to the client without any slowdowns associated with the transfer of high cardinality data.