What is a thin client? A thin client, or lean client, is a type of computer that relies entirely on its network connection to accomplish tasks. A typical laptop or desktop PC—otherwise known as a ...

The 2023 Global Client Computing Market Report offers insights into market size and growth, analyzing trends, drivers, and challenges up to 2028. With a focus on managed desktop services, BFSI ...

In Pasco County, Fla., thin clients have been a fixture in the user environment for a decade. IT initially bought into the thin-client computing model as it addressed security and management ...

Thin client technology has come of age and can help boost security and trim IT costs, according to a panel of users. With the PC now 25 years old, a number of competing technologies - such as thin ...

Increased data security and energy efficiency are among the factors driving an increase in businesses' adoption of thin-client technology ...

Could the stretched-out replacement cycles for desktop machines be a boon for client computing? In a recent Wall Street Journal Business Technology blog post, Ben Worthen noted that a survey from ...

Everything old is new again-desktop virtualization moves computing from current fat-client server architecture back to a model similar to times past. What is now device-oriented will become ...

The city of Dayton goes the thin-client route, moves about 100 applications and huge amounts of data onto a central corporate network and saves about $700,000 a year.

The purpose of this paper is to introduce zero-client architecture. This leading-edge technology enables peripheral devices to be deployed at any user interaction point without a dedicated PC or thin ...

Despite the fact the thin-client business is still growing, with third-quarter shipments up 31 percent compared with the second quarter, Wyse wants to provide its 3,500 solution providers more ...

In its infancy, Sun’s Sun Ray was a network-clobbering, sometimes stuttering example of what thin-client computing on Unix-like systems could be. Now it’s much more stable and much, much ...