The slim LCD has full HD p for an enhanced viewing experience, and a fanless operation means the system provides a very silent working environment. The client has four USB 2.
For an added measure of security, a Kensington lock is affixed to the back of the monitor. The low wattage CPU promotes efficient energy consumption without compromising on performance. The Z thin client offers support for dual monitors, making it perfect for users that need to multitask. The diminutive machine can be mounted vertically or horizontally and is a featherweight at 0.
The Z has four USB 2. The Thin Client is a compact, but mighty product in this line. The client provides a DVI digital video interface port and a VGA adapter for optimal display experience on high resolution displays. Skip to content. Change Language. Related Articles.
Table of Contents. Save Article. Improve Article. Like Article. Thin clients : A thin client is a computer system that runs on a server based computing environment. They work by connecting to a remote server based environment, where most applications and data is stored. The downside: Every computer needs to be maintained. They must be updated for security and bug fixes as well as the updates of each and every software program Each computer's hardware must be maintained at levels acceptable for the software applications they are going to be using.
As the software programs require more resources, you must upgrade each and every computer that will use that program. If any data is stored on the local computer, it then needs to be backed up to protect the organization's data.
If a new application is needed, it is likely that it has to be installed on multiple computers. Because each workstation brings all the data across the network cable to be worked on locally for each user, there is often a tremendous amount of network traffic. In a modern network this may not be an issue but if there are very large quantities of data or there are multiple physical locations that must communicate, the network bandwidth capacity may not allow for quick transmission of all the data required.
This is where the second approach comes to the rescue. No data can be stored on the local computer. Thus data is better controlled and backed-up. If a new application is needed, it must only be installed once - on the server. Thin Client software is long established and well know in the IT community. Potentially depending on the data being presented to the remote user, network traffic may even be reduced.
Thus even with minimal network bandwidth capacity end users may not experience any slowness. The downside of centralization is a single point of failure. Should your application server fail, all your users will be affected. To mitigate this risk, IT must build in redundancy which offsets some not all of the savings. Users might be tied to a terminal and not able to move around the office or off the network to perform any of their work.
Impact on CaseWare: Very large CaseWare Working Papers files used in a traditional model data file on the server and application on your workstation can be very slow, especially when network performance issues get in the way. Subscribe to our blog below.
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