How the NCS 2958 CIRRUS TZ-202L TERA2321 DVI Zero Client Enhances Virtual Desktop Infrastructure
Virtual desktop infrastructure (VDI) has become increasingly popular in recent years, allowing organizations to centralize their desktops and applications in the data center and deliver them to end-users over the network. One key component of a successful VDI deployment is the zero client, a hardware device that connects to the VDI environment and provides users with a seamless desktop experience.
One such zero client that is making waves in the industry is the NCS 2958 CIRRUS TZ-202L TERA2321 DVI Zero Client. This device is designed to enhance the VDI experience by providing users with high-performance graphics and video capabilities, as well as support for multiple displays.
One of the key features of the NCS 2958 CIRRUS TZ-202L is its use of the Teradici TERA2321 processor, which is specifically designed for VDI environments. This processor provides users with a responsive and lag-free desktop experience, even when working with graphics-intensive applications.
In addition, the NCS 2958 CIRRUS TZ-202L supports up to two displays, allowing users to multitask and work more efficiently. This is especially important for users who need to work with multiple applications simultaneously, such as designers, engineers, and financial analysts.
Another important feature of the NCS 2958 CIRRUS TZ-202L is its support for DVI connectivity, which ensures compatibility with a wide range of displays and projectors. This allows organizations to easily integrate the zero client into their existing infrastructure without having to worry about compatibility issues.
Overall, the NCS 2958 CIRRUS TZ-202L TERA2321 DVI Zero Client is a powerful and versatile device that enhances the virtual desktop infrastructure experience. With its high-performance graphics capabilities, support for multiple displays, and DVI connectivity, this zero client is an ideal solution for organizations looking to deploy a VDI environment that meets the needs of their users.