2019 SOFIC Conference & Exhibition - 9890

Integrated Client Transmitter for VDI Applications

THE ALL-IN-ONE SOLUTION FOR VIRTUAL DESKTOP

VIRTUAL MACHINE CLIENT AND KVM EXTENDER IN ONE SPACE-SAVING MODULE

Create more secure, productive and higher-performance VDI and cloud infrastructures using Thinklogical’s all-in-one VDI desktop client and KVM transmitter. Efficiently back-rack your VDI desktop clients and high-end graphic computers in IT machine data rooms while providing flexible and secure user access through Thinklogical’s high-performance fiber-optic extension and switching systems.

The Integrated Client Transmitter module is a full-featured virtual machine processor combined with a high-performance KVM extender transmitter, eliminating the need for a separate client device in extended VDI installations. The module’s processor acts as a zero client, thin client, or full-featured “fat client” PC and can host any supported VDI client software or PC operating system including those produced by VMware®, Citrix®, Microsoft® and others. It is also compatible with many third-party accredited software images.

The small-footprint Integrated Client Transmitter module simplifies VDI and cloud infrastructure and reduces cost by eliminating the need to purchase separate desktop clients and KVM transmitters and optimizing network topology. This reduces hardware and cabling complexity and expense and saves a minimum of 50% of the rack space previously required in typical configurations -- even more in certain applications. The module increases data security by removing the client device, cables, and network and USB ports from the workspace. And it allows you to more easily pool IT resources for reduced hardware and software licensing costs.

Thinklogical’s patented high-bandwidth and uncompressed KVM extension and switching architecture delivers low-latency system performance identical to if the user was connected directly to the desktop client. Simplify your VDI applications and save costs with the Integrated Client Transmitter.