Stop By Booth #218 for Desktop Virtualization Solutions
The Defense Intelligence Agency Worldwide Conference begins today and runs through Wednesday at the Tampa Convention Center. The tagline for this year's event is Resiliency Redundancy Security: Adapting to Asymmetric Threats.
Hosted by the DIA Director, Lt. Gen. Robert Ashley and DIA Chief Information Officer, Jack Gumtow, the DoDIIS Worldwide Conference is an immersive event designed to bring together a global consortium of IT professionals with shared interests, including the future of IT, information sharing, data and global security.
Over the course of three days, participants have multiple opportunities to share their experiences, network with government and industry, and access the latest solutions from hundreds of onsite vendors. Topics may range from current threats facing existing systems to how to build an adaptable solution onto an existing framework.
Director Ashley opens the conference with the keynote remarks, followed by the CIO and a distinguished line-up of government and industry leaders. The balance of each day includes an extensive selection of breakout sessions designed to allow attendees to intersect with subject matters experts in a smaller, more conversational setting. These dynamic sessions provide an opportunity to obtain firsthand information from experts, as well as allow participants to interact and collaborate directly with peers.
At this conference, NCS is focused on the benefits delivered by desktop virtualization. Make plans now to stop by the NCS Booth #218 and talk to Matt Cooke about NCS' complete desktop portfolio.
NCS is discussing the comparative benefits of thin clients and zero clients and filling in the background on various remote display protocols. NCS has all the updates on how zero client virtualization of client desktops help improve manageability, reduce cost of ownership and improve security.
NCS recommends PCoIP as the remote display protocol. PCoIP simply transfers the image of software running on a central server or workstation to any PCoIP-ready end-point. PCoIP compresses, encrypts and rapidly transports image pixels to end-user devices. They in turn decrypt, decompress and display the image on a screen. From a user’s perspective, there is no difference between working with a local computer loaded with software and a zero client receiving the image of the software running via PCoIP.
Users get a high performance, fully-functional computing experience - even with HD. VMware is our virtualization platform of choice. This platform improves the availability, performance and utilization of IT resources.
For efficiency and value in managing its virtualized endpoints, NCS recommends its customers use the Teradici All Access Plan.
Teradici All Access Solution
With Teradici's licensing, there is a complete set of remote access solutions, enabling lower IT costs and reduced admin time. All Access securely delivers workspaces and applications from the cloud or datacenter, as needed. Existing applications can easily be migrated.
All Access allows the IT manager to manage, optimize and future proof any datacenter and zero client deployment. Datacenter elements and end points are always up to date, managed efficiently and supported by Teradici. Infrastructure may easily evolve and scale, whether in the data center or the cloud. Teradici All Access subscribers get exclusive access to cloud access software, PCoIP Management Console Enterprise, firmware upgrades, resources and support.
Ultra Secure Zero Clients
NCS offers a complete family of virtualized zero clients. The NCS portfolio includes:
* Zero Client Desktops With Dual Display - Cirrus TZ-202L & Cirrus DT 5220
* Zero Client Desktops With Quad Display - Cirrus TZ-204L
* WiFi Zero Client Desktops with Dual Display - Cirrus DT WiFi & Cirrus DT 5230
* Zero Client Notebook - Cirrus LT Plus
Please bring all of your virtualization questions to NCS at the show, or call Matt Cooke at 540-604-3710. To learn more about NCS zero clients solutions right now, just download this brochure.