Qualified for the data center, the NVIDIA® RTX™ Server offers powerful virtual workstations capable of running demanding professional applications and workflows when used with NVIDIA Quadro Virtual Data Center Workstation (Quadro vDWS) software. With NVIDIA RTX Server and Quadro vDWS in the data center all of the features, benefits, and power of Quadro RTX are available on-demand. Engineers, artists, architects and other professionals working remotely can access virtual workstations that support the latest in computer graphics, enabling them to run CAD, PLM rendering and simulation applications. With NVIDIA GPU virtualization, multiple users (virtual machines) are able to share GPU resources for lighter workloads and, for more demanding workloads, a user can access a full or even multiple GPUs. Using easy-to-use management tools, the enterprise IT department is able to improve scalability and optimize utilization of their GPU resources to meet the needs of more employees while also improving user productivity.
Combining NVIDIA RTX Server and Quadro vDWS with Teradici’s industry-leading PCoIP Ultra (PC over IP), Cloud Access Software and Cloud Access Manager supports the provisioning and communication with workstations over complex TCP/IP networks with uncompromised visual fidelity (YUV444) – a necessity for visual computing workflows ranging from design to manufacturing or architecture, engineering and construction (AEC) and Media & Entertainment, or even healthcare, all where uncompromising image quality and color fidelity is required. Pixel level encryption provides the security required by any enterprise, institution, or organization that requires robust end-to-end security for sensitive IP, healthcare records, or classified information.
This webinar covers the new realities that remote work and work from home have imposed on workforces for entire industries, and addresses how NVIDIA Quadro Virtual Workstations running on NVIDIA RTX Server with Teradici’s Cloud Access Software PCoIP, can provide full Quadro RTX performance and features over any IP network, anytime, anywhere, with unmatched security, data integrity, and flexibility.
”In these challenging times, there is increased need to build solutions that connect teams and improve productivity without compromising security. I’m looking forward to joining my colleagues from PNY and Teradici on Sept 24 to share how we are partnering to build and streamline deployment of powerful virtual workstations that are enabling this new normal of remote work.”
- Michael Kaplan, Director of Global Business Development, NVIDIA
NVIDIA’s Quadro Virtual Workstation solution, including the RTX Server reference design and the Quadro RTX 8000 and 6000 GPUs that power this flexible and scalable solution
NVIDIA RTX Server-powered Quadro Virtual Workstation markets, solutions, and use cases
How Teradici Cloud Access Software extends the capabilities of NVIDIA RTX Server-Powered Quadro Virtual Workstations
The advantages Teradici’s PCoIP-based solutions offers, including key features and benefits for enterprise, government, and institutional users
How PCoIP + NVEC (NVIDIA Encode) delivers tangible user benefits across industries
Date
September 24, 2020
Time
12:00PM EDT
9:00AM PDT
Duration
1 Hour Includes Q&A
Chance to Win
All live webinar attendees will be entered into a drawing for a chance to win an NVIDIA Quadro RTX 4000
Carl Flygare
NVIDIA Quadro Product Marketing Manager, PNY
With nearly 15 years at PNY, Carl’s broad and deep knowledge of NVIDIA Quadro products, in workstation or server contexts including remote rendering, HPC, AI at the edge, and GPU virtualization, make him an ideal webinar participant.
Michael Kaplan
Director of Global Business Development, NVIDIA
Michael has over 2 decades of experience with Visualization and Data Center technology and has been involved in projects ranging from Visual Effects (VFX), Artificial Intelligence, Virtualization and Virtual Reality.
Kevin Ottomeyer
Director of Solutions Architecture, Teradici
Kevin has extensive knowledge around next-gen pixel transformation and color accurate high graphic workloads. His primary focus is the enablement of visually acute and bandwidth proficient GPU attached virtual workstations in both private and public clouds.