teradici pcoip firmware 4.1.2 upgrade path

The rack workstationįrom a hardware perspective, most rack workstations are designed with flexibility in mind. Client-side the data is decrypted and converted back into pixel information to be displayed locally. Everything is done in hardware - a dedicated Teradici chip takes the graphics output from the workstation’s GPU and converts into encrypted IP packets for transmission over the network. One-to-one connections typically rely on Teradici PCoIP, a mature remote technology that sends pixels rather than CAD data from rack workstation to end point. It is essential for the 3D CAD software to feel responsive or it will negatively impact the productivity of designers and engineers. A one-to-one connection between the rack workstation in the data centre and a thin client on the desk is not only easier to deploy but is widely regarded to deliver the best user experience. With this in mind there’s plenty to say for keeping things simple. There is no one size fits all solution and tuning the virtualisation stack for bespoke 3D CAD workflows takes a great deal of specialist knowledge. It’s all about supporting the biggest density of 3D CAD users on a rack in the data centre.īut workstation virtualisation can be incredibly complex.

Most of the buzz is around workstation virtualisation, where CPU (and increasingly GPU) resources are carved up to form multiple Virtual Machines (VMs). Put the workstation in the data centre and benefit from better security, centralised IT management and flexibility in how and where workstation resources are deployed. Remote workstations are currently one of the industry’s hottest topics.

Teradici pcoip firmware 4.1.2 upgrade path