New cloud architectures that combine hardware encoders that are hosted on commodity x86 and Arm-based servers promise to resolve user experience gaps while changing the economics of high scale video for the better.
New interactive services shift unprecedented stress onto network computing resources, requiring service providers to look to more efficient video encoding technologies so that they can scale their operations with better cost and energy efficiency. Placing compute resources in the Cloud enables a new generation of interactive video services to operate with the responsiveness of a local application. Let's look at how cloud architectures must evolve to adapt to these new operational requirements. Service providers offering interactive video services also face additional technical challenges including demanding latency requirements. We’ll show how new technologies like ASIC-based video transcoders and advanced video codecs are reducing TCO and reducing carbon emissions impacts making new services like cloud gaming, virtual desktop, real-time video conferencing and AR/VR viable.
In addition to the environmental impact, software-based encoding solutions do not scale economically. In this article, you'll learn about the adverse impact on the environment as software-based encoding infrastructures struggle to meet this new demand. However, the explosive growth of these new video services come at a cost. This decoupling gives service providers a special opportunity to deliver a broad range of interactive services using a wide variety of devices from smartphones to connected televisions to game consoles to computers.
This Article originally published on netint.caĬloud computing offers an exciting vision where immersive user experiences are decoupled from the compute resources necessary to deliver those experiences.
0 kommentar(er)
