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Keysight Technologies Inc. announced PathWave Waveform Analytics, an edge-to-cloud computing application that improves anomaly detection and reduces data storage costs in pre-silicon validation using machine learning algorithms.
At the risk of giving away the conclusion too early, there’s a clear place — not to mention, a need — for both application and infrastructure deployments in the cloud and on the edge.
While distributed computing has been a common practice for decades, the edge has emerged as a different way to deliver IT services nearer to the user, thanks to key enablers like highly distributed intelligent compute, the modularization of the computing environment, and smart IoT devices.
Mission Critical and Panduit commissioned Clear Seas Research to conduct a survey measuring industry awareness and usage of edge computing solutions. A total of 100 experts were asked how they would explain edge computing to someone new in the industry.
In many ways, IoT is still a buzzword. But more significantly, new technologies, which have grown from various IoT initiatives, have led to a revolution in the data center. The abundance of new data is having a significant impact on how deep learning, artificial intelligence (AI), and machine learning (ML) applications are leveraged.
Traditional air-cooled data centers will continue to work for many of the legacy applications. However, there are better solutions that enable space reduction, increased efficiency, cost reduction, and sustainable operations, all while providing the ability to compute at higher densities.
When IT departments look to switch to a virtualized environment, it seems they are almost always talking about cloud. However, both HCI and cloud have their respective benefits and drawbacks.
Whether it’s sudden disruption from innovation, a natural disaster, or a pandemic forcing people to stay home, business must continue, and this means networking systems and processes must anticipate unexpected change.
Advanced Thermal Solutions provides a family of ultra-high performance heat sinks for cooling high-powered CPUs, GPUs, FPGAs, and AI processors. This ultra-cool family includes active heat sinks with integral blowers, and passive heat sinks that use available airflow to provide thermal management.