Developing an understanding of liquid cooling technologies is crucial for making informed decisions about the future of our data centers, especially in light of rising IT equipment demand and evolving sustainability requirements.
As the built environment continues to change, two building types have remained in high demand: data centers and warehouses. But, further innovation in these building types is lagging.
Complex problems require intricate solutions, and tackling Scope 3 emissions undoubtedly presents a formidable challenge within the realm of carbon emissions reduction.
The initial release of Ctrl-flow allows designers to input project information, the desired systems, and their configurations. The tool will then provide an edited sequence based on ASHRAE Guideline 36-2021 that is specific to the selected options.
As the value of the systems and information held by data centers continues to increase, investments in accurate, stable measurement systems and sensor technologies will be negligible given the essential services data centers provide to businesses, economies, and societies worldwide.
For every watt invested in Gigamon, organizations save up to 11 watts or more in tool efficiencies
May 24, 2023
The Gigamon Deep Observability Pipeline enables organizations to leverage a combination of application filtering, de-duplication, application metadata, and flow mapping and slicing to dramatically reduce the volume of network traffic sent to tools for analysis.
The goal of any containment system is to improve the intake air temperatures and deliver cooling efficiently to the IT equipment, thereby creating an environment where changes can be made that will lower operating costs and increase cooling capacity.