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Less equipment provides a simpler installation. There are less interconnects between devices, and integrated components all speak the same language. A common set of IO supporting SD through UHD, SDI, fiber or IP connect to integrated processing allowing complete freedom of connectivity.

With a Hyperconverged Solution, you can quickly and easily add software-defined features throughout the platform to solve problems without the need to add any external equipment. Reduced external equipment and cabling makes reconfiguration between events much easier.

More equipment consumes more power and requires more cooling capacity. Hyperconverged systems consume less power and require less cooling, helping achieve organizational green initiatives.

Hyperconverged platforms can do more tasks and typically cost less than systems made up of multiple purpose-built devices. Fewer pieces of equipment also reduce the requirement for racks, cables, power needs, and cooling. A single integrated platform is easier to configure, maintain and troubleshoot, reducing the demand on precious engineering resources. This offers reduced upfront costs, op-ex, and reduced overall TCO.

Hyperconverged systems are simpler to design and ready to go on-air quicker than systems made up of multiple devices. There are fewer boxes to rack, less cables to run and dress, and setup and configuration is all centralized to get equipment on-air ready faster.

Gain the benefit of a single platform with many components that work together. Integrate complex workflows spanning from connectivity, signal processing and production easily. Gain operational efficiency, higher quality productions and happier staff.