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  • Edge computing

    Edge computing is where information processing is closer to the source of where the information is being gathered. Rather than relying on information that is gathered from one central location, more companies are seeking ways to gather information closer to the point of use. This may include gathering information from remote or distributed locations.
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Eaton iCube

Next generation edge computing solution

Flexible, easily deployable, prefabricated solution that integrates subsystems such as UPS, power distribution, cooling, monitoring, and lighting in one cabinet.

 

Edge computing requirements

To ensure information or data is channeled back promptly from the distributed locations, IT infrastructure such as servers, storage and networks must operate optimally to ensure there is no bottlenecks to the information flow due to latency.

Edge computing deployments require multiple infrastructure elements similar to data centers and these elements may include compute, storage, racks, uninterruptible power supplies (UPS), cooling, and fast networks.

Edge computing may pose concerns including

  • Space Constraints:  Companies may be concerned about setting up a comprehensive data center away from central site.  There may be issues arising from lack of space.
  • Technical expertise:  Companies may be concerned that they do not have the operational know-how or an IT dept to design, perform risk assessment and deploy the full solution to support Edge computing at remote locations.
  • Challenging environments:  Companies may be concerned that the deployment may be at challenging locations, such as in dusty, hot or humid environments which may require dedicated power and in-rack cooling.

Edge computing solution

Companies that are looking to Edge solutions can consider Micro Data Centers.  Micro Data Centers (MDC) provide power, storage, cooling, and networking requirements to Edge deployments.

Traditional data centers and Micro Data Centers have similar physical infrastructure, such as uninterruptible power supplies (UPS), power distribution cabinets, air conditioners, and monitoring devices.   However, a traditional data center infrastructure is difficult to plan and design, and data center consultants or professionals do need to consider the interaction between various products, such as the air flow of the air conditioner and the maintenance space of each product. There are advantages of a traditional computer room.  For example, various components can be selected based on price or function. However, for most traditional data centers professional design is required.

data center server room technology thinkstock 178629045

Edge computing solution-Micro Data Centers

This is not required with Micro Data Centers. With Micro Data Centers all components are integrated and configured at factory before shipping to the customer’s site.  The on-site set up can be applied without professionals even at remote or distributed locations.

Micro Data Centers (MDCs) provide a “all-in-one” data center infrastructure solutions.  The MDC is sized to meet requirements and site limitations, arrives on-site as a pre-configured mini data center.

On-site IT staff will find the MDC simpler to maintain post-deployment and can be customized to support future add on requirements

Eaton’s solution for Edge Computing

Eaton’s Micro Data Center, known as iCube, provides power supply, power distribution, thermal energy management, environmental monitoring, system connection, remote and distributed management in one system, providing an “all-in-one” or an integrated solution to users at the edge with high reliability, low energy consumption, easy maintenance, and high scalability.

 

iCube

Eaton’s Micro Data Center, known as iCube, provides power supply, power distribution, thermal energy management, environmental monitoring, system connection, remote and distributed management in one system, providing an “all-in-one” or an integrated solution to users at the edge with high reliability, low energy consumption, easy maintenance, and high scalability.