AlfaTech - Project Name - descriptor (address) _ ####

The OPR Development Process is intended to facilitate collaboration between stakeholders and bridge Facilities and IT organizations by aligning individual departmental objectives with overarching business requirements and strategies. An effective OPR is organized into the following sections: Business Requirements – Defines how the data center will support and or enable the business to meet the goals and objectives for the enterprise, focus on applications, service levels, and business impact. Functional Requirements – Based on business requirements, defines the capacity, reliability, efficiency, scalability, and modularity required to meet business needs. Technical Requirements – Focused on IT, defines the requirements that drive plans for network, servers, and storage that will ultimately be supported. Strategies around these technologies have significant impacts on design considerations. Operational Requirements – Focus on Facilities and Operations. Defines support strategies, physical security, maintenance, and operational requirements for a successful facility. Design Considerations – Based on all of the above, the design considerations serve as instructions to the design team to point them in the right direction. This section includes all required design disciplines. While AlfaTech has the capability and experience to take clients from concept to move-in, we believe the most important step in this process is initial programming. This is where the true business requirements are defined and put into proper perspective regarding competing priorities such as budget, schedule, or location. The programming process guides our clients through all necessary considerations to effectively define data center needs and capabilities. This is often measured with parameters such as size, capacity, reliability, efficiency, scalability, and sustainability. The process we have developed combines years of both Facilities and IT experience into an effective Data Center planning methodology.

Location : The philosophy of design must take into account local weather and atmospheric conditions as well as utilities. Weather conditions of extreme cold or hot ambient temperatures, humidity, and other considerations such as high atmospheric dust content in farming communities will need to be accounted for in the design. Utility data such as power capacity, reliability, and cost; and similar information for data fiber, fuel oil, water … etc. Local building codes may have a large impact on the types of HVAC systems allowed (efficiency), Power generator operational hours and pollution control, sound level, and structural design requirements. Redundancy : The philosophy of redundancy must be based on and satisfy the operating philosophy of the data center company. Therefore, if the data center operating philosophy is to mirror all data between two distant sites, the loss of power, a large earthquake, or other such events, would require the operation to be run from a second site. This condition would require a lesser level of redundancy than an independent site requiring all redundancy to be located on-site which requires consideration for equipment redundancy when a generator or other major piece of equipment is down for maintenance. incorporated into the Basis of Design for a given property providing building flexibility, along with local code requirements, building owner requirements, city requirements, and needs of any co-inhabitants in the building. This might include separation of batteries into dedicated rooms, EMF considerations, rack/row lengths, racks or cabinets to house servers, floor and roof seismic loading limits, raised floor height considerations, security concept, equipment access to data floor, generator, and equipment yard sighting on a given lot, or other requirements. Interestingly, many clients are moving away from using raised floors. The overall concept of the data center usually starts with the definition of operator philosophy on wire management such as data routes and power routes above or below raised floor or split; type of power distribution and power usage of a typical server rack. Space Allocation : Each data center operator/owner will have a desired operational layout concept that must be

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DATA CENTER PROGRAMMING