Data centers must deliver high availability of all their systems to be successful. This checklist outlines the process to setup and installs cabling for a data center correctly.
Scope of Work (SOW):
- ► General Scope of Work and overview of the entire project
- ► Include a description of the services required to complete the build
- ► Details included for each piece of equipment
- Staging requirements
- Labeling requirements
- Power up and burn-in requirements
- Module installation requirements
- Cabling requirements for each port
- Cable labeling requirements
- Logical requirements
- Packing requirements
- Shipping requirements
- ► Additional instructions for the various build and engineering teams.
Level Of Effort (LOE):
- ► Determine the Level of Effort required to complete the build
- ► Determine the window of time you have to build on-site
- ► Determine how many technicians and engineers you will need for the duration of the project
- Each task will need an estimated time associated
- PMs and Project Engineers will include the time required to design and manage the project
- Receiving, Inventory and asset management
- Pre-installation activities such as smoke test or
- Staging, Rack, and stack
- Cabling and Labeling
- Logical configuration
- A total estimate will be calculated for sales
Bill Of Materials (BOM):
Have a detailed Bill of Materials and identify lead times so orders are placed in time to minimize any risk of missing or late equipment.
- ► Racks and Cabinets and associated hardware
- ► Network, Systems and Storage Equipment
- ► Power and Network Cables
- ► Other non-serialized hardware
Data Center Location:
Select a Data Center location based upon:
- ► Location in relation to users, service providers, historic record of natural disasters and risks of other human events
- ► Power reliability, availability, and redundancy
- ► Security, both physical and logical
- ► Space for current build and future growth
Rack Elevations:
Determine elevation early so the cable BOM will be accurate and the installation team will know how the equipment will be mounted.
- ► Excel front and rear
- ► Visio front and rear
Cable Matrix:
- ► Excel format is recommended for ease of use and making changes
- ► Cable labeling requirements
- ► Wiring diagrams
Logical Configuration:
- ► OS or Firmware upgrade/downgrade
- ► Configurations and Logs
- ► BIOS Settings
- ► RAID Configuration
- ► Management IP
- ► Automation QA output
Product Information:
- ► Product specifications
- ► Product or materials special handling instructions
- ► Submittals used to sell products to customer
Proof Of Concept/First Article Build (POC/FAB):
- ► New rack builds will require a POC/FAB for the best design
- ► This may take several extra days to determine the final design
- ► For custom length cabled racks a fully built rack can help determine cable lengths without unneeded extra slack
- ► This is also essential for testing network architecture, configurations or compatibility prior to deployment
- ► POC is not required for rack builds that have a proven design
Project Plan:
- ► The on-site date required by the customer will dictate the shipping and deployment dates
- ► The LOE will determine the project plan working backward from the completion date with extra time to mitigate the risk of missing deadlines.
- ► The BOM and equipment will need to be ready and in the loading dock, storage area or pre-stage area prior to the first day of the build.
- ► Any delays in equipment or information may delay the project plan milestones or completion date.
Work Book:
- ► Work books are developed as a comprehensive as-built document fore very rack build
- ► These tabs/sheets are standard for rack build project workbooks
- Project Title and Project Team
- Revision Control
- Task Checklist
- Customer Data (provided by customer)
- Rack Design
- Rack Elevation
- Cable Matrix
- QA/QC Checks
- BOM/Ship Sheet