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OCP edge
Ready Requirements
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AttributeAcceptableOptimumNotes for AcceptableNotes for Optimum
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Site Access - Must HaveMust Have
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Site Access
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Fundation LoadAn optimum access design is to use a loading dock with an integral lift or leveller that allows packaged racks on pallets to be transported directly from inside truck level to the data centre goods in area. The advantages of this type of loading dock are 1) any truck with or without a lifting platform can be used for deliveries, 2) speed of off-loading and 3) it is a safer method and there is less risk to equipment and personnel.
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Delivery pathway, Loading dock to Goods inAn optimum depth measurement of 2.4m should also be considered if a there is a security air lock in place between the external and internal space.
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Site space optionsWidth of 1.8m has been calculated as a multiple of a standard width access floor tile of .6m. As the height of an ORV2 with castors is 2.21m (87in) an extra clearance tolerance of .2m (8in) should be sufficient to allow for any variance from this.
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Site security optionsSpreader plates may not be required.

Reference: BICSI 002 – Computer Room Access Floor Performance Specifications – Recommended (heavy duty).
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Unboxing/ pre-staging/storage area floor uniform loadReference: BICSI 002 – Computer Room Access Floor Performance Specifications – Recommended (heavy duty).
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Unboxing/ pre-staging/ storage area floor concentrated loadReference: BICSI 002 – Computer Room Access Floor Performance Specifications – Recommended (heavy duty).
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RampsMust Have
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Gradient
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Width
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Landing area
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Railings
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Goods Lift / ElevatorMust Have
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Weight loadingORV2 has a standard 500kg base load and 1400Kg heavy load therefore with a lift of this specification up to (3) ORV2 @ 500 kg could be transported together or (1) ORV2 @ 1400 kg.
1500kg is a standard maximum lift load specification.
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Door heightAdd content ref. V3?
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Width
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Depth
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Crane space
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Loading Equipment
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White Space - Must HaveMust Have
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Pallet ramp availabilityNoneAvailableAwareness only. Refer to guidance note.If there is no integral ramp included within the rack packaging a ramp is required to get the rack off the pallet and on to its castors.
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Goods In area sizeSufficiently sized to accommodate 24 crated cabinetsSufficiently sized to accommodate 50 crated cabinetsAwareness only.
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Secure storage area sizeSufficiently sized to accommodate 24 crated or uncrated racksSufficiently sized to accommodate 50 crated or uncrated racksAwareness only.
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Electrical - Must HaveMust Have
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Number of independent circuits to the site
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Maximum Circuit Site Capacity
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Circuit Voltage
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Frequency
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Power receptacle / WIP type
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Circuit receptacle location
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External UPS options
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Rack-based batteries permitted
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Generator load acceptance time
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Transformator needed
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External Generator options
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Electrical - Considerations
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In Rack Power shelf
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In Rack Battery Backup Unit (BBU)
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BBU Autonomy time
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Central, upstream UPS
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Cooling Must HaveMust Have
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External Cooling Option
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Space options for cooling
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Heat re-use options
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Site water supply
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Cooling SystemsConsiderations
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Air cooling enabled
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Liquid cooling enabled
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Data Center Access
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Maximum size vehicle that the loading dock can accommodate
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Telecommunications Cabling, Infrastructure, Pathways & SpacesMust Have
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Cabling Site infrastructure pathwaysEase of maintenance. Optimum configuration aligns with ORV2 power – rear, network – front.
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Telecommunications Cabling, Infrastructure, Pathways & SpacesTelecommunications Cabling, Infrastructure, Pathways & Spaces
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Clearance between TOR to ceiling for two levels of containmentTBDTBD
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Level one - Intra POD cablingTBDTBD
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Level two - Inter POD cablingTBDTBD
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Tertiary cabling pathway for OOB network (Level two)TBDTBD
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Wire basketMinimum size to be developedOptimum size to be developed
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Wire basket supportTBDTBD
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Fibre Cable Flame ratingOFNP / LSZHFire rating per local codes and regulations
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Fibre Cable StructureAll Dielectric, aramid yarn strength members
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Fibre CountMutliples of 12Multiples of 8
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Fibre Type: MultimodeOM3OM4
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Fibre Type: Single ModeTBDOS2
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Patch Panel LocationTORTOR or fixed to underside of basket
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Patch Panel Connector presentationTBDInterchangeable LC and MPO
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Patch Panel Connector densityLC - 24 pairs per 1U
MPO - 24 per 1U
LC - 48 pairs per 1U
MPO - 48 per 1U
May be presented in 4U housings but should maintain the density at a minimum
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Patch Panel ColourBlackLight colour (white/light grey)
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Copper Cable CategoryCAT6CAT6A
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Copper cable TOR/Leaf to Server/Storage ConnectivityTBDTBD
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Direct Attach Copper (DAC)TBDTBD
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Copper Cable TOR/Leaf to Server/ Storage ConnectivityTBDTBD
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Copper Cable TOR to Leaf connectivityTBDTBD
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Active Optical Assembly (AOC)TBDTBD
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TOR to Leaf connectivityTBDTBD
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Leaf to Spline connectivityTBDTBD
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Network Infrastructure – Spine and Leaf NetworkConsiderations
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Layout – Max Link distance Spine to Leaf300m
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Layout – Switch locationTOR
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Layout – Spine LocationMDA
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Layout – Leaf LocationTORHDA
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TOR – Switch Transmission speed10Gb/s or 40Gb/s or 100Gb/s
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TOR – Switch Port Count16, 24, 32 or 48
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Leaf – Switch Transmission speed40Gb/s or 100Gb/s
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Leaf – Switch Port Count16, 24, 32, 48 or 64
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Spine – Switch Transmission speed40Gb/s or 100Gb/s or 400Gb/s
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Spine – Switch Port Count16, 24, 32, 48 or 64
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Media – TOR/Leaf to Server/ Storage Connectivity (Intra Rack)Twisted PairDAC or Fibre
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Media – TOR to Leaf connectivity (Intra Pod)DACAOC or Fibre