Maximum 324-Node System Configuration - Data Warehouse Appliances
2800 Platform Product and Site Preparation Guide
Product
Data Warehouse Appliances
Published
February 2018
Language
English (United States)
Last Update
2018-04-17
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Product Category
Hardware
Product Information
Product Description
Platform Features Summary
Cabinet Descriptions
Cabinet Builds for 2800
Cabinet Build Conventions
Type A Power: 2800 Base Cabinet Builds with 4+0 Cliques
Type A Power: 2800 Base Cabinet Builds with 2+0 Cliques
Type A Power: 2800 Base Cabinet Builds with 4+0 and 2+0 Cliques
Type A Power: 2800 Expansion Cabinet Builds with 4+0 Cliques
Type A Power: 2800 Expansion Cabinet Builds with 2+0 Cliques
Type A Power: 2800 Expansion Cabinet Builds with 4+0 and 2+0 Cliques
Type A Power: 2800 Base Cabinet Builds with 4+0 Cliques and 680
Type A Power: 2800 Base Cabinet Builds with 2+0 Cliques and 680
Type A Power: 2800 Base Cabinet Builds with 4+0 Cliques, 2+0 Cliques, and 680
Type A Power: 2800 Base Cabinet Builds with 4+0 Cliques and BAR Storage
Type A Power: 2800 Base Cabinet Builds with 2+0 Cliques and BAR Storage
Type A Power: 2800 Base Cabinet Builds with 4+0 Clique, 680, and BAR Storage
Type A Power: 2800 Base Cabinet Builds with 2+0 Clique, 680, and BAR Storage
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 Cliques
Type B, C, D Power: 2800 Base Cabinet Builds with 2+0 Cliques
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 and 2+0 Cliques
Type B, C, D Power: 2800 Expansion Cabinet Builds with 4+0 Cliques
Type B, C, D Power: 2800 Expansion Cabinet Builds with 2+0 Cliques
Type B, C, D Power: 2800 Expansion Cabinet Builds with 4+0 and 2+0 Cliques
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 Cliques and 680
Type B, C, D Power: 2800 Base Cabinet Builds with 2+0 Cliques and 680
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 Cliques, 2+0 Cliques, and 680
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 Cliques and BAR Storage
Type B, C, D Power: 2800 Base Cabinet Builds with 2+0 Cliques and BAR Storage
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 Cliques, 2+0 Cliques, and BAR Storage
Type B, C, D Power: 2800 Base Cabinet Builds with 4+0 Cliques, 680, and BAR Storage
Type B, C, D Power: 2800 Base Cabinet Builds with 2+0 Cliques, 680, and BAR Storage
Cabinet Builds for BYNET
Cabinet Build Conventions
BYNET 108-Port Switch Cabinet Build
BYNET 324-Port Switch Cabinet Build
Cabinet Builds for Platform Framework Cabinets
BYNET V5 Network Topology
Maximum 36-Node System Configuration
Maximum 108-Node System Configuration
Maximum 324-Node System Configuration
Server Management Network Topology
Server Management Network Interface
Server Management Network Terminology and Topology
Collectives
Single-System Configurations
Multi-System Configurations
In-Cabinet Server Management Network Topology for 2800 Cabinets
In-Cabinet Server Management Network Topology for 108-Port BYNET V5 Cabinets
In-Cabinet Server Management Network Topology for 324-Port BYNET V5 Cabinets
Inter-Cabinet Server Management Network Topology to 36 Nodes
Inter-Cabinet Server Management Network Topology to 108 Nodes
Inter-Cabinet Server Management Network Topology to 324 Nodes
Disk Storage Interconnect
Product Statements
Regulatory Compliance
Declaration of Conformity 9190
Declaration of Conformity 9107
RCM Supplier's Declaration of Conformity 9190
RCM Supplier's Declaration of Conformity 9107
China Declaration Certificate
China Declaration Certificate (continued)
Taiwan Declaration Certificate
Taiwan Declaration Certificate (continued)
Electromagnetic Compatibility Notices
Regulatory Compliance Disclaimer
Product Safety Disclaimer
Cautions and Warnings
Site Preparation Summary
Site Preparation Task List
Hardware Installation Planning
Policy on Moving and Relocating Cabinets
Preinstallation Checklist
Uncrating and Installation
Uncrating the Equipment
Important Information
Tools Needed
Uncrating a Cabinet
Performing Environmental Stabilization
Inspecting the Cabinet for Damage
Disposing of the Shipping Materials
Repacking for Shipment
Positioning and Assembling Staged Cabinets
Positioning a Cabinet
Ganging Cabinets
Installing Stand-Alone Cabinet Stabilizers
Installing the Bottom Front Cabinet Air Baffle
Removing the Shipping Clips for an 18.5-Inch KVM Console
Installing Cabinet Side Panels and Doors
Installing Side Panels
Installing and Aligning Front and Rear Doors
Physical Specifications for Site Planning
Cabinet Descriptions
Dimensions: 42-U Cabinet
42-U Cabinet Footprint and Clearances
Data Center Considerations
Installation Weight Considerations for 2800 Cabinets
Weight and Floor Loading
Site Floor and Ceiling Height Specifications
Floor Layouts
Cables
Cable Management
Network Cables and Hardware
HCA FICON Cables and Connectors
Available Cable Lengths
Delivery and Installation
Shipping Weight Considerations for 2800 Cabinets
Shipping Dimensions and Weights
Moving and Handling Guidelines
Installation Overview
About Environmental Stabilization
Seismic Bracing for a Teradata Cabinet
Site Power Distribution Planning
AC Input Power Distribution
Dual AC Concept
Site Wiring Options for Dual AC
System Load Configurations
Site Wiring for System Integrity
AC Power Cord Egress from Top or Bottom of Cabinet
Input Power Plugs and Receptacles
Platform or Appliance Cabinet Input Power Plugs and Receptacles
Type A Power: Processing/Storage Cabinet Four-Cord 30A/32A Phase- Phase or Single Phase with Splash-Proof Power Plugs and Receptacles
Type B Power: Processing/Storage Cabinet Four-Cord 30A Three-Phase Delta with Watertight Power Plugs and Receptacles
Type C Power: Processing/Storage Cabinet Two-Cord 60A Three-Phase Delta with Watertight Power Plugs and Receptacles
Type D Power: Processing/Storage Cabinet Two-Cord 30/32A Three-Phase Wye with Splash-Proof Power Plugs and Receptacles
Switch Cabinet Input Power Plugs and Receptacles
BYNET 108-Port and 324-Port Cabinet Two-Cord 30A/32A Splash-Proof Power Plugs and Receptacles
Three-Phase AC Box - Phase Current Balancing
About Grounding
Emergency Power Off (EPO)
Site Environmental Planning
Objectives of Site Environmental Control and Preparation
Environmental Requirements
Power Consumption
Estimated Power for 2800 Cabinets
Estimated Power for BYNET Cabinets
System Thermal Report
Cooling Considerations for Installation Site
About Cooling Capacity Planning
About Cold and Hot Aisles in Floor Layout
Floor Layouts
About Equipment Floor Layout
Hardware Placement Guidelines for Raised Floor and Open Return Environment
Hardware Placement Guidelines for Non-Raised Floor and Containment Environment
Best Practices for Floor Layout
Environmental Elements
How to Measure Environmental Elements
Environmental Measurement Instruments
About Measuring Temperature and Humidity
About Measuring Air Flow
Measuring Air Flow Rate Using an Air Flow Meter and Handmade Air Capture Hood
Evaluating Environmental Elements Before and After an Installation
Evaluating Air Flow
Evaluating Temperature and Humidity
About Environmental Contaminants
Additional Information
Audience
Changes and Additions
Teradata Links
BYNET V5
Network Topology for a Maximum 324-Node System
Consists of one or more 2800 processing/storage cabinets, a VMS with SWS VM or a Service Workstation (SWS), plus additional (optional) Platform Framework Cabinets.
Scalable from 1 to 324 total processing nodes (TPA nodes), channel servers, NCSs, TMSs, and TMSSs in any combination.
Two BYNET V5
cabinets provide redundant BYNET V5
networks (Network-0 and Network-1). Each cabinet contains one 324-port BYNET V5
switch.
Each 324-port BYNET V5 switch contains 1 to 18 leaf boards.
Each leaf board supports up to 18 nodes , channel servers, NCSs,
TMSs, and TMSSs . Each switch has
9 spine boards that allow the leaf boards to communicate with each other, and
one chassis management board for managing the network.
Each processing node , channel server, or NCS contains a dual port InfiniBand
adapter that connects to the BYNET V5 switch in each BYNET V5 cabinet. A TMS or TMSS may contain a dual port InfiniBand adapter
that connects to the switches.
Individual optical InfiniBand cables are used to connect processing nodes , channel servers, and
NCSs in expansion cabinets, or channel servers, NCSs, TMSs, and TMSSs in
(optional) Platform Framework Cabinets, to the BYNET V5 switches in each BYNET
V5 cabinet. A TMS or TMSS may contain a dual port
InfiniBand adapter that connects to the switches.
If the system is included in a UDA environment, some ports on the BYNET V5 InfiniBand switch are used for UDA connections. The number of ports needed depends on the UDA configuration. For more information, see the
Teradata Unified Data Architecture InfiniBand and Server Management Configuration Guide , B035-6001 .
For port-to-port cabling, see the appropriate Hardware Installation Guide .