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Agenda
• Market Overview• Data Center Challengers• Business Drivers• Data Center Standards• Data Center Technologies• Panduit Solutions
Market Overview
By 2010, more than 70% of companies will have carri ed out a formal data center project (new, consolidatio n, virtualization) (Gartner )
Did you know: Half of the world’s Data Centers wil l run
out of power by 2008? (Gartner press release, November 29, 2006)
Typical situation: Data Center cost is 30% CapEx & 70% OpEx
Data Center Environmental Challenges
• Cooling• Power• Structured cabling• Structural loading
The nature of Data Center infrastructure makes it challenging to find solutions that don’t spawn other problems
Cooling Issues
• Today’s products are hotter than yesterday’s
• Tomorrow’s products will be hotter than today’s
• Data Center Managers prefer to tightly install equipment to fully utilize cabinet space
Power- Where is it going?
• Data Center Power Consumption:– Cooling: 50%– Server: 25%– Network Equipment: 12%– Power Loss: 10%– Lighting: 3%
• Approx 25% of Data Center Power goes to networking equipment and typically includes cooling and power requirement
Business Continues to Drive Data Centers
Post dot com spending Mission critical applicationsUptime requirementsSLA – Service Level AgreementsMobile ComputingRegulation / Directives
Data Center Standards
TIA/EIA568
Copper & Fiber Cabling
ANSI/TIA-942Telecommunications Infrastructure
Standard for Data Centers
TIA/EIA569
Pathways & Spaces
TIA/EIA606
Administration
TIA/EIA607
Grounding& Bonding
Uptime Institute
IEEE 1100ITE Grounding
ASHRAECooling/HVAC
TIA: Telecommunications Industry Association http://www.tiaonline.org/Uptime Institite: http://uptimeinstitute.org/Government work on server and DC Energy Efficiency:
http://www.energystar.gov/index.cfm?c=prod_development.server_efficiency
Zone Dist Area
Horizontal Cabling
Telecom Room(Office & Operations Center LAN Switches)
Offices, Operations Center, Support
Rooms Entrance Room(Carrier Equip & Demarcation)
Access Providers Access
Providers
Horizontal Cabling
Equipment Dist Area
(Rack / Cabinet)
Equipment Dist Area
(Rack / Cabinet)
Equipment Dist Area
(Rack / Cabinet)
Equipment Dist Area
(Rack / Cabinet)
Horizontal CablingHorizontal Cabling
Horizontal Cabling Horizontal Cabling
Horiz Dist Area(LAN/SAN/KVM Switches)
Horiz Dist Area(LAN/SAN/KVM Switches)
Horiz Dist Area(LAN/SAN/KVM Switches)
Horiz Dist Area(LAN/SAN/KVM Switches)
Backbone Cabling
Main Dist Area(Routers/Backbone LAN/SAN Switches, PBX, M13 Muxes)
Computer Room
Backbone Cabling
Backbone Cabling
TIA-942 Data Center Logical Layout
Data Center Tier Levels
Tier IBasic
Tier IIRedundant
Components
Tier IIIConcurrently Maintainable
Tier IVFault Tolerant
Site Availability 99.671% 99.749% 99.982% 99.995%Downtime (Hours/Year) 28.8 22.0 1.6 0.4Operations Center Not Required Not Required Required RequiredRedundant Access Provider Services
Not Required Not Required Required Required
Redundant Backbone Pathways
No No Yes Yes
Redundant Horizontal Cabling
No No No Optional
UPS Redundancy N N+1 N+1 2NGaseous Suppression System
No NoClean Agents
FM200/IntergenClean Agents
FM200/Intergen
Panduit Confidential
DataCenterAC
COLDHOT
HOT
POWER CABLE
TELCOMCABLE TRAY
PERFORATEDFLOOR TILE
ServerCabinet
ServerCabinet
ServerCabinet
Put DATA cables in HOT aisles, up high
Date Center Air Flow
Based on ASHRAE “Thermal Guidelines for Data Processing Environments”
Data Center Grounding Standards
• TIA-607 – specifies the building ground system to earth ground
• TIA-942 – specifies the grounding of the data racks and equipment to the the CBN
• IEEE 1100 – specifies the common bonding network (CBN) , (grounding grid below the raised floor)
Data Center Design
• Challenges– Providing maximum uptime– Proper planning for growth– Technology upgrades– Rising costs (CapEx, OpEx)
• Panduit Solutions– TIA based– Certified Panduit partner base– Infrastructure expertise– Design tools AutoCad & Visio– Analysis tools
• Computational fluid dynamics for product development
• Cable pathway fill calculators• Product configurators• All products RoHS compliant
Implementation
• Racks and Cabinets– Maximize floor space density– Facilitate proper cooling practices– Install blanking panels to minimize hot
air recirculation (impacts delta degrees)
– Utilize floor grommets
>50% cold air escapes through unsealed cable holes and conduits
Implementation
• Cost savings– 1,500 sq. ft. Data Centre (36% space savings)– Tier 1 (approx. $450 / ft. sq.): $24,300– Tier 4 (approx. $1200 / ft. sq.): $64,800
– Based at 10% of entire floor space
•Reduce real estate costs by 23%•Reduce installation time with 46% less components
Implementation
• Cabinets– Prevalent in data centers– Applications: Servers and
switches (especially high density) – Aesthetically pleasing– Highly secured– Wide variety, modular– Cable density concerns
Floor tile footprint vs. additional benefits
– Thermal issues• Cooling airflow patterns
NET-ACCESS™ Cabinet with Duct Cabinet without Duct
• CFD analysis software image of front of cabinets:– Reduced switch temperature in the NET-ACCESS™ cabinet with ducting– Exhaust air prevented from re-circulating within cabinet
Implementation
Enabling Hot Aisle/Cold Aisle Designs with High Density 6509 and 9513 Chassis
Example Panduit Cabinet• 45RU (32”W x 40”D x 84”H)• Up to 20kW/cabinet heat
rejection capability• 3x6509’s or 3x9513’s per Rack• Front to back airflow into Hot
Aisles• Integrated Cable Management• Modular design to support
future air handlers or spot cooling
• Part # CN4-1 and CN4-2 for MDS 9513 and # CN4-3 for the Catalyst 6509E
Proven performanceEngineered by IBM with 30+ years in liquid cooling computersPassive operation
Increased densityRemoves up to 60% of heat, or 20kWAllows for high-density deployment
Energy efficientLessens burden on CRAC unitsMore efficient than fan based systems
Implementation
Implementation
Cabling plant– Develop a strategy (current and future) – Install the proper cable counts– Deploy a zone cabling configuration– Remove dead cables– Ribbon cables: reduce the overall cable counts and
bundle diameters
Server Port Configurations
3RU Servers 14 servers per cabinetDATA: 28 per cabinetOOBM: 14 per cabinetSAN: 28 per cabinet
1RU Servers 42 servers per cabinetLAN: 84 per cabinetOOBM: 42 per cabinetSAN: 84 per cabinet
Sparse 1 large serverDATA: 2 per cabinetOOBM: 1 per CabinetSAN: 2 per cabinet
Blade Servers84 servers per cabinetLAN: 168 per cabinetOOBM: 12 per cabinetSAN: 168 per cabinet
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
CO M PA C T
POW ER
Bla d e Ce n ter
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Bla d e Ce n ter
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Bla d e Ce n ter
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Bla d e Ce n ter
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Bla d e Ce n ter
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Bla d e Ce n ter
1 2 3 4 5 6 7 8 9 1 0 11 12 13 14
C D CD CD CD CD CD C D C D CD CD CD CD C D C D
C DC DCDCDCDCDC DC DCDCDCDCDCDC D
C D CD CD CD CD CD C D C D CD CD CD CD C D C D
C DC DCDCDCDCDC DC DCDCDCDCDCDC D
C D CD CD CD CD CD C D C D CD CD CD CD C D C D
C DC DCDCDCDCDC DC DCDCDCDCDCDC D
Zone Cabling Solutions
BenefitsLess disruptiveFlexibilityPedestals create inherent infrastructure pathwaysGood utilization of real estatePatch field is hidden, clean lookIdeal for dynamic data Center environments (I.e., storage and mainframes)
Typical Data Cabling Topology per TIA/EIA-942
Entrance Room MDA
HDA
EDA
ZDA
Physical Layer Management-PanView
• Customers running mission critical applications whe re network downtime is very costly – PanView monitors critical data paths and can alert administrator s if/when unsolicited changes are
made
– Real-time visibility of the physical layer and guid ed patching allow PanView to help restore connectivity more quickly
• Customers concerned about highly sensitive data and other network security concerns– PanView monitors every switch port and server or ap pliance connection, logging information
about network access
– Assigning physical location information to network devices allow PanView to accurately track assets via network connectivity
ROUTERS SWITCHESPATCH PANELS
DEVICES
PanViewCiscoWorks
HPOV / Tivoli / CA Unicenter
Power over Ethernet-DPoE
DPoE™ Powered Patch Panel• Central Management of all Panels
• Selectively Shutdown Powered Ports• Graphical View of Power Consumption
• Scalability
– Medium to large enterprises require optimal space savings using DPoE Power Patch Panels.
– Small to medium businesses require flexibility and optimal size may choose the DPoE Power Hubs.
• Flexibility
– A call center will benefit from the Power Patch Panels since alldesks will have IP Telephones which require power.
– An office which moves personnel around will benefit from the flexibility of the Power Hub.
Agg1 Agg2 Agg3 Agg4
Acc11 Acc12
336 Servers
Acc1 Acc2
336 Servers
Acc13 Acc14
336 Servers
Acc23 Acc24
336 Servers
Core 1 Core 2
6 Pair Switches
6 Pair Switches
Servers: 40326509 Switches: 30Server\Switch Cabinets: 399Midrange\SAN Cabinets Allotted For: 124
12 Server “PODs”Consists of the following:
4 Switch Cabinets for LAN & SAN32 Server Cabinets12 Servers per Server Cabinet
Modular Data Center Example
Agg1 Agg2 Agg3 Agg4
Core 1 Core 2Core Routing\Firewalls
LAN Appliances
SAN Directors
Modular Data Center Example--EDA
Summary
Global Presence
Technology Leader
Breadth of Products
Stable Organization
Partners / Alliances
Delivering Solutions Anywhere in the World
Innovative Product Sets, Large R&D Investment
Most Complete End-to-End Solutions
Responsive Culture (Innovation, Quality, Service)
Market Leaders (Development, Deployment and Distribution)