HP BladeSystem Family - Critical Facilities Round Table

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Processor Naming Decoder - Intel Intel Based processors Processor Processor Processor Processor Front Side Processor Memory Number Type Speed Cores Bus Speed Wattage Cache 4P Platforms 7140M Tulsa 3.40MHz Dual 800 150W 2X8MB 7130M Tulsa 3.20MHz Dual 800 150W 2X4MB 7120M Tulsa 3.00MHz Dual 800 150W 2X2MB 7110M Tulsa 2.60MHz Dual 800 150W 2X2MB 7041 Paxville MP 3.00MHz Dual 800 145W 2X2MB 7040 Paxville MP 3.00MHz Dual 667 145W 2X2MB 7030 Paxville MP 2.8MHz Dual 800 145W 2X1MB 7020 Paxville MP 2.66MHz Dual 667 145W 2X1MB 2P Platforms 5160 Woodcrest 3.0MHz Dual 1333 65W 2X2MB 5150 Woodcrest 2.66MHz Dual 1333 65W 2X2MB 5148 Woodcrest 2.33MHz Dual 1333 65W 2X2MB 5140 Woodcrest 2.33MHz Dual 1333 65W 2X2MB 5130 Woodcrest 2.0MHz Dual 1333 65W 2X2MB 5120 Woodcrest 1.86MHz Dual 1066 65W 2X2MB 5110 Woodcrest 1.6MHz Dual 1066 65W 2X2MB 5080 Dempsey 3.73MHz Dual 1066 130W 2X2MB 5063 Dempsey 3.2MHz MV Dual 1066 130W 2X2MB 5060 Dempsey 3.2MHz Dual 1066 130W 2X2MB 5050 Dempsey 3.0MHz Dual 667 130W 2X2MB 1P Platforms X6800 Conroe XE 2.93GHz Dual 800 130W 4MB E6700 / 3070 Conroe 2.67GHz Dual 800 130W 4MB E6600 / 3060 Conroe 2.40GHz Dual 800 130W 4MB E6400 / 3050 Conroe 2.13GHz Dual 800 130W 2MB E6300 / 3040 Conroe 1.86GHz Dual 800 130W 2MB p960 Presler 3.64GHz Dual 800 130W 2X2MB p950 Presler 3.4GHz Dual 800 130W 2X2MB p940 Presler 3.2GHz Dual 800 130W 2X2MB p930 Presler 3.0GHz Dual 800 130W 2X2MB p925 Presler 3.0GHz Dual 800 130W 2X2MB p920 Presler 2.8GHz Dual 800 130W 2X2MB p915 Presler 2.8GHz Dual 800 130W 2X2MB p840 Smithfield 3.2GHz Dual 800 130W 2X1MB p830 Smithfield 3.0GHz Dual 800 130W 2X1MB p820 Smithfield 2.8GHz Dual 800 130W 2X1MB cm631 Cedar Mill 3.0GHz Single 800 84W 2MB p670 Prescott T 3.8GHz Single 800 115W 2MB p660 Prescott T 3.6GHz Single 800 115W 2MB p650 Prescott T 3.4GHz Single 800 115W 2MB p640 Prescott T 3.2GHz Single 800 115W 2MB p630 Prescott T 3.0GHz Single 800 115W 2MB c341 Celeron 2.93GHz Single 400 84W 256K c331 Celeron 2.66GHz Single 400 84W 256K Where used: DL580 & ML570 DL580 & ML570 DL580 & ML570 DL580 & ML570 DL580 & ML570 DL580 & ML570 DL580 & ML570 DL580 & ML570 DL380, ML370, DL360, ML350, BL20, ML150, DL380, ML370, DL360, ML350, BL20, ML150, DL380, DL360 DL380, ML370, DL360, ML350, BL20, ML150, DL380, ML370, DL360, ML350, BL20, ML150, DL380, ML370, DL360, ML350, BL20, ML150, DL380, ML370, DL360, ML350, BL20, ML150, DL380, ML370, DL360, ML350, BL20, ML150 BL20 DL380, ML370, DL360, ML350, BL20, ML150 DL380, ML370, DL360, ML350, BL20, ML150 Not currently used. Not currently used. ML310, ML110, DL320 ML310, ML110, DL320 ML310, ML110, DL320 Not currently used. Not currently used. ML310, ML110, DL320 ML310, ML110, DL320 ML310, ML110 ML310, ML110, DL320 Not currently used. ML310, ML110, DL320 ML310, ML110, DL320 ML310, ML110, DL320 ML310, ML110 Not currently used. Not currently used. ML310, ML110 ML310, ML110 ML310, ML110 ML310, DL320 ML310
The Impact of New Memory Styles •Fully Buffered DIMM’s •Necessary only for Intel Platforms today •AMD will move to FBDIMM by 2008 •Serialized I/O to save pins •Increased power consumption •Rises from 5-6 watts to 12-14 watts per DIMM
Page 1 and 2: The Case for BladeSystem Servers No
Page 3 and 4: Hardware Density Directions • Tre
Page 5 and 6: Processors • Today and near futur
Page 7 and 8: Long Term Server Power Density Cust
Page 9 and 10: Datacenter Inefficiencies • Unman
Page 11 and 12: Addressing High Density Zones • D
Page 13 and 14: Problem: Limited power budget and g
Page 15 and 16: The HP BladeSystem approach to simp
Page 17 and 18: c7000 Enclosure Front View Server b
Page 19: Processor Naming Decoder - AMD AMD
Page 23 and 24: Using 32A 3Ø PDU - Intl • S332 -
Page 25 and 26: Greater efficiency and cost savings
Page 27 and 28: Dynamic Power Saver Operation Switc
Page 29 and 30: ProLiant Power Regulator: advanced
Page 31 and 32: Power Regulator for ProLiant Overvi
Page 33 and 34: ProLiant Power Management ROM or Op
Page 35 and 36: c7000 PARSEC Architecture • Hybri
Page 37 and 38: Fans • Fan Laws − Volume of air
Page 39 and 40: HP Active Cool Fan • Custom fan d
Page 41 and 42: Enclosure Management Enclosure infl
Page 43 and 44: HP Insight Display Local BladeSyste
Page 45 and 46: Cooling Strategies: How is the mark
Page 47 and 48: Industry needs to benchmark data ce
Page 49 and 50: It’s now one conversation Cooling
Page 51 and 52: Introducing HP Dynamic Smart Coolin
Page 53 and 54: HP Data Center Solution Builder Pro
Page 55: Thank you! Ken Baker BladeSystem In

HP BladeSystem Family - Critical Facilities Round Table

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