Next Generation Data Center Facilities Design. Presenter: Ping Lin

Transcription

1 Next Generation Data Center Facilities Design Presenter: Ping Lin

2 What is the greatest facility problem with your primary data center? 1. Excessive Heat 2. Insufficient raised floor area 3. Insufficient power 4. Poor location 5. Excessive facility cost 6. None of the above 29% 29% 21% 13% 6% 3% Source: Gartner Best Practices in Data Center Facilities Conference Poll Results (112) Dec.14, 2004

3 Heat Density Trends Uptime Institute trends have not changed Source: Uptime Institute, 2000

4 Major Causes of Electronic Equipment Failures Source: U.S. Air Force Avionics Integrity Program

5 High Density Server Market Forecast Source : IMEX Research 2003

6 Server Thermal Footprint Examples

7 Advanced TCA Shelf (Telco) 2~3KW Power Consumption Per Shelf

8 Rack Cooling Technologies Trend Traditional IT Equipment Close Cabinet Air Cooling Modern IT Equipment Close Cabinet Air Cooling High Density IT Equipments Enclosed Cabinet Air Cooling

9 Cool the Cabinet - Not the Room RackCooler: 8 kw, cooling module mounted on standard racks Knurr: 10 kw Internal cooling module, closed air-circuit Ecobay: 10.5 kw/cab, Internal cooling module, closed air-circuit

10 Traditional Approaches 180~360 Days Increasing Power & Cooling Capacity

11 Plug & Play Solution Close Loop Circulation Built-in in Evaporator

12 Power & HVAC Distributed Process Patch Panel Smoke Detector IDS + Firewall & Router Switch KVM Switch Intrusion Detector Thermal Detector Server Remote Power Manager Voltage Detector Alarm Rack Mount UPS & Battery Built-in Cooler

13 Distributed Process Design Benefits Standardize & Mass Production. Higher Availability & Mobility. Lower Construction & Operation Cost. Higher Agility of Plug & Play Operation. Hot Swappable & Better MTTR. Embedded CQiCenter for 24x7 Guarding. Cooling the Cabinet Not Cooling The Room. Transparent & Graphic User Interface. Built-in in Air Conditioner to Prevent Overheat. Instead of Traditional IT Equipment Room.

14 Standardize Vs. Customize Standardize Customize - Modularize - Pretest Systems In The Factory - System Hot Swappable - Scalable - Lower Cost - One Time Engineering - Onsite Assembly & Test & Maintenance - Design In First Day - Difficult to Expansion - Very Expensive Standardization Will Reducing Human Error & Increasing Availability ity

15 Distributed Rack Monitoring System Wireline & Wireless LAN CQiCenter RS816/1624 I/O WAN Wireline & Wireless Voltage & Current Detection Temp. Sensor Smoke Detector Access Control Intrusion Detector Others Sensor Local & Remote Alarm Malfunction Detection HVAC Or Fan Control Fire Suppression Door Lock Control Surveillance & Recording Power On/Off & Reboot

16 Distributed RMS Features Remote Power On / Off / Reboot Equipments Hotspot Detection Built-in in HVAC Control ( Valve or Compressor) Rack Temperature Detection Force Convection Fan Control AC/DC Voltage & Current Detection UPS & SMR Malfunction Detection Smoke Detection Access Control & Intrusion Detection Surveillance Recording Trigger Local & Remote Alarming

17 CQi RMS Solution Power Fail? Overheat? Security? Alarm? Reboot? 12 V Battery CQiCenter for System M&C Ether Switch Remote or CQiCenter Built-in Server Reboot? Auto Reboot Manual Reboot Power up Sequencing Safety Shut Down Reboot? Fail? Reboot? Alert? Log?

18 CQiCenter Benefits Improve MTBF Minor problems are identified before they are service impacting Preventative actions can be scheduled when needed, not necessary driven by a schedule Improve MTTR Better remote diagnostics facilitate accurate dispatch of personnel, test equipment, replacement parts, etc. Near real time cost control (energy, lighting, dispatch, etc.) Risk Mitigation and Management Capture and manage events before they are service impacting Corrective or proactive actions can be taken Microsoft Operation Manager Integration technology leverages existing enterprise management Microsoft system investments Integration to existing infrastructure management systems with the t SNMP leverages existing infrastructure investments and maximizes the amount of data available Allows a building to be operated with the consideration of the interrelationships and interdependencies of all installed systems

19 CQiCenter Design Philosophy Follow International Standard Sensor Network Platform Open System Architecture Programmable System Platform IT Oriented API & SDK Transparent & Browser UI

20 CQiCenter Vs. PC Sensor Network Platform Personal Computer Platform Applications & AP Tool User Applications DBMS or Office User Applications DBMS or Office Applications & AP Tool Sensor Server & Tool CQiKit OS Server Toolkit Command Shell OS System Software & Tool LAN or WAN System BUS Sensor Node Autonomous Mode CQiBIOS CQiController RAM BIOS Mother Board Hardware & BIOS Sensors & Actuators Power Climate Security Alarm Display Printer Storage HID Peripheral Device

21 CQiCenter Architecture Predefine Operating Parameter Real Time Event Trigger Program Or Manual Trigger AI DI CI DO CO Internal Or External Command Control Any Logic Associated Between I/O

22 SDK for Application Development *CQiMOM MOM Collaborative Health Mgnt CQiSNMP Monitoring & Control via SNMP CQikit CQiWeb CQiExcel Tcl / tk Serial Server CQiCommand Operating System Web Server & Browser UI MS Excel Add-in Driver Application Development Toolkit For Multi-CQiCenter Connection Marco Command & Device Driver OS Independent * Under Development

23 CQiCenter Software Power Point Excel Excel Chart MOM OpenView Programming Tool Browser User Interface

24 CQiCenter Networking Dial-up Network Dedicate Network RS485 or Ethernet 256 Sets CQi & SNMP Protocol

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