Hide Notes 

Slide 1: HP E5000 MESSAGING SYSTEM FOR MICROSOFT EXCHANGE 2010 Carlo Kian HP - PreSales Solutions Architect Mario Tevanian Microsoft - Exchange Technical Specialist
Slide 2: HP CONVERGED INFRASTRUCTURE Storage Servers THE DATA CENTER OF THE FUTURE WILL BE BUILT ON A CONVERGED INFRASTRUCTURE Power & cooling Network Management software
Slide 3: THE ARCHITECTURE OF THE CONVERGED INFRASTRUCTURE Virtual Resource Pool Virtualized compute, memory, storage & network Data Center Smart Grid Intelligent energy management across systems & facilities Flex Fabric Wire-once, dynamic assembly, always predictable Matrix Operating Environment Enables sharedservice management
Slide 4: EVOLVING BUSINESS COMMUNICATIONS Richer interactions and more of them Email is business critical “Business users report that they currently spend 19 percent of their work days, or close to two hours per day, on email.” – Messaging & Collaboration – Business User Survey 2007, Radicati Email volume is growing “The average corporate user, today, can expect to send and receive about 156 messages a day, and this number is expected to grow to about 233 messages a day by 2012. An increase of 33 percent over the four-year period.” – Messaging & Collaboration – Business User Survey 2008, Radicati Users expect larger corporate mailboxes
Slide 5: STORAGE CHANGES Hardware – Since 2003, disk capacity has grown dramatically • 2TB desktop class SATA (and midline SAS) disks available, larger sizes available shortly – Sequential throughput increasing linearly based on areal density • 2010 SATA =~ 250MB/sec – Random I/O performance not expected to improve substantially • 15k RPM is the ceiling Exchange Workload – Mailbox sizes rapidly increasing (1-10GB desired) – Knowledge workers (and IT) want everything online and instantly searchable • Discovery/compliance/PST management • Reduced mailbox management effort • Data accessible from everywhere (incl. mobile client) • Increased knowledge worker productivity – Average message size increasing Larger, slower disks mean we can support larger mailboxes at low cost if we minimize I/O
Slide 6: MINIMISING EXCHANGE I/O Major changes in how Exchange generates disk I/O between 2003, 2007, 2010 – Shift to 64-bit address space = big database cache (reduces DB reads, better write coalescing) – Page size increases (4k,8k,32k) = fewer & bigger writes – Increased checkpoint depth (100MB default on Exchange 2010+DAG) = fewer repetitive writes of the same page – DB write smoothing & throttling = reduced transaction latency – Exchange store database schema optimization = fewer, sequential, large I/O's DB IOPS/Mailbox 1 +90% Reduction! Exchange 2003 0.8 0.6 0.4 0.2 Exchange 2007 Exchange 2010 0 Exchange 2003 Exchange 2007 Exchange 2010 120 100 80 60 40 20 0 100MB Checkpoint Depth = 40% DB write IO reduction Database Pages Repeatedly Written/sec DB Writes/sec (avg) – Lazy view updates = sequential I/O for view maintenance – Cache compression = more effective cache utilization 20 40 60 80 100 Checkpoint Depth (MB)
Slide 7: WHERE DO I START?
Slide 8: Questions! Questions! Questions! How do you know you’re making the right decisions? Application How do I implement clustering? What’s my archive strategy? Where does cloud fit? What’s required for disaster recovery? How do I size mailboxes? How do DAGs work with vMotion or live migration? Virtualization Should I virtualize Exchange 2010? Will it impact performance? How many VM’s on the same server? What is best practice VM configuration? How many ports? Network 1GbE or 10GbE? Is a storage area network required? What’s the best way to implement redundancy? FC, FCoE, or iSCSI? Servers Do I need to leave room for expansion? How much RAM? How many NICs How many disk drives? Do I need a storage controller card? and what type? What processor? What are best practice solution sizing? Shared or direct attached storage? How does thin provisioning work? Storage DAS or SAN? Do I need replication with DAG? SAS or SATA? How much capacity? What RAID configuration? How many support contracts will I have to manage? Do they have similar service levels? What about migration services? How do I avoid vendor finger pointing? How can I get all support contracts to co-terminate?
Slide 9: THE HP AND MICROSOFT SOLUTION HP TECHNOLOGY@WORK 201 1 THE INSTANT-ON ENTERPRISE IS HERE
Slide 10: WHY HP E5000 MESSAGING SYSTEM FOR MICROSOFT EXCHANGE 2010 Complete Solution Simplify Planning & Deployment – Turnkey deployment with pre-sized, tested, and optimised configurations – One part number, single support path Optimise Operation – Best practices from both Microsoft and HP – Management integration from spindle to application Agility with Scale – Solutions to scale from 100’s to 1000’s of mailboxes – Single site, Multi-site and Remote Office configurations
Slide 11: HP E5000 PRODUCT RANGE Match your solution requirements E5300 E5500 E5700 Options 500 1GB mailboxes * 1,000 1GB – 2.5GB mailboxes* 3,000 1GB – 2.5GB mailboxes * Includes 2 E5000 Expansion Nodes 12 & 24TB Expansion Nodes •Not limited to this; mailbox sizes and send/receive are configurable using the HP Sizer for Microsoft Exchange •Microsoft Exchange and Client Access Licenses purchased separately from Microsoft
Slide 12: E5000 SYSTEM ENCLOSURE The Converged Infrastructure for Exchange 2010 16 LFF hot swap drives X86 compute + dense storage array in a single 3U RM chassis 2 x ProLiant Blade Servers Expandable with up to 4 disk shelves
Slide 13: E5000 SYSTEM ENCLOSURE The Converged Infrastructure for Exchange 2010 Redundant LOM (LAN on Motherboard) connectors to match the installed server Redundant 6Gb SAS ports for scale-up capacity expansion using the P1210m controller ILO2 enclosure management-health monitor, onboard admin emulation PCIe expansion slot for each server High availability with redundant, hot swap power & cooling using standard ProLiant components
Slide 14: HP E5000 VISUAL WALKTHROUGH HP TECHNOLOGY@WORK 201 1 THE INSTANT-ON ENTERPRISE IS HERE
Slide 15: HP E5000: MESSAGING IN MINUTES
Slide 16: OUT OF BOX SETUP Operating System install, blade software and E5000 value add software install
Slide 17: HP E5000 CONFIGURATION WIZARD
Slide 18: HP E5000 CONFIGURATION WIZARD
Slide 19: HP E5000 CONFIGURATION WIZARD
Slide 20: HP E5000 CONFIGURATION WIZARD
Slide 21: HP E5000 CONFIGURATION WIZARD
Slide 22: HP E5000 QUICK DEPLOYMENT TOOL
Slide 23: HP E5000 QUICK DEPLOYMENT TOOL
Slide 24: HP E5000 QUICK DEPLOYMENT TOOL
Slide 25: HP E5000 BEST PRACTICES ANALYSER
Slide 26: HP E5000 BEST PRACTICES ANALYSER
Slide 27: HP AND MICROSOFT ADVANTAGES Vendor collaboration – An HP and Microsoft designed solution – Purpose-configured Exchange hardware – Single solution support contract Simplified – Single, complete appliance – Pre-configured for HA – Exchange deployment toolsets Optimised – Minimal components – Smallest DC footprint – Most efficient power/cooling
Slide 28: SUMMARY HP E5000 Microsoft Exchange Server 2010 = The Intelligent Solution
Slide 29: QUESTIONS? HP TECHNOLOGY@WORK 201 1 THE INSTANT-ON ENTERPRISE IS HERE
Slide 30: NEXT STEPS Visit: The Cloud System Feature Engage: Re-Live: See the HP Rep at rear of clinic www.hp.com.au/taw1 1post Seek more: Request follow up via Eval Form HP TECHNOLOGY@WORK 201 1 THE INSTANT-ON ENTERPRISE IS HERE