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Industrial Video and Surveillance Bud Broomhead, CEO

Industrial Video and Surveillance Bud Broomhead, CEO. 2 Types of Technology for Video Surveillance. Technical factors affecting Video Surveillance # of Cameras, Resolution (SD, HD, XD), Frame Rate, Retention Periods CCTV is an “upgrade” business Rapid conversion to IP technology

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Industrial Video and Surveillance Bud Broomhead, CEO

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  1. Industrial VideoandSurveillanceBud Broomhead, CEO

  2. 2 Types of Technology for Video Surveillance • Technical factors affecting Video Surveillance • # of Cameras, Resolution (SD, HD, XD), Frame Rate, Retention Periods • CCTV is an “upgrade” business • Rapid conversion to IP technology • ~10% are IPVS systems today • ~53% will be IPVS systems in 2012

  3. Video Surveillance Storage Requires Scalability • Scalable recording platform (storage) iskey competitive differentiator • Storage is 50% of a VS deployment • Storage Opportunity in VS in 2010 • 4,000+ PB in Existing CCTV market • 1,000+ PB in Emerging IPVS market

  4. Key Architectural Attributes Scalable Archives for Casino/gaming Megapixel Cameras for Manufacturing/QA Edge Recording for Retail Long Retention for Litigation Technical Considerations by Segment

  5. Extend the Life of CCTV Installations • Increase Retention Period (days recorded) • Increase Resolutionof recorded video • Increase Reliability (storage) Video Software x C: D: Video System I: Video • Need more Retention (days recorded) • Need more Resolution of recorded video • Need more Reliability (storage)

  6. Extending Life of CCTV • Business requirements • Increase Retention from 30 to 180 days for security evidence • Support megapixel resolution cameras for Manufacturing/QA • Reduce audit risk by eliminating “gaps” in recorded history • CCTV system requirements • Expand storage capacity of 7 DVRs to retain recorded video longer • Expand storage to support higher resolution of recorded video • Remove “storage-failures” from the system • By incorporating key business drivers, Baxter was better positioned to select technology meeting the needs of its current and future business

  7. Migration To Open Systems Digital Video Recorder • Leverage IT infrastructure and skills • Scalability, lower cost, improved reliability, and simplified deployment IP Cameras Video Management System Coax or converted analog Storage

  8. All-IP Video System • Business requirements • Integrate business, gaming, and security systems • Satisfy regulations to retain recorded history • Integrated IP environment • Video Surveillance, Life Safety, Access Control, Intrusion Detection, Point of Sale, VoIP, PA/Entertainment, Slot Network • Massively scalable storage platform for future growth • By providing an integrated, comprehensive view of multiple aspects of Enjoy’s operation, its staff gained real-time insight into activities throughout the casino

  9. IP Storage is a “crossover” technology IP-based VideoManagement System IP Ethernet Connector (same room as DVR/NVR/VMS farm) • Supports both CCTV systems & IP-based systems Analog/Coax-basedDVRs Storage

  10. Captive vs Shared Storage DVR Solution Processor/VMS software Processor/VMS software Sys Sys Video Video Video Video DVR with Captive Storage DVR with Shared Storage Sharable IP Storage

  11. Real World Comparison 1 Single DVR with 16 channels, 2TB, leading manufacturer

  12. NVR Consolidation Sharable Storage VMS VMS VMS VMS VMS VMS VMS VMS VMS VMS VMS VMS VMS VMS • Today, the # of cameras an NVR can support is limited by storage (maximum size and storage/disk throughput) • As a result, more NVRs are needed • Remove storage bottleneck inside NVRs • NVRs become performance limited instead • Each NVR can support more cameras, perhaps 4x or more • Fewer NVRs are needed • Shared storage means efficient usage, less storage overall

  13. Camera Throughput and Storage

  14. I/O Profiles of Selected NVR/VMS Camera counts and Filesystem creates Random I/O due to Fragmentation

  15. FPS Sampling Statistics[55 cameras @30FPS] Instances with 10% or less FPS loss Instances with greater than 10% FPS loss Expected 1650 FPS

  16. Define Video Surveillance Quality Max Cameras with acceptable Frame Loss “Good-enough” Quality “Good-enough” Quality =Frame Loss< 5% of Total SamplesANDNumber of Instances where ( Frame Loss > 10%) < 5% Total Samples

  17. Intransa Product Portfolio SAS JBOD • Independently scale Capacity and Performance • Lower costs, increase Retention, Resolution, & Reliability • RAID & data protection • Ideal for Video Surveillance deployments PerformanceBlock4 to 1,500TB 10-80 GbE BuildingBlock4 to 1,500TB 2-8 GbE Q4 ‘08 EdgeBlock 4 to 51TB 2-4 GbE StarterBlock 2 to 16TB 1-2 GbE

  18. StorStac™ Architecture with COTS Hardware Application hosts (Windows or Unix) Management GUI & CLI LAN IP SAN (iSCSI Storage Area Network) Management network Performance Controller Units (PCU) StorStac StorStac StorStac … StorStac Realm GbE Interconnect Storage CapacityEnclosures (SCE) StorStac StorStac StorStac … Storage Expansion Enclosures

  19. Thank You

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