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Cabling and Infrastructure for Enterprise Wireless Networks Scott D. Thompson President

Cabling and Infrastructure for Enterprise Wireless Networks Scott D. Thompson President Oberon, Inc. Task Group Member TIA-1179 Healthcare Facility Cabling Standard Senior Member, IEEE PART II January 4 th , 2013.

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Cabling and Infrastructure for Enterprise Wireless Networks Scott D. Thompson President

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  1. Cabling and Infrastructure for Enterprise Wireless Networks Scott D. Thompson President Oberon, Inc. Task Group Member TIA-1179 Healthcare Facility Cabling Standard Senior Member, IEEE PART II January 4th, 2013 Link-Up 10-13-2010

  2. Effective November 1, 2010, BICSI recognizes Cabling and Infrastructure for Wireless Networks Part I training for the following BICSI Continuing Education Credits (CECs). You will receive personalized CEC certificate within 48 hours, following conclusion of Webcast “Note: Recognition of BICSI CECs does not mean that BICSI endorses, accredits, approves, or sanctions a course in any way. CECs are assigned based upon represented course content only and are not the result of an in-depth evaluation of instructional quality” Link-Up 10-13-2010

  3. AGENDA PART 1 December 3 2012 • Wireless LAN (Wi-Fi) and Cellular (DAS) • Wireless Networking design basics • Cabling for Wireless • Mounting the access points PART 2 2013 • Wireless in Healthcare • Cabling for IEEE 802.11n and 802.11ac wireless access points • Emerging applications- wireless projectors, Multimedia gateways, etc. Link-Up 10-13-2010

  4. Oberon manufactures ceiling and wall mounted Tele- communications Enclosures (TEs) for wireless LAN access points, DAS equipment, multimedia equipment and other networking components Wireless AP enclosure Workspace Telecom, Multimedia Equipment Enclosures Link-Up 10-13-2010

  5. Growth in Global Mobile Data Link-Up 10-13-2010

  6. WIRELESS NETWORKS IN HEALTHCARE ENVIRONMENTS Link-Up 10-13-2010

  7. Healthcare Wi-Fi and DAS • - Hospitals were “early adopters” of wireless networking • In hospitals, wireless networking is mission critical, serving point of care (bedside) applications, mobile workstations on carts, EHR, mobile asset tracking, RFID, telemetry, voice over Wi-Fi, etc. • Hospitals have special requirements that are becoming more widely adopted: • Infection Control Risk Assessment (ICRA) • Strict adherence to codes and standards (NEC and TIA) • Physical Security • Suitability for Psychiatric facilities • Preservation of the design for mandated performance • Aesthetics Link-Up 10-13-2010

  8. Infection Control Risk Assessment (ICRA) • In Healthcare, the Joint Commission on Accreditation of Healthcare Organizations (JCAHO) requires that hospitals establish procedures for mitigating the spread of infectious disease and contaminants. • ICRA procedures limit access to the space above suspended ceilings (where dust and spores have accumulated) • Infection Control Risk Assessment (ICRA) could have a serious impact on the times and conditions for cabling installation, moves, adds and changes, particularly in the “plenum” space, above suspended ceilings, or in walls • Breaches in the ceiling system should be avoided • Contractors performing work in violation of ICRA procedures will be precluded from future bidding Link-Up 10-13-2010

  9. Infection Control It is desirable to eliminate gaps and mouse-holes in ceiling tiles to: • Reduce the spread of dust and spores • Maintain desired differential pressure relationships • Preserve the fire rating integrity of the ceiling system Link-Up 10-13-2010

  10. Infection Control Lifting or removing ceiling tiles requires the installer to: • Use Negative Air Pressure Enclosure (NAPE), or “tent off” the work area • Use a HEPA air filter Link-Up 10-13-2010

  11. Infection Control Oberon model 1059-00 • Ceiling enclosure can help to: • Eliminate gaps and mouse-holes in the ceiling • Simplify ICRA procedure compliance • Simplify maintenance Link-Up 10-13-2010

  12. TIA-1179 Healthcare FacilityTelecommunications Cabling Standard • Recognizes that “adding or changing horizontal cabling may cause disruption to occupants and their work once the buildings ceiling and walls are closed” • Adding or changing horizontal cabling could result in a net decrease in care being provide, jeopardizing infection control measures…. • Advocates use of enclosed pathways in air-handling spaces to avoid disruption of operations • Advocates planning well ahead in cabling design and capacity • Telecommunications enclosures (TEs) are an option in areas subject to infection control measures • TRs and TEs should incorporate additional security measures to restrict access (Workgroup switches and APs) Link-Up 10-13-2010

  13. BICSI 004-2012 Information Technology Systems Design and Implementation Best Practices for Healthcare Institutions and Facilities • Regarding DAS design: • Shall support requirements of Clinical Engineering, Information technology department, and facilities department • Shall support requirements of cellular service provider, public service radio, first responder radio and wireless medical telemetry systems (WMTS) • Shall be authorized by the service provider • Shall provide coverage which is ubiquitous and robust Link-Up 10-13-2010

  14. Code Compliance • Hospitals are strict adherents to building safety codes and telecommunications standards • - 2012 NFPA 99 Health Care Facilities Code • Authorities Having Jurisdiction (AHJs) will require strict NFPA 70 N.E.C® compliance and UL listing of installed components • Burn ratings of ceiling systems must be retained • Use products designed to satisfy National Electric Code (NEC) paragraphs 300.22 and 300.23 for installation in the air-handling (plenum) space • Use suitably UL listed products Link-Up 10-13-2010

  15. N.E.C COMPLIANCE • Article 300.22(C)(3) “Electrical equipment with a metal enclosure, or electrical equipment with a nonmetallic enclosure listed for use within an air-handling space……. shall be permitted to be installed in such other space unless prohibited elsewhere in this Code”. • Article 300.23 “cables, race-ways and equipment installed behind panels, including suspended ceiling tiles, shall be arranged and secured so as to allow removal of panels and access to the equipment.” Oberon model 1052 with ZDUAL antennas Link-Up 10-13-2010

  16. Physical Security of the installation may be required for the purposes of : • Mandated Coverage –some jurisdictions have enacted ordinances that include provisions for radio coverage of public safety signals within the building as a condition of occupancy • HIPAA - Protection of confidential patient information • Patient Safety Standards applied to psychiatric inpatient units Link-Up 10-13-2010

  17. In a hospital, who is involved in the cabling and wireless design? • Telecom/datacom infrastructure- cabling and wireless personnel • Plant Services or Facilities Personnel • Infection Prevention and control coordinator or Infection Preventionist- in Quality Control or Patient Services Department • Public safety/in-building comm coordinator • Bio-Medical personnel Link-Up 10-13-2010

  18. CABLING FOR IEEE 802.11n AND 802.11ac WIRELESS ACCESS POINT Link-Up 10-13-2010

  19. CABLING FOR FUTURE WIRELESS NETWORKS IEEE 802.11n: • Multiple Tx and Rx antennas (MIMO) • ~200 Mb/s data rate (MAC layer throughput) • 2.4 GHz (3 channels) and 5 GHz bands (21 channels) IEEE 802.11ac • Multi-User MIMO (greater capacity) • ~1 Gb/s rate (MAC layer throughput) • 5 GHz bands only (21 channels) IEEE 802.11ad • >1 Gb/s rate (MAC layer throughput) • 60 GHz bands • In room coverage only Link-Up 10-13-2010

  20. INFRASTRUCTURE BANDWIDTH What is the uplink bandwidth required when aggregating multiple 802.11n APs? (using an over-subscription factor of 20, for example) 960 Mb/s ea. 48 X (200 Mb/s) 20 (over-subscription factor) = 480 Mb/s Controller A 48 port switch Controller B 480 Mb/s 200 Mb/s ea. Link-Up 10-13-2010 AP 2 AP 48 AP 3 AP 1 AP 4

  21. INFRASTRUCTURE BANDWIDTH What is the uplink bandwidth required when aggregating multiple 802.11ac APs? (using an over-subscription factor of 20, for example) 4,800 Mb/s 48 X (1,000 Mb/s) 20 (over-subscription factor) = 2,400 Mb/s Controller A 48 port switch Controller B 2,400 Mb/s ea. 1,000 Mb/s ea. Link-Up 10-13-2010 AP 2 AP 48 AP 3 AP 1 AP 4

  22. CABLING FOR FUTURE WIRELESS NETWORKS Design for 5 GHz (802.11ac) networks • Higher density of APs, improved capacity, not coverage • Coverage similar to 802.11n 5 GHz band • Does not “cover as well” as 2.4 GHz • Use all 21 channels • Will require PoE Plus for full performance • Avoid above ceiling mounted solutions And perhaps 60 GHz (802.11ad) networks • Higher density of APs • Use all channels • Greater than 1 Gb/s MAC layer throughput to each AP • In room coverage only, will not go through walls Link-Up 10-13-2010

  23. EMERGING WIRELESS COMPONENTS: WIRELESS PROJECTORS, MULTIMEDIA GATEWAYS, ETC. Link-Up 10-13-2010

  24. EMERGING WIRELESS COMPONENTS New wireless multi-media components include • Projectors (2.4 GHz) • Gaming such as Wii U™ (5 GHz) • Multi-media gateways such as Apple TV™ and Roku ™ (Apple TV ™ is 2.4 GHz and 5 GHz) Link-Up 10-13-2010

  25. EMERGING WIRELESS COMPONENTS How the multi-media gateway connects to Wi-Fi, the network, and projector Link-Up 10-13-2010

  26. EMERGING WIRELESS COMPONENTS Enterprise Access Point Ethernet Enterprise Network Wi-Fi Wi-Fi Controller Apple TV IR HDMI Wi-Fi Projector iPads Wi-Fi connected PCs Link-Up 10-13-2010

  27. EMERGING WIRELESS COMPONENTS Oberon Model 1075 Multimedia gateway mount Oberon Model 1074 Ceiling projector mount Ceiling mounted projector mounts and multi-media gateway enclosures can simplify installation Link-Up 10-13-2010

  28. END OF PART II www.oberonwireless.com sdt@oberonwireless.com You will receive personalized CEC certificate within 48 hours, following conclusion of Webcast Visit Oberon at the BICSI Winter Conference, Booth 634! Link-Up 10-13-2010

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