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DTSTART:20120311T030000
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DTSTAMP:20121205T223328Z
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DTSTART;TZID=US/Eastern:20121004T093000
DTEND;TZID=US/Eastern:20121004T100000
DESCRIPTION:The increasing use of high-definition video and the desire for 
 wireless connections is driving the need for higher data rates to support 
 transmission of large data files between devices in a home\, office\, or w
 orkplace. Some example applications include wireless connections to displa
 ys or projectors\, distribution of video files around the home or office\,
  and rapid file transfers for synchronizing devices or downloading movies 
 from a kiosk. To address the need for “very high throughput” d
 ata rates\, there are two new standards that are currently under developme
 nt. 802.11ac is focused on frequencies below 6 GHz where the current WLAN 
 standards operate\, while 802.11ad is focused on the 60 GHz band. The 802.
 11ad draft standard is mostly adopted from work done by the Wireless Gigab
 it Alliance\, with a physical layer that uses ultra-wideband technology. B
 rian Kane is a Senior RF and Microwave Application Engineer within Agilent
  Technologies Electronic Measurement Group (EMG). Brian joined Hewlett-Pac
 kard/Agilent Technologies in September 1980 and has held multiple position
 s in Manufacturing\, Production Engineering\, and System Engineering. His 
 current role is to support various customers focused on cellular technolog
 ies like LTE \, W-CDMA\, and CDMA. Brian is based in the New York area. He
  has a BS/EE degree in Electrical Engineering and holds one US Patent.\n\n
 East Hanover\, New Jersey\, United States
LOCATION:East Hanover\, New Jersey\, United States
ORGANIZER:kdixit@ieee.org
SEQUENCE:0
SUMMARY:[Legacy Report] 802.11AC & 802.11AD Technology and Test challenges
URL;VALUE=URI:https://events.vtools.ieee.org/m/80376
X-ALT-DESC:Description: <br />The increasing use of high-definition video a
 nd the desire for wireless connections is driving the need for higher data
  rates to support transmission of large data files between devices in a ho
 me\, office\, or workplace.  Some example applications include wireless co
 nnections to displays or projectors\, distribution of video files around t
 he home or office\, and rapid file transfers for synchronizing devices or 
 downloading movies from a kiosk. To address the need for “very high 
 throughput” data rates\, there are two new standards that are curren
 tly under development.  802.11ac is focused on frequencies below 6 GHz whe
 re the current WLAN standards operate\, while 802.11ad is focused on the 6
 0 GHz band.  The 802.11ad draft standard is mostly adopted from work done 
 by the Wireless Gigabit Alliance\, with a physical layer that uses ultra-w
 ideband technology.  \nBrian Kane is a Senior RF and Microwave Application
  Engineer within Agilent Technologies Electronic Measurement Group (EMG). 
  Brian joined Hewlett-Packard/Agilent Technologies in September 1980 and h
 as held multiple positions in Manufacturing\, Production Engineering\, and
  System Engineering. His current role is to support various customers focu
 sed on cellular technologies like LTE \, W-CDMA\, and CDMA. Brian is based
  in the New York area. He has a BS/EE degree in Electrical Engineering and
  holds one US Patent.
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