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DTSTAMP:20240321T051642Z
UID:D514FA4F-B146-4647-8993-E8D982DBDF1B
DTSTART;TZID=America/Los_Angeles:20240320T180000
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DESCRIPTION:Existing telecom infrastructure is inefficient and not energy s
 calable to future demand. The villain here is physics. Using today’s tec
 hnology\, universal 5G coverage for the United States alone would require 
 a 16x increase in base stations and a 48x increase in power usage. Totalin
 g over $1.2T in cost\, the amount of power that would need to be consumed 
 is not feasible or sustainable. Eridan has developed an entirely new way t
 o generate radio frequency signals at power\, reducing the cost to deploy 
 universal\, high-speed wireless coverage by 10-100x. Eridan's Miracle is t
 he world’s first switch-mode direct polar transmitter in gallium nitride
 . No other transmitter provides power efficiency\, signal cleanliness\, an
 d spectrum agility all at the same time. Ultimately\, this solution is app
 licable to every wireless market. In a small cell\, the Miracle transmitte
 r is twice as efficient as systems using linear power amplifiers and cover
 s the same area at half the output power\, due to the ultra-clean signals 
 of its switched circuits. At scale\, the Miracle reduces the cost of high-
 speed wireless coverage by up to 10x\, and by up to 100x in sparse rural a
 reas. Miracle’s frequency agility also opens the door for new spectrum a
 llocation models\, solving the artificial spectrum scarcity created by tod
 ay’s rigid\, frequency-fixed approach. In the near future\, Miracle will
  also be built into a massive MIMO proof of concept system. Linear amplifi
 ers are inefficient\, and the future must be efficient. The future is fund
 amentally new transmitter architecture in gallium nitride\, and the future
  is now.\n\nCo-sponsored by: IEEE Power Electronics Society\, San Francisc
 o Bay Area Chapter\n\nSpeaker(s): Douglas\, Mashrur\n\nRoom: Rm 4021\, 500
  El Camnino Real\, Sobrato Campus for Discovery and Innovation\, Santa Cla
 ra\, California\, United States\, 95053
LOCATION:Room: Rm 4021\, 500 El Camnino Real\, Sobrato Campus for Discovery
  and Innovation\, Santa Clara\, California\, United States\, 95053
ORGANIZER:vgadde@ieee.org
SEQUENCE:31
SUMMARY:Technological Deep Dive into the Miracle Transmitter
URL;VALUE=URI:https://events.vtools.ieee.org/m/405387
X-ALT-DESC:Description: <br /><p>Existing telecom infrastructure is ineffic
 ient and not energy scalable to future demand. The villain here is physics
 . Using today&rsquo\;s technology\, universal 5G coverage for the United S
 tates alone would require a 16x increase in base stations and a 48x increa
 se in power usage. Totaling over $1.2T in cost\, the amount of power that 
 would need to be consumed is not feasible or sustainable. Eridan has devel
 oped an entirely new way to generate radio frequency signals at power\, re
 ducing the cost to deploy universal\, high-speed wireless coverage by 10-1
 00x. Eridan's Miracle is the world&rsquo\;s first switch-mode direct polar
  transmitter in gallium nitride. No other transmitter provides power effic
 iency\, signal cleanliness\, and spectrum agility all at the same time. Ul
 timately\, this solution is applicable to every wireless market. In a smal
 l cell\, the Miracle transmitter is twice as efficient as systems using li
 near power amplifiers and covers the same area at half the output power\, 
 due to the ultra-clean signals of its switched circuits. At scale\, the Mi
 racle reduces the cost of high-speed wireless coverage by up to 10x\, and 
 by up to 100x in sparse rural areas. Miracle&rsquo\;s frequency agility al
 so opens the door for new spectrum allocation models\, solving the artific
 ial spectrum scarcity created by today&rsquo\;s rigid\, frequency-fixed ap
 proach. In the near future\, Miracle will also be built into a massive MIM
 O proof of concept system. Linear amplifiers are inefficient\, and the fut
 ure must be efficient. The future is fundamentally new transmitter archite
 cture in gallium nitride\, and the future is now.</p>
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