pCell being trialed by Nokia and VenueNext at large traffic indoor venues like stadiums

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Nokia is testing Artemis™ pCell™ wireless technology in 2016 with wireless operators, initially in large indoor venues and other high density areas. pCell has the potential to enhance the capacity of conventional 4G TD-LTE networks in certain use cases, while remaining compatible with unmodified devices.

pCell uses data centers to calculate the shaping of wireless transmissions to target individual antennas of target users.

Early in 2015, pCell pioneer Artemis Networks is achieving 35X the spectral efficiency of conventional LTE networks.

LTE networks today achieve a spectral efficiency (SE) of 1.7 bps/Hz. Practical pCell systems today achieve average spectral efficiency of 59 bps/Hz, a 35X leapfrog with unmodified standard LTE devices, such as iPhone 6/6 Plus, iPad Air 2 and Android devices, as well as Wi-Fi devices. pCell’s spectral efficiency scales indefinitely, while remaining compatible with legacy devices.

VenueNext, the mobile services provider for Levi’s Stadium, and other venues throughout the world, is trialing pCell in high-density, high-traffic venues, to enable concurrent usage by 10s of thousands of fans of HD video-rich services and high-bandwidth upstreaming of images and HD video

pCell technology accomplishes this through an entirely new approach to wireless: rather than avoiding interference like cellular or Wi-Fi systems, pCell embraces interference, utilizing interfering transmissions to synthesize a tiny personal cell, a “pCell”, around each individual user device, enabling every user to utilize the full capacity of the spectrum at once. Instead of many users sharing the limited capacity of one cell, resulting in steadily declining data rates as new subscribers join the network, with pCell technology, each user gets a personal cell

SOURCES- Artmis, Reardon, Nokia

pCell being trialed by Nokia and VenueNext at large traffic indoor venues like stadiums

by

Nokia is testing Artemis™ pCell™ wireless technology in 2016 with wireless operators, initially in large indoor venues and other high density areas. pCell has the potential to enhance the capacity of conventional 4G TD-LTE networks in certain use cases, while remaining compatible with unmodified devices.

pCell uses data centers to calculate the shaping of wireless transmissions to target individual antennas of target users.

Early in 2015, pCell pioneer Artemis Networks is achieving 35X the spectral efficiency of conventional LTE networks.

LTE networks today achieve a spectral efficiency (SE) of 1.7 bps/Hz. Practical pCell systems today achieve average spectral efficiency of 59 bps/Hz, a 35X leapfrog with unmodified standard LTE devices, such as iPhone 6/6 Plus, iPad Air 2 and Android devices, as well as Wi-Fi devices. pCell’s spectral efficiency scales indefinitely, while remaining compatible with legacy devices.

VenueNext, the mobile services provider for Levi’s Stadium, and other venues throughout the world, is trialing pCell in high-density, high-traffic venues, to enable concurrent usage by 10s of thousands of fans of HD video-rich services and high-bandwidth upstreaming of images and HD video

pCell technology accomplishes this through an entirely new approach to wireless: rather than avoiding interference like cellular or Wi-Fi systems, pCell embraces interference, utilizing interfering transmissions to synthesize a tiny personal cell, a “pCell”, around each individual user device, enabling every user to utilize the full capacity of the spectrum at once. Instead of many users sharing the limited capacity of one cell, resulting in steadily declining data rates as new subscribers join the network, with pCell technology, each user gets a personal cell

SOURCES- Artmis, Reardon, Nokia