Solution helps CSPs overcome 5G deployment challenges through planning and mmWave modelling Fairfax, VA., USA – 22 February 2018. TEOCO, leading provider of planning & optimization, assurance and analytics solutions to over 300 communication service providers (CSPs) worldwide, and SIRADEL, advanced wireless propagation expert, partner to launch combined 5G mmWave design and optimization solutions. This innovative offering is designed to help operators solve new and complex issues when designing and optimizing the rollout of 5G networks. The bold and ambitious partnership builds on two decades of customer facing experience to…
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Plasma Antennas Announces mmWave Solution Delivering Multi-Gigabit Ultra-Low Latency Connections for Smartphones and Consumer Devices
Plasma Silicon Antennas Generate Less Interference and Maximise Energy Efficiency to Connect Devices Including Smartphones, AR, VR and Connected Vehicles Winchester, UK – 16th October 2017 – Plasma Antennas, the inventors of plasma silicon technology, today announced its mmWave Plasma Silicon Antenna (PSiAN) for use in smartphones and other consumer electronics, delivering high throughput with low-latency and utilizing directional beams that generate less interference and maximize energy efficiency. As wirelessly connected consumer electronics increase in complexity, they demand greater capacity and throughput for their short range connectivity – which can…
Read MorePlasma Antennas Unveils PSiAN mmWave Technology to Halve Cost of 5G Base Stations
Plasma Silicon Antenna is Smaller, Lighter and More Power-Efficient than Current Technology Winchester, UK – 2nd October 2017 – Plasma Antennas, the inventors of plasma silicon technology, today unveiled the mmWave Plasma Silicon Antenna (PSiAN); that offers huge improvements in performance for 5G base stations compared to the current generation of technology. Based on the company’s patented Plasma Silicon technology, the antenna reduces the cost of a 5G base station by up to 50% by eliminating phase shifters, reducing and consolidating amplification and reducing computation. The PSiAN has no moving…
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