Edgewater Wireless Systems Inc V.YFI

Alternate Symbol(s): KPIFF

Technology Communication Equipment

Edgewater Wireless Systems Inc. is engaged in Spectrum Slicing technology for residential and commercial markets. The Company develops advanced wireless fidelity (Wi-Fi) silicon solutions, access points, and intellectual property (IP) licensing designed to meet the service needs of service providers and their customers. Its physical layer Spectrum Slicing allows a frequency band to be divided, or sliced, to enable more radios to operate in a given area. Its silicon solutions are products delivering multiple, concurrent channels of Tx and Rx from a single, Wi-Fi standard compliant radio. Its Spectrum Slicing powered products are designed to address the needs of carrier-class, high-density Wi-Fi for both residential and commercial deployments. Its products are designed with its comprehensive, user- friendly and intuitive Element Management System-EdgeNet, that offers service providers with flexibility in configuring and independently monitoring each 802.11 channel in the network.

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Edgewater Wireless Systems Inc > Tomorrow is going to be interesting.

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Comment by Pandoraon Mar 03, 2021 8:54pm

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RE:Tomorrow is going to be interesting.

Shouldhaveseenthatcoming wrote:

https://southfloridatheaterreview.com/uncategorized/99967/higher-olefins-market-market-worth-9-3-billion-by-2025-exclusive-report-by-researchmoz/

olefin | Description, Characteristics, & Types | Britannica

www.britannica.com/science/olefin
Olefin, also called alkene, compound made up of hydrogen and carbon that contains one or more pairs of carbon atoms linked by a double bond. Olefins are examples of unsaturated hydrocarbons (compounds that contain only hydrogen and carbon and at least one double or triple bond).
1. Olefin - an overview | ScienceDirect Topics
  
  www.sciencedirect.com/topics/chemical-engineering/olefin
  
  Olefins are unsaturated compounds with a formula of Cn H 2n. The name of these compounds ends with –ene, such as ethene (ethylene) and propene (propylene). Figure 2-2 shows typical examples of olefins. Compared to paraffins, olefins are unstable and can react with themselves or with other compounds such as oxygen and bromine solution.