United States Cellular Corporation (20240236842). RESIDENTIAL MOBILE WIRELESS HIGH SPEED DATA ACCESS VIA MILLIMETER WAVE CUSTOMER PREMISE EQUIPMENT simplified abstract

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RESIDENTIAL MOBILE WIRELESS HIGH SPEED DATA ACCESS VIA MILLIMETER WAVE CUSTOMER PREMISE EQUIPMENT

Organization Name

United States Cellular Corporation

Inventor(s)

Gregory Agami of Arlington Heights IL (US)

Kyle Edwin Bedtelyon of Park Ridge IL (US)

Ahmed Mohamed Osman of Inverness IL (US)

Narothum Saxena of Hoffman Estates IL (US)

Michael S. Irizarry of Barrington Hills IL (US)

RESIDENTIAL MOBILE WIRELESS HIGH SPEED DATA ACCESS VIA MILLIMETER WAVE CUSTOMER PREMISE EQUIPMENT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240236842 titled 'RESIDENTIAL MOBILE WIRELESS HIGH SPEED DATA ACCESS VIA MILLIMETER WAVE CUSTOMER PREMISE EQUIPMENT

Simplified Explanation: The patent application describes a system for providing high-speed internet access using millimeter wave signal transmissions between a customer premises and a radio access network node of a wireless data network service provider.

Key Features and Innovation:

  • External Customer Premises Equipment (CPE) acts as a relay node between the radio access network node and an internal local communication node within the customer premises.
  • The CPE includes a millimeter wave modem component for wireless communication with the radio access network node and a Wi-Fi modem component for communication within the customer premises.
  • The millimeter wave modem component operates at a transmission signal power level exceeding the power limit for internal power signal transmissions of millimeter wave signals.

Potential Applications: This technology can be used to provide high-speed internet access to residential and commercial buildings where traditional wired connections are not feasible.

Problems Solved: The system addresses the challenge of delivering high-speed internet access to customer premises using millimeter wave signal transmissions while maintaining signal strength and quality.

Benefits:

  • Faster internet speeds for customers in areas where traditional wired connections are not available.
  • Improved connectivity and reliability for wireless internet access.
  • Enhanced network performance and capacity for service providers.

Commercial Applications: The technology can be utilized by wireless data network service providers to offer high-speed internet services to customers in urban and rural areas, expanding their market reach and improving customer satisfaction.

Prior Art: Readers can explore prior art related to millimeter wave signal transmissions, wireless data networks, and high-speed internet access technologies to understand the evolution of this innovation.

Frequently Updated Research: Stay informed about advancements in millimeter wave technology, wireless communication protocols, and network optimization techniques to enhance the performance of similar systems.

Questions about Millimeter Wave Signal Transmission Technology: 1. How does the millimeter wave modem component in the CPE ensure high-speed internet access? 2. What are the potential challenges in implementing millimeter wave signal transmissions for wireless data networks?


Original Abstract Submitted

providing high speed internet access via millimeter wave signal transmissions between a customer premises and a radio access network (ran) node of a millimeter wave signal wireless data network service provider is described. an external customer premises equipment (cpe) is configured for operation while mounted exterior to a customer premises and configured to operate as a relay node between the ran node and an internal local communication node within the customer premises. the cpe includes a millimeter wave modem component providing a millimeter wave signal wireless communication link between the cpe and the ran node, wherein the millimeter wave modem component includes a transmission sub-component operating at a transmission signal power level exceeding a transmission signal power limit for internal power signal transmissions of millimeter wave signals. the cpe further includes a wi-fi modem component providing a wi-fi signal wireless communications link between the cpe and the internal local communication node within the customer premises.

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