Advanced Powerline Technologies Inc. (APWL)

Overview

Advanced Powerline Technologies, Inc., initiated in 1982 and previously known as AC/DC Communications, Inc., underwent a rebranding to its current name in 2004, indicating a shift towards innovation in powerline communication technologies. Operating from its headquarters in Woodward, Oklahoma, the company dedicated itself to the development, production, and marketing of high technology products. Though marked by aspiration towards revolutionizing communications through power lines, its journey encountered a significant setback when, on December 21, 2007, Bronzesport Industries, Inc., filed for liquidation under Chapter 7 in the U.S. Bankruptcy Court for the District of Nevada, a development that significantly impacted its operations and aspirations.

Products and Services

• Liquid Crystal Display (LCD) Digital Televisions with High Definition Tuners

  Advanced Powerline Technologies, Inc. ventured into the consumer electronics market by providing cutting-edge LCD digital televisions equipped with high definition tuners. These products aimed to deliver superior picture quality and user experience, leveraging advancements in display technology to cater to the increasing consumer demand for high-definition content.

• Broadband Over Power Line (BPL) Devices

  Addressing the innovative frontier of broadband over power line technology, the company focused on the creation and development of devices that facilitate internet data transmission over existing power lines. This endeavor reflected an ambition to utilize the ubiquitous nature of power lines, transforming them into a novel conduit for broadband internet services, and thus broadening the accessibility of high-speed internet connections.

• Power Line Communications Friendly Devices

  In addition to BPL technology, Advanced Powerline Technologies, Inc. pursued the development of devices compatible with power line communication (PLC). These products were designed to enable data communication over electrical wiring within buildings or across a power grid, offering a novel solution to expand connectivity without the need for additional network infrastructure.