#Usb 3.0 power booster cable series
Modern USB Extenders can use self-powered cables (USB 3.0), a series of hubs, or converting the signal back and forth from CAT5 (or CAT6). They ensure a USB peripheral functions correctly at a distance from the host computer. They boost the voltage back up into the range of engineering standards. USB Extenders counteract the natural decay of power and data quality. They designed a cord that would both power the peripheral and supporting data transfer rates up to 480 megabyts per second. They created a cable standard that would be guaranteed to work between computers and peripherals. That engineering standard was set by a cooperative agreement between Microsoft, Hewlett-Packard, Intel, Lucent, NEC and Phillips. Therefore, engineering the materials within the USB cord seeks to ensure 100% reliable power and data quality within sixteen feet. The effect is that 5 volts at the beginning will no longer be 5 volts forty feet away. That natural law is measured by impedance, or resistance.
The laws of nature enforce a decay of quality over distances on both power and data. The USB cord carries both electrical power and data. So can industrial automation, surveillances or sensor monitoring applications. USB camera placement can easily exceed that restriction. Anyone needing a USB cord longer than ten feet may have asked the question, “How does a USB extender work?” Few people know that USB cables were not designed to be longer than 16 feet.
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