USB we have known and exploited since 1995. Originally designed to simplify how consumers controlled peripherals and transfer data.Before USB, the main interface used is a serial and parallel, both with different protocols of data transfer and control perifer.Konentor has shortcomings and is required to pin a lot of queuing in accordance with a hole at the end of the female connector.
Transfer speed offered is also slower than the USB connector.USB 2.0 is the latest version of USB that was created in 2000 with the revolutionary feature allows 480Mbps.Ini transfer rate is an easy interface for plug-ins, which use plastic tongue lined with four pins to handle both data and current transfers electricity.jadi impossible to insert the connector upside down even a grandfather can insert and pull out the cable.The main producers see the value in the connector when the interface was released, and the interface lives up to its name: Universal Serial Bus.
Has a universal connector for various different applications greatly benefit consumers, causing the price of connectivity options across products and brands decreased and also simplify connectivity for different applications in general.Unfortunately USB is only able to travel 16 feet.
This is one major drawback of the USB. While this does not affect most customers who use USB to transfer data from an external drive, or synchronize your MP3 player, the effect of protocol use in commercial and industrial large-scale control of the situation.Several products are available to solve the current limitations of the long extensor and extensor CAT 5. Active Extension basically repeat the signal so you can travel with 16 additional feet with active electronics. Cat5 Extender uses the sender and receiver to send signals over Cat5 USB.
This option is better for USB over longer distances, often transmit USB signals over Cat5 length of 150 feet.
Because it is cheap and easy to install on the wall and data networks, cat5 is a medium that has been chosen.
Subscribe to:
Posts (Atom)