You might have heard about HDMI switch but perhaps you don’t know much about it. You are too shy to ask about it but you worry that you will be judged and be left behind by technology. HDMI stands for high definition multimedia interface which is now used to connect all devices that support HMDI to your high definition TV through just a single cable.
It is a newer version which replaces VGA cables and other analog connections. An HDMI switch is plugged in to one of the HDMI ports in your TV which allows for more HDMI capable devices to be connected to your TV through this switch. You might have also heard about HDMI switch Ethernet control.
This article discusses HDMI switch Ethernet control, its possibilities, uses, and more. In this article, the HDMI and Ethernet are also explained for more elaborate meaning and understanding of HDMI switch Ethernet control.
When you don’t have an HDMI switch, the best way to connect a device to your high definition TV is through a pair of standard Ethernet cables using HDMI to Ethernet converters. The standard HDMI Ethernet converter can transfer 1080P high definition video and audio over a pair of Ethernet CAT5/6 cables. These Ethernet CAT5/6 cables are easily installed with the use of HDMI over an Ethernet transceiver.
It can be too technical to understand how an HDMI switch Ethernet control works. But we can try. The display resolution also depends on the kind of Ethernet cable used. Ethernet cables and connectors are effortlessly field terminated which then result in easy installment of the proper cable length vital for superior flexibility and to avoid logistical problems. In short, you don’t have to pre measure and order cables.
A standard cable and cable length allows data transmission of 300ft or 1080i and 150ft. The CAT 6 allows for best performance and 1080p resolution.
Do not underrate the capability of an HDMI switch Ethernet control. Did you know that you can send HDMI, infrared, and optical digital audio which are far apart among each other from a high definition TV? Yes, you can.
If your high definition TV and HDMI sources are placed apart, you need to control the equipment source through infrared. This is possible with HDMI Ethernet + I.R. extender. HDMI Ethernet + I.R. extender allows the HDMI, I.R. and optical digital audio over 150 ft through a standard pair of Ethernet cables.
With HDMI Ethernet + I.R. extender, you can locate your HDMI input sources which are far from the TV and yet can still be controlled using the I.R. Moreover, an optical digital audio can be reached over 150 ft to a remote surround sound system.
Ethernet is a part of computer networking technologies which is typically used in LANs or local area networks and MANS or metropolitan area networks. It was the standard IEEE 802.3 which was commercially introduced during the 1980s. Today, the Ethernet competes with wired LAN technologies such as FDDI, ARCNET, and token ring.
The original Ethernet model was the 10BASE5 which used coaxial cable as the shared medium. There are newer Ethernet varieties too. They use twisted pair and fiber optic links in combination with switches or hubs. Because the computer industry has been improving Ethernet and other technological devices, Ethernet has increased its data transfer rates from the original 2.94 megabits per second to 100 gigabits per second.
The most common form of Ethernet is the 10Base-T which uses unshielded twisted pair wiring rather than coaxial. 10Base-T provides better electrical performance than the Thinnet or Thicknet. It is also more cost effective than its alternatives because it is like a fiber optic cabling.
The first type of Ethernet that was made is the 10Base5 or often referred to as Thicknet. During the 1980s, the Thicknet was used. Thicknet was used until 10Base2 Thinnet came along. Thinnet provided 5 mm and has more flexible cabling than the Thicknet which has 10 mm and less flexible cabling.
It could be too technical to understand how Ethernet can be paired with HDMI cables and connect your HDMI supported devices to your high definition TV. Technology has been making life amazingly better, and more convenient.