HDMI high-definition data line

Abstract

The invention discloses an HDMI high-definition data line which comprises HDMI high-definition data line connecting plugs, HDMI high-definition data line protective sleeves and HDMI high-definition data lines are fixedly installed on the opposite faces of the two sets of HDMI high-definition data line connecting plugs, and the HDMI high-definition data lines are fixedly installed on the inner sides of the HDMI high-definition data line protective sleeves. An installation groove is formed in the outer wall of each HDMI high-definition data line, a reinforcing strip is fixedly installed in eachinstallation groove, and an HDMI high-definition data line protective sleeve is fixedly installed on the opposite face of a HDMI high-definition data line connecting plug, so that the connecting positions of the HDMI high-definition data line connecting plugs and the HDMI high-definition data lines are protected conveniently, and the HDMI high-definition data lines are not prone to damage. According to the HDMI high-definition data lines, the installation grooves are formed in the outer walls of the HDMI high-definition data lines, so that the reinforcing strips can be conveniently limited andfixed in the installation grooves, and meanwhile, the HDMI high-definition data lines can be reinforced, so that the HDMI high-definition data lines are not easy to damage when in use.

Description

technical field [0001] The invention belongs to the technical field of HDMI high-definition data lines, in particular to an HDMI high-definition data line. Background technique [0002] The HDMI signal is a pure digital signal without compression, and transmits a fresh pure digital signal to the TV through nineteen anti-oxidation copper wires. In each transmission, the digital signal is rarely lost, and the HDMI cable preserves the best digital signal, so that the signal is displayed on the TV to the greatest extent, which is sharper and the color of the picture is more plump. The wire contains nineteen high-oxidation-resistant copper wires and a 24K gold-plated interface. It can bear the bandwidth of 387MHZ per second (far greater than 10.2Gpbs). This transmission speed is far more than twice the transmission speed required by the audio and video we usually use. [0003] The current HDMI high-definition data cable is widely used in electronic products, such as tablets, a...

AI Technical Summary

Problems solved by technology

[0003] The current HDMI high-definition data cable is widely used in electronic products, such as tablets, and usually the plug of the HDMI high-definition data cable can be directly plugged into the interface of the tablet. Under long-term use, it is extremely vulnerable to damage. At the same time, the HDMI high-definition data cable connector is damaged due to the high temperature of the internal components under long-term use, and there is no protective structure at the connection between the HDMI high-definition data cable plug and the tablet interface, resulting in HDMI high-definition data. Under the action of external force, the wire connector is very easy to fall off and affect the use. Therefore, the structure of the HDMI high-definition data line needs to be improved. At the same time, the present invention proposes an HDMI high-definition data line to better solve the above-mentioned problems.

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