widely used hdmi version 2.0 for image transmission

hdmi version 2.0 description

Several tests were performed at each stage of production to ensure consistency in product quality. The pure copper conductors ensure the speed of the data

HDera widely used hdmi version 2.0 for image transmission-1

HDera widely used hdmi version 2.0 for image transmission-2

hdmi version 2.0 SPECIFICATIONS

Model No：	HD1034
Versions:	1.4v,2.0v (optional)
Appearance:	Zn alloy Metal shell type-Gun black
Connector Type：	HDMI 19 P A/M to A/M
Connector:	24k Gold-plated
Conductor：	High purity Oxygen Free Copper (CU)
Gauge:	30/32 (optional)
Insulation:	HD-PE
Shielding:	AL+ ML+ Braiding (Triple shielding )
Outer Diamete:	5.5 mm 4.5mm (optional)
Jacket:	PVC
Color:	Black (optional)
Length:	3FT to 30FT (1m-10m) optional

By using this product, users can enjoy better results on the screen. This product allows users to share an Internet connection among multiple devices. Its length can be customized according to needs.

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The design of HDera hdmi version 2.0 is a consequence of many combined parameters. Geometry, materials, surface area design, and air velocity are all seriously considered in enhancing the performance of the product.

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HDera hdmi version 2.0 is developed with a deep investigation. Its air circulation part, materials and layout of the interface with the device are all seriously considered by the R&D team.

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HDera hdmi version 2.0 has to go through a secondary surface operation process which mainly includes finish plating, anodizing, powder coating, and heat treatment.

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The manufacturing process of HDera hdmi version 2.0 includes profiles extruding, cutting, CNC machining, deburring, and surface treating. All of these procedures have to be inspected by the QC team to meet the highest requirements in the heat sink industry.

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Many design factors of HDera hdmi version 2.0 have been taken into consideration by our designers during the preliminary stage. These factors include thermal resistance, materials, fin efficiency, and spreading resistance.

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The product achieves a better heat dissipation effect. It is specially designed with a temperature higher than the surroundings to transfer heat by convection, radiation, and conduction.