The problem with this claim is that HDMI cables transmit digital signals. Do you remember around a decade ago, when there was a successful push to replace analog televisions with digital ones?
Claims such as the above are remnants of the analog age, where signals could be blurry or unclear. Analog signals used a waveform to transmit data. These waves were susceptible to interference and misinterpretation, which sometimes resulted in a blurry image.
Digital signals, however, are purely 1s and 0s. There's no room for misinterpretation here; it's either one thing or the other. As such, if you plug in an HDMI cable and the video has no faults in it, you're already getting the best picture quality available. You can't purchase a gold cable and see a better image; that implies that the gold cables will send better, higher-quality 1s and 0sthis isn't possible! If an HDMI cable does go faulty, you'll see white dots all over the screen, known as "snow" or "sparkles.
It's usually a fault with the cable itself and not a lack of gold on the connectors. There are, however, standard and high-speed HDMI cables that define what resolutions they support.
Some gold HDMI sellers also claim that the premium gold cables have lower latency than regular cables. Latency is important for gaming, as your actions on your computer or console will visually occur faster with higher latency. Again, the manufacturers base this on the idea that regular connectors conduct electricity slower than gold.
There's a problem with this theory, however. Is it better than regular HDMI cable? Let's explore in this article. If you're going to buy an HDMI cable, you've probably learned about it and discovered a gold-plated HDMI cable with some of the capabilities it can do. So what is gold-plated HDMI cable? Gold-plated HDMI cables are easy to detect due to their outstanding appearance.
The connector is attached to the device and the screen is covered with a thin layer of gold, making it easy to distinguish from conventional cables. Because of the extra layer of gold on the connector, the price of this cable is usually higher than that of a normal cable. And with this higher price, buyers will ask: Is the gold-plated HDMI cable better than a regular cable? The manufacturer claims that the gold plated layer on the cable connector helps in signal transmission.
Since gold is a better conductor than other materials on cables, the signal to and from the cable will increase. However, the problem here is that HDMI cable transmits digital signals. Do you remember about a decade ago, digital TV has successfully replaced analog TV? Analog signals use waveforms to transmit data. Platinum Tools. Rhino Brackets.
Structured Cable Products. Vertical Cable. View All. Enter your text to search Search. About Us. The gold plating will protect the connectors and prevent corrosion much better than regular cables.
Premium Quality. Gold HDMI cables are pricier than regular cables and often are of higher quality. That means better connectors, thick insulation and an overall good build and durability. So if you are looking for a premium cable, gold HDMI cables can make sense. You will not get any difference in performance but can enjoy the "premiumness" of your cable.
From what we have discussed until now, gold HDMI cables will not offer any significant leap in performance or quality. You may want to pay extra if you prefer the luxury and enjoy the status of owning a gold HDMI cable.
Otherwise, it makes much more sense to save your money and buy a regular HDMI cable. Don't fall for the traps laid by manufacturers claiming the benefits of gold HDMI cables. Stay informed and use a regular cable unless appearance is more important to you! Monthly Archive. The store will not work correctly in the case when cookies are disabled.
Our Customers Installer zone Blog Contact. Solved for Once and All. Here are a few benefits that gold HDMI cables offer- Less Corrosion Gold is often used in circuit boards of computers, smartphones and other electronics for their ability to stand up to corrosion. Share this post. About the Author.
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