What Is A Fiber Optic HDMI Cable

What Is A Fiber Optic HDMI Cable?


HDMI cables are now an essential part of electronic installations worldwide. Their flexibility and versatility make them the preferred choice for transferring audio and video from the source to the screen as HDMI standards evolve, and so do the types of cables available. A recent development is the inclusion of fiber optic tech in HDMI.

But What Is A Fiber Optic HDMI Cable?

Fiber optical HDMI cable uses fine glass filaments to transmit the information as light waves. It is ideal in certain circumstances, for instance, when trying to connect to a remote screen. Fiber optics can efficiently transfer data over large distances, while copper HDMI cables can’t.

In the case of fiber optic HDMI cable, There are a few points to be aware of before making a purchase. While they can be helpful in certain situations, they could be too much for other applications. If you’re trying to secure your media setup for the future, it may be beneficial to make the switch today. Don’t believe that the fiber optic cable will immediately make your image quality improvement. If you’re interested in learning more about HDMI fiber optic cables, continue reading.

What Is A Fiber Optic HDMI Cable?

What Is A Fiber Optic HDMI Cable

Fiber optics is becoming a sort of buzzword within the world of technology. The mere mention of the term instantly your brain switches to more sophisticated and better-performance electronic devices. Fiber optics changing the way we connect to internet connectivity, so why not adapt the technology to other media, such as the HDMI cable?

Although it may be surprising, optical fiber HDMI cables have existed for quite some time. If you’ve seen those vast LED billboards? Well, they use fiber optical HDMI. The giant screens that are in time square? These screens use fiber optic HDMI too. What exactly does it mean when we talk about fiber optics?

Fiber optic technology uses fine glass filaments to transmit data using light pulses. HDMI cables with fiber optics must be able to convert information from the source to light and then back to a readable signal. That means that there are two converters at each end of a fiber optic HDMI cable.

They are slim, easy to use, and able to support data speeds as high as 18Gbps. This makes them an excellent option for high-resolution videos like 5K and 4K. In terms of commercially available cables made of fiber optics, the market has grown in recent times. Here are some cables you can locate on the internet:

  • AmazonBasics High-Speed Fiber Optic HDMI (on Amazon)
  • DTECH HDMI Fiber Optic HDMI (also available on Amazon)
  • FURUI high-speed fiber Optic HDMI (again on Amazon)

One of the first things you’ll be able to notice while browsing these choices is the price. While you can buy the highest-quality copper-based HDMI cable for less than $20, fiber optic cables are far more expensive. It’s possible to wonder which one is better, to begin with.

What Are The Reasons To Choose An HDMI Cable Made Of Fiber Optic HDMI Cable?

What Are The Reasons To Choose An HDMI Cable Made Of Fiber Optic HDMI Cable

Let’s discuss what distinguishes a fiber-optic HDMI cable from a copper one. They appear similar, however, as we’ve discovered some distinctions regarding their construction. Although you may think there’s a significant distinction between the two, the fiber optic HDMI cables are designed to accomplish one thing: the cable’s length.

In contrast to optical cables, copper-based HDMI cables are prone to issues with length and interference. The most significant issue will be the length. If you plan to transmit 4K video via copper HDMI, you can get to 30 feet before you begin to experience problems (more about this within our HDMI troubleshooting manual).

When using fiber optics, the maximum distance is entirely mashed. HDMI fiber optic cables can transfer data at 1000 feet. For most home-based use, that’s a bit too much, which is why fiber optic HDMI is frequently utilized for commercial applications. The source is typically far enough away for large LED billboards or stadium screens to use copper HDMI.

Suppose you’re planning to use a copper-based wire for a distance greater than 30 feet. You’ll require an additional repeater. A repeater like that one (from Amazon) is reasonably priced and will be used if you need it. Suppose you’re using a cable that is longer than 30 feet. This could mean it’s the best option to opt for with a fiber optic cable.

The Reasons You Shouldn’t Need an HDMI Cable made of Fiber Optic HDMI Cable.

The Reasons You Shouldn't Need an HDMI Cable made of Fiber Optic HDMI Cable.

Before you decide to replace all of the HDMI cables within your home, a few drawbacks exist to using a fiber-optic version. One of the first things you need to consider is the quality of images produced by both cables. Both copper and fiber optic cables offer video quality without excessive detail.

Both cables can handle the task if you’re transferring a 4K video. If you had to examine two screens, one made of copper and one with fiber, you wouldn’t be able to discern two screens. The only thing that can alter the outcomes is distance. Suppose the source is more than 30 feet. Away, you’ll observe how the copper HDMI image is noisy.

Another aspect to consider is the issue of durability. While fiber optic cables tend to be sturdy, there’s no doubt that fiber optic filaments are incredibly fragile. The manufacturers will strive to ensure that all is well; however, if you stretch the cable too much, you risk damaging the fibers.

If this occurs, this means that you are likely to be experiencing blackouts. Because these cables need an open route between one end and one side, even a minor crack can trigger blackouts. In addition, the fiber optic HDMI cables can only function in one direction. The cable has one end used for the source and the other for the screen. It isn’t possible to flip the cable around. This means that things such as the HDMI ARC are out.

Closing Up

Fiber optic HDMI cables are ideal for those who need to connect to the source from more than 30 feet Away. They provide high-quality data transfer over longer distances and feature the latest advancements in HDMI technology. While they cannot offer higher quality images than premium cables made from copper HDMI cables do, they do serve their place.

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