You may be wondering if your Sony television is capable of 16k resolutions. Sony claims that its 16K TV has 132.7 megapixels.
While megapixels can refer to different sizes of pixels, more doesn’t always equal better quality.
We’ve broken down the differences between 4K and 16K to help you determine which size is right for your needs.
Use this megapixel calculator to compare and visualize different megapixels to make your comparison easier.
132.7 megapixels
How many pixels do you need to capture a high-resolution image? How many megapixels are in a 16k-resolution image? It all depends on your needs.
Generally, 4K resolution contains about 8.5 megapixels and can be seen easily by people with perfect vision.
But 16k resolutions has more than ten times as many pixels as 4K. It requires a multi-monitor setup to be properly used.
The next step in video and photo resolution will come in the form of multi-monitor displays. The new 16K display from Sony will feature sixteen screens in a row, resulting in a massive, 63-ft screen.
This display is more than two storeys tall, and has a diagonal resolution of 15,360 pixels (the horizontal portion) and eight,640 pixels (the vertical portion). As a result, it will have more than four times the resolution of a 4K display and sixteen times as many pixels as a 1080p screen.
16 times more pixels than 4K
The resolution of 8K televisions is twice as high as that of 4K, giving it a total of 33,177,600 pixels. This is 16 times more than 4K, and the difference between the two is easily visible to the human eye.
The difference between these two resolutions is not as large as it may seem at first glance. The differences are not only in the horizontal resolution but also in the number of pixels per inch.
Sony’s new 16K TV
If you’re wondering, “How many megapixels does Sony’s new 16K TV have?”, you’re not alone. The new television has a 16K resolution and has nearly 16 times the number of pixels as the highest-resolution 4K UHD TV.
Sony has been working on this technology since 2014 and unveiled the first model in February.
The Sony 16K TV has a resolution of 15360 x 8640, which is 16 times higher than the resolution of the current 4K UHD TVs. Because of this, Sony was forced to create its own image.
The screen of the new Sony TV has what may be the largest in the world. The screen has 16K resolutions, and its massive 63-foot size is likely to have a modular design.
While Samsung’s The Wall has noticeable seams, Sony’s bezel-less modules appear to reveal a seamless screen.
That means the Sony TV will have a million-to-one contrast ratio. It also has the highest level of accuracy in light levels and low heat emission.
Sony hasn’t said how much the massive setup costs. But the cost of each module for a 16K display is $10,000, so a 16K TV could cost up to $5 million – roughly PS3.8 million – and still be a luxury for many consumers. But as technology improves, the benefits of 16K TVs will only grow. And you can’t go wrong with a 16K TV – it’s truly a piece of art.
Compared to most HDTVs on the market, Sony’s new TV will offer a sharper image, a better contrast ratio, and less heat than traditional LCDs. Sony’s new 16K TV also has a micro-LED display, which doesn’t require a backlight. That means that it has a million-to-one contrast ratio and can support a frame rate of 120p.
Conclusion
The human eye can’t tell the difference between 32K resolutions and 4K. It has a resolution of 7680 x 4320 pixels. In comparison, a standard 1080p TV has about a million pixels.
Sony’s new 16K TV has exactly 48 million pixels!
What’s so impressive about this new technology? In addition to having a much higher resolution than a typical 1080p TV, it is also a lot more affordable than its 1080p counterpart.
The pixel count in a high-resolution TV is crucial for sharpness. The pixels of a 1080p TV are too close together to see each pixel.
The pixel density in a 16K TV is approximately three times higher than that of a 1080p TV. In addition to this, the resolution in a 16K TV is about five times more than that of a 1080p TV.
