Samsung's new Micro RGB tech is confusingly still an LCD panel with a backlight, but it could have t

You know the whole LED TV or PC monitor thing and how misleading it is on account of the "LED" bit being just a big, dumb backlight for an LCD panel? Well, it's kinda happening again with , except it's a bit better and a bit worse than you might expect, all at the same time.

So, Samsung has announced its first Micro RGB TV, a 115-inch model. The company first mooted this technology at CES in prototype form, but now we're getting an actual TV, though Samsung hasn't named the precise model number as yet.

Anyway, what the super-sized Korean conglomerate is doing here is both old and new. The old bit is that this panel is still an LCD with a backlight. It's not and nor, importantly, is it like . The latter uses individual and very small—hence "micro"—LEDs to create each pixel on the display. And it's super expensive and only available for very large displays right now.

For Micro RGB, the pixels are still in a conventional LCD panel and the "Micro RGB" bit is in the backlight. Compared to existing LCD gaming monitors with, say, mini-LED local dimming like the , the new stuff is twofold. First, instead of using white LEDs to light up an LCD panel which in turn has RGB subpixels, this Micro RGB backlight has lots of RGB LEDs, each of which can be controlled separately.

In other words, if you want a part of the LCD panel to show the colour blue, not only can you use the RGB subpixels in the LCD itself to achieve that, you can backlight them with blue light in the first place. In theory, this should make for far better colour fidelity. In practice it's a bit more complicated than that, more on which in a moment.

The other difference is the number of lighting zones. Unfortunately, Samsung isn't quoting a figure. .

Currently, such displays tend to max out at around 2,000 zones. So, this Micro RGB panel could have as many as 6,000 individually controllable dimming zones. If that sounds impressive, the problem is the number of actual pixels.

A 4K display, for instance, has over eight million pixels. That would mean roughly 1,400 pixels being backlit by each zone. However, Samsung's first Micro RGB panel is actually, 8K, which means over 5,500 pixels per zone.

The problem that creates goes something like [[link]] this. Let's say you just want the whole screen to be blue. No problem, light the Micro RGB backlight up in blue. But what if [[link]] you're rendering a mostly blue object with a few bright red details? And what if those details is much smaller than each of the display's dimming zones?

Bottom line, you'll have to make some kind of compromise with the backlighting. Indeed, local dimming for LCD panels has always been about compromises, [[link]] so that hasn't changed. With more zones, you'll certainly get more precision. And then there's the potential for more vivid colours when the RGB aspect of the backlight can be fully utilised.

What this new display tech definitely can't do, however, is match the perfect per-pixel lighting control of OLED and, indeed, the microLED tech that sounds so similar.

Anyway, I wouldn't be surprised to see this technology appear in PC monitors fairly soon. I doubt it will radically change the PC gaming monitor landscape. It will probably allow for some incredible looking brightness and colour coverage specs. But the limitations of a monitor with a backlight resolution that's far lower than the LCD panel itself will remain. The "Micro RGB" branding certainly sets up expectations that the technology won't be able to meet, and that's not terribly welcome.

In the end, still seem like the best solution in the medium term when it comes to lighting control, contrast and HDR performance. But maybe these Micro RGB panels will offer an interesting value-orientated alternative. We'll see!

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