Because TN screens are too backward and have too many shortcomings. The new technology may have a difficult start, but its prospects are bright.

Hong Chuanfeng believes that as the production process matures in the future, there will be room for the manufacturing cost of STN screens to decrease.

"Professor Hongchuan, in addition to handheld computers, can the STN screen be used on larger screens? For example, is it possible for TVs and computer screens?"

Since there are so many advantages, Hongchuanfeng has no reason not to find a wider commercial space for STN screens.

Relying solely on the support of handheld consoles, STN may make a profit, but it will never make a fortune.

If you want to fully enjoy the dividends of monopoly and pioneering, more customers are a must-have prerequisite.

The optimism of Bu Nao and Hongchuan Feng was different, and Professor Hongchuan Hideki looked a little embarrassed.

"The current LCD screen driving method uses electrode driving to synchronize the X and Y axes.

But if the screen size is too large, the response time of the electrodes in the center will be longer.

And if the screen display is not consistent, the overall speed will slow down."

In order to make his explanation more intuitive, Hongkawa Hideki changed to a larger screen to conduct live demonstrations.

With the power in place, the appearance of the middle pattern visible to the naked eye is obviously a beat slower than that of the surrounding circle.

If the delay is visible to the naked eye, it can be imagined that it is basically unrealistic to put it on a TV or computer.

It's like the refresh rate of a CTR monitor is too low. If you watch it for a long time, you will feel the screen flickering and jumping.

"In terms of whether the effect is guaranteed, at least whether the delay cannot be observed with the naked eye, what is the maximum size that the STN screen can achieve?"

"About 9 inches."

9 inches? Hongchuan Feng’s eyes lit up, it’s not like he didn’t mess with it at all.
Chapter completed!