The release of this master control program truly laid the foundation for the rapid development of solid-state drives.

Of course, Su Wu's ideal controller was the 512G solid-state drive controller from Apple in 2012.

This way, they can skip many stages and directly develop a 512GB solid-state drive.

Once a suitable solid-state drive (SSD) is available, the speed of writing and reading data will experience a qualitative leap, becoming several times faster than that of a mechanical hard drive.

"It's good that everyone has ideas. In order to build a big data module, we need to study solid-state drives."

"Okay, I'll write the main control scheme, and everyone else will be responsible for the other parts. Our goal is a 512GB solid-state drive."

512G?

Everyone was stunned upon hearing this.

Their boss must have gone mad.

Even mechanical hard drives wouldn't dare to be this arrogant now, right?

That's a hard drive, not a RAM stick.

As far as Gao Qiang and others know, the largest mechanical hard drive currently available seems to be only 250GB, and even that is not common.

The most common mechanical hard drives now only have about 60GB of storage space.

Even Huachao computers seem to only offer storage between 60GB and 160GB.

Su Wu's first words were "512G," showing he completely disregarded his colleagues.

Gao Qiang smiled wryly and said, "Boss, shouldn't we start small, like 30G? I heard that Xiao Ri Zi is working on that."

Upon hearing this, Su Wu realized he had gotten a little too excited.

He vaguely remembered that this year, Xiao Zixing seemed to have a great time and came up with a 32G solid-state drive, which made their laptops very popular.

It seems things are not as simple as he imagined.