Returning to Dominate The World With My Knowledge System
Chapter 58: Incredible Speed

Chapter 58: Chapter 58: Incredible Speed

The next day, Tyler woke up late again.

Though it wasn’t as late as yesterday, but definitely later than he used to.

But he didn’t beat himself up over it as he knew he’d earned it.

The past two days had been nothing short of taxing for him both physically and mentally.

The algorithms were already installed, the equipment had been modified and the factory was now operational.

His biggest achievement yesterday was production of the first of the GPU chips—Valkyrie-X.

Not only that but also it being validated with results so absurdly excellent that everyone, and even Tyler included had to take a moment to accept them.

And this morning would mark the real beginning, with the full-scale production of Valkyrie-X.

He quickly rolled out of bed and went through his morning routine.

The moment he was done, he grabbed his phone and was about to head down to the hotel’s cafeteria when he heard a knock on the door.

He opened it to find David standing there, dressed in black slacks and a fitted blue shirt.

He looked calm, but there was a trace of fatigue in his eyes.

"You heading down for breakfast?" David asked.

Tyler gave a small nod. "Yeah. You?"

"Already guessed you would, so I waited."

The two exchanged brief smiles and headed down to the cafeteria. Breakfast was light conversation and heavy plates.

Tyler still ate like a machine, burning fuel like someone who’d run three marathons.

David said nothing about it as he was aware that Tyler had nothing else to eat the previous day beside breakfast.

Once breakfast was done, the team convoyed to the plant. Their crew van trailed behind the lead SUV, bouncing slightly on the dirt road as the morning sun cast long shadows across the compound walls.

The moment they arrived, the atmosphere shifted.

Everyone knew what today was.

The real work had begun.

Inside the plant, the production floor was already humming. Machines buzzed to life, trays moved into position, and the technicians began the rhythmic process of coating, etching, doping, layering, and testing—just as they had done the day before.

Tyler didn’t need to supervise. After yesterday’s miracle run, the team had found its rhythm.

And more than that, they understood the standard now. They weren’t just building random chips, they were trying to replicate yesterday’s statistical phenomenon.

And so, Tyler shifted his focus, as 5oday, his job wasn’t on the floor.

He walked into one of his office, cleared the desk, and opened his system interface. Then he pulled up the list he had mentally drafted the night before but had been too exhausted to write down.

Now, with clarity returning to his thoughts, he began detailing every component that would be needed for the Heimdall Supercomputer.

He had made the blueprint yesterday but that was just a rough sketch. He would focus on the things he would actually need for the custom computer.

Project Heimdall Component List:

First, a motherboard with Custom PCIe slots design or as Tyler calls it, GPIC.

This is required for integrating all 10 Valkyrie-X chips directly into the core system. Unlike traditional motherboards with PCIe slots, GPIC (General Parallel Integrated Coreline) supports direct bus integration, voltage balancing, and fluid thermal control across all cores.

It won’t be different from the PCIe slots that comes with a computer’s motherboard but only that Tyler would make some to it.

Second is the power supply unit

Valkyrie-X chips draw 1500W peak each. For 10 units running simultaneously, with overhead for thermal systems and RAM power draw, a minimum of 18,000W is needed.

And Tyler already have the issue of power covered with the generator and electricity from the national grid.

Third was the RAM Modules which would use stacked DRAM towers giving him 64TB total.

Since standard memory won’t cut it. These DRAM towers would be needed as they would deliver ultra-fast buffering with isolated channeling per Valkyrie-X unit, ensuring no data collisions or bottlenecks.

And Tyler can easily create DRAMs in the fabrication plant.

Next was the cooling system and Tyler intends to use liquid nitrogen for it. It’s required to manage 10,000W+ thermal output.

Next was the storage. Tyler would to create more DRAMS for this and it would need to have at least

And finally was the custom BIOS and OS Architecture

Existing systems couldn’t boot Valkyrie-X. Tyler needed to develop a whole new firmware stack that could communicate with the chips’ architecture natively.

Once the list was complete, Tyler let out a sigh of relief, left his office and walked toward the observation deck above the fabrication floor.

He looked down and he saw six chips.

Six Valkyrie-X units already fabricated.

The sixth one had just finished its final thermal test. The engineer handling it gave a thumbs-up, confirming it had passed.

Tyler’s gaze sharpened as he watched them work. This was good—far better than outsiders would understand.

Why was six chips in a day impressive?

Because this wasn’t a major Tier-1 facility with hundreds of employees and billion-dollar machines.

This was a small, custom-built fabrication plant tucked away in an obscure corner of Africa. The facility was run by fewer than 40 people, most of whom had never worked with sub-10nm architecture in their lives.

And yet, under Tyler’s algorithms and calibration protocols, they were producing chips at a speed and quality that would humiliate most top-tier labs.

Each Valkyrie-X took hours of careful handling. From wafer prep, photolithography, etching, doping, and layering, to thermal stabilization and final testing. They were never fast work.

But they were getting faster. The team had found their rhythm. Confidence had taken root. And most importantly, the yield was holding steady.

Every chip was coming out perfect.

Tyler nodded to himself.

At this rate, they would finish all ten chips by tomorrow afternoon—maybe sooner.

That was all he needed.

With Heimdall’s blueprint done and the GPUs now flowing, Phase Two could begin ahead of schedule, as he believes that they will be done with creating all the chips today.

Tyler stood by the railing, arms folded, watching his team move across the floor. They were calm now, no longer wide-eyed or uncertain. They knew what they were doing.

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