Tolik

AI | WEB3 | RESEARCH

[Tolik @TolikWeb3ep]

https://t.co/ROjVOrNjA2

[Tolik @TolikWeb3ep]

@KirSolo193083 Yeah bro, overheating can ruin everything

[Tolik @TolikWeb3ep]

AN RTX 5090 ON CUSTOM WATER COOLING. ABSOLUTE INSANITY.

An ASUS TUF RTX 5090. A custom Alphacool GPU water block. A liquid-cooling loop designed to deliver serious performance while keeping noise under control.

Now THIS is what high-end PC engineering looks like.

Everyone talks about the RTX 5090 because of its raw power. But putting a powerful GPU into a system is only half the challenge.

The other half is managing everything that comes with that power.

Heat. Noise. Airflow. Thermal limits.

A GPU can be incredibly powerful, but if its cooling system struggles under sustained load, that power becomes harder to use comfortably.

That's where custom water cooling gets interesting.

Instead of relying entirely on the graphics card's stock air cooler, a compatible water block transfers heat from the GPU into the liquid-cooling loop, where radiators dissipate it.

With the right design, this can help manage temperatures and reduce noise, depending on the radiator capacity, pump, fans, and overall setup.

And I think that's what separates a serious high-end build from one that simply looks expensive.

The goal shouldn't just be to squeeze as much performance as possible out of the hardware.

It should be to make that performance sustainable, quiet, and enjoyable to use.

Because imagine spending a fortune on a powerful PC, only to have the cooling system constantly sounding like it's preparing for takeoff.

Personally, I'd rather have a machine that delivers incredible performance without announcing its presence to the entire room.

Of course, custom liquid cooling adds cost, complexity, and maintenance. It doesn't automatically make every GPU faster, and it's not necessary for everyone.

But when the goal is to combine flagship hardware, a clean aesthetic, and quiet operation, I can absolutely see the appeal.

REAL HIGH-END PC BUILDING ISN'T JUST ABOUT MORE POWER. IT'S ABOUT MAKING THAT POWER FEEL EFFORTLESS.

[Tolik @TolikWeb3ep]

https://t.co/ROjVOrNjA2

[Tolik @TolikWeb3ep]

@0xShoopy Nice words, friend

[Tolik @TolikWeb3ep]

@EugBass Cool PC

[Tolik @TolikWeb3ep]

@hammertime_one Your friend earns a good living

[Tolik @TolikWeb3ep]

@HoodieFade_ They released an interesting article

[Tolik @TolikWeb3ep]

@0xAIlabs Exactly. Saving is easy. Finding it again is the hard part

[Tolik @TolikWeb3ep]

@k0dzilla Claude Code found photos that left the gallery years ago. Worth checking

[Tolik @TolikWeb3ep]

@noclipepe Gemini 4 Carbon pulled ahead in both speed and value. Strong result

[Tolik @TolikWeb3ep]

@kinderlayer Shapes are the easy part. The real question is whether the pistons actually turn the crankshaft.

[Tolik @TolikWeb3ep]

@shredderAI Haha, exactly

[Tolik @TolikWeb3ep]

@lostinazeroy The temperature has no chance of being

[Tolik @TolikWeb3ep]

34 FANS IN ONE PC?! WHO THE HELL BUILDS THIS

An AMD Ryzen 9 9950X3D. An NVIDIA RTX 5090. Fully custom liquid cooling with water blocks on both the CPU and GPU.

AND 34 FANS.

Let that sink in for a second.

Most people build a PC, install a few fans, make sure the temperatures are under control, and call it a day.

This build takes a completely different approach.

We're talking about two of the most powerful consumer components you can put into a desktop, combined with a custom cooling loop and an absolutely ridiculous number of fans.

But here's what makes this interesting to me.

Building a high-end PC isn't just about buying the most expensive hardware available. The more power you put into a system, the more important the engineering around it becomes.

Heat has to be managed. Airflow has to make sense. The cooling system has to work as a whole, and everything needs to remain stable under heavy workloads.

And adding more fans doesn't automatically mean better cooling. Their placement, the airflow path, radiator design, and fan speeds all matter. Beyond a certain point, more fans can mean more noise, more complexity, and diminishing returns.

That's why I'd love to see the actual thermal and noise results from a build like this.

Because the real achievement isn't simply fitting 34 fans into one machine.

It's making all that hardware work together efficiently.

Still, I can't deny how insane this build sounds. A flagship CPU, an RTX 5090, custom water cooling, and enough fans to make an entire room feel overengineered.

Some people want a PC that gets the job done.

Others apparently want to build a small industrial cooling facility on their desk. 💀

The biggest question is: how much does it cost?

[Tolik @TolikWeb3ep]

https://t.co/ROjVOrNjA2

[Tolik @TolikWeb3ep]

@lostinazeroy Cooling is proceeding properly

[Tolik @TolikWeb3ep]

@dealwithFJ Yes, an interesting model

[Tolik @TolikWeb3ep]

@KirSolo193083

[Tolik @TolikWeb3ep]

@kinderlayer Yes, this is something new

[Tolik @TolikWeb3ep]

@hammertime_one The distribution took place as follows

[Tolik @TolikWeb3ep]

@iamigorekk I like things like that too

[Tolik @TolikWeb3ep]

@ko_valeva But I don't know the answer

[Tolik @TolikWeb3ep]

@coolerwave Claude Code found something that should have been deleted immediately

The system cache turned out to be an archive