Modder pumps liquid directly over bare GPU silicon via 3Dprinted block drops RTX 2060 Super load temps to 28C despite initial leaks

The world of computer hardware is a realm where innovation and madness coexist in a delicate dance. On one hand, we have visionaries like TrashBench, who dare to challenge conventional wisdom by pumping liquid directly onto a running GPU, achieving temperatures as low as 28°C. On the other hand, we have megaprojects like Elon Musk's Terafab, an all-in-one chip manufacturing facility that promises to revolutionize the industry, but raises questions about its massive scale and potential impact. In this article, we'll delve into the fascinating world of hardware, exploring the latest developments, and separating the game-changers from the gimmicks.

TrashBench's experiment with direct die water cooling has sparked a heated debate among hardware enthusiasts. By removing the metal waterblock and pumping liquid directly onto the bare GPU silicon, they achieved remarkable temperatures, but not without encountering initial leaks and concerns about water damage. The use of 3D-printed blocks, epoxy adhesive, and careful material selection ultimately led to a non-leaky prototype, but the question remains: is this approach viable for mass production? The answer lies in the details, and we'll examine the pros and cons of this innovative method.

To help you navigate the complex world of hardware, we've created a tier list that ranks components based on their performance, power consumption, and price. The following table provides a comprehensive overview of the top-tier hardware:

Component	Performance	Power Consumption	Price
NVIDIA GeForce RTX 3090	Tier 1: 10/10	350W	$1,500
AMD Ryzen 9 5900X	Tier 1: 9.5/10	125W	$700
Intel Core i9-11900K	Tier 2: 8.5/10	125W	$500

This tier list will help you make informed decisions when building or upgrading your system, ensuring you get the best performance without breaking the bank.

The pursuit of innovation in hardware is often driven by the demands of the gaming industry. However, this relentless push for performance can lead to burnout, both for the components and the people involved. The Terafab project, for example, aims to produce logic and memory chips, as well as handle lithography, packaging, and testing under one roof. While this ambitious undertaking may revolutionize the industry, it also raises concerns about the environmental impact, worker welfare, and the potential for monopolization. As we strive for better hardware, we must not forget the human and environmental costs.

In conclusion, the world of hardware is a complex, ever-evolving landscape where innovation and insanity often coexist. As we've seen, direct die water cooling, Terafab, and tier lists can be both game-changers and potential pitfalls. To navigate this treacherous terrain, one must be aware of the latest developments, weigh the pros and cons, and consider the broader implications. So, the next time you're tempted to upgrade your rig or invest in a new component, remember: the pursuit of performance is a double-edged sword. Don't be a noob; be a informed, responsible, and environmentally conscious hardware enthusiast. And if you're still unsure, just ask yourself: is this innovation worth the cost, or is it just a bunch of hype?