**April Fool's Video of the Year: A Look at NVIDIA RTX 4090 Setup**
I recently came across an amazing video posted by Captain's Workspace that showcases an incredible April Fool's setup. The video features a massive NVIDIA RTX 4090 card, which is not a real product but was assembled by Captain's Workspace and looks incredibly realistic. The card stands out with its dual power plugs, allowing users to bypass their power supply and feed the card's one kilowatt board power needs. What's even more impressive is the cooling system, featuring no less than 12 fans - four on top and eight on the bottom. To add some extra flair, the setup includes RGB LEDs on the logo and the NVIDIA logo.
The quality of this model is truly blown away by Captain's Workspace, who put in an incredible amount of detail work into assembling this setup. The video also features some detailed shots of the PCB and power delivery setups, showcasing the level of craftsmanship that went into creating this massive card. As someone who loves humor, I was thoroughly entertained by the April Fool's video and appreciate the creative effort that Captain's Workspace put into it.
**Chip Shortages Continue to Plague the Industry**
The chip shortage is still a major issue in the tech industry, with manufacturers struggling to meet demand for semiconductors. In response, chip makers have been announcing plans to build more buildings to increase production capacity. TSMC, one of the largest and most prominent chip makers, has announced plans to invest $100 billion over the next three years to expand its manufacturing capabilities. This is a significant investment, dwarfing Intel's own efforts to boost production capacity, which were revealed earlier in the week.
The focus on increasing capacity is likely aimed at supporting the development of advanced semiconductor technologies. While details are still sketchy, it appears that TSMC is seeking to bolster its position as a leader in the field. It remains to be seen whether this investment will be successful, but one thing is certain - the chip shortage is not going away anytime soon.
**Internet Service Providers and Slow Internet**
In a shocking move, one of the largest internet service providers (ISPs) in the United States has been touting slow internet as an acceptable standard. T, which operates under various brand names across the country, has defined broadband in the slowest terms possible to avoid investing in infrastructure upgrades. According to T, 50 Mbps download speeds and 10 Mbps upload speeds are sufficient for most users.
This stance is deeply concerning, particularly given the growing demand for faster internet connectivity - especially in rural areas where service often remains poor. The US government has proposed a new standard of 100 Mbps download and upload speeds over fiber to the home, but T's refusal to invest in upgrades suggests that there may be some resistance to this proposal.
**Sustainable Electronics and Chitin**
Researchers have made an exciting discovery in the field of sustainable electronics, with chitin playing a significant role in advanced nanocarbon fabrication. Chitin is a biopolymer derived from crab shells and has been found to be more efficient than traditional methods for manufacturing nanocarbon materials. This breakthrough could lead to significant improvements in electronics production, potentially paving the way for more eco-friendly devices.
While it's hard not to smile at the idea of computers being made from crab shells, this discovery is a genuine game-changer. The use of chitin and other biopolymers could help reduce the environmental impact of electronic manufacturing, making them more sustainable in the long run.
**YouTube Experiment: Hiding Dislike Counts**
In an effort to promote creator well-being, YouTube has announced an experiment where it will hide public dislike counts for videos from view. The platform has stated that this is in response to feedback from creators who felt that public dislike counts could negatively impact their motivation and creativity.
While some may argue that dislike counts serve a purpose in gauging the quality of content, others see them as a necessary part of the viewing experience. However, by removing this metric, YouTube hopes to create a more supportive environment for creators. Whether this experiment will be successful remains to be seen, but one thing is certain - it's an interesting move from a platform that often prioritizes algorithm-driven recommendations over creator feedback.
**Right to Repair: A GoFundMe Campaign**
Electronic repair enthusiast Lewis Rossman has launched a GoFundMe campaign in support of right-to-repair laws. Lewis shares his electronics repair skills on YouTube and runs a laptop repair store, where he works with customers to fix broken devices. He has testified in Congress about the importance of these laws, which aim to give consumers more control over their electronic devices.
Lewis believes that once you buy something, you should be able to modify or repair it as you see fit - rather than being forced through a manufacturer's channels. By supporting this cause, Lewis is hoping to raise awareness and funds for initiatives that promote consumer choice in electronics repair. If you agree with the principles of right-to-repair, consider reading up on the GoFundMe campaign and donating if possible.
**Conclusion**
In conclusion, this April Fool's video showcases an incredible level of craftsmanship and creativity from Captain's Workspace. While chip shortages continue to affect the industry, T's stance on slow internet is deeply concerning. The discovery of chitin in sustainable electronics is a genuine breakthrough that could have significant implications for eco-friendly manufacturing.
Meanwhile, YouTube has announced an experiment to hide public dislike counts, while Lewis Rossman is fighting for the right to repair through his GoFundMe campaign. As technology continues to advance, it's essential that we prioritize consumer choice, sustainability, and transparency in electronic devices - whether that means embracing new materials like chitin or supporting initiatives like right-to-repair.