Hardware

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A community for news and discussion about the hardware side of technology. Questions and support posts are also welcome, so long as they are relevant to hardware and interesting technologies therein.


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founded 2 years ago
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But there is a catch, or two.

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It's just a DIY project, but I want one badly.

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Sometimes just the thought of choosing components, designing a PCB, and assembling and testing the hardware is enough to kill a perfectly good idea for a new electronic gadget. That’s a lot of work, and when we are deciding what to do with our free time, work is not usually the number one choice. It is for this reason that hobbyists need to have tools available to them that will help them cut some corners to get a prototype up and running quickly.

The Waveshare ESP32-C6 1.8-inch Touch AMOLED Display Development Board is one such tool. It’s a tiny device that can fit in the palm of your hand; however it’s loaded down with just about everything but the kitchen sink. Having so many hardware components in a ready-to-go device makes it easy to start building everything from IoT devices to AI-powered voice assistants and smart home dashboards.

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Mirari is expected to be ready for prime time in mid-2026, costing from around US$600.

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PC components are neatly fixed beneath the belly of this cast iron hulk.

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And it will continue to do so.

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DIY DDR5.

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The PAS 5500/1150C is capable of producing wafers at a resolution of ≤ 90 nm with a wavelength of 193 nm, according to THIS DOCUMENT. It's a machine from the 90s and gets support through 2035.

I don't know what the actual requirements are for printing more modern chips and wafers, though.

Do you think there is much margin to be had with the more recent machines, as in cost vs benefit? There are no import restrictions in my case, for the record.

EDIT:

I did some digging and probably the answer is "NO" because the first 1GB DDR5 from Hynix was ≤ 50 nm and more modern chips use ≤ 20 nm, while I can't find anything confirming lower resolutions can't I doubt any current plans exist for it.

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Price and reliability don't scale.

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Micron is making more money than ever thanks to AI.

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Much earlier than expected

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The semiconductor industry is poised to grow in the coming years.

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Amazon's most powerful CPU to date.

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Siemens and GlobalFoundries have announced a strategic partnership focused on AI-driven automation of semiconductor production. The agreements are laid out in a memorandum of understanding and focus on chip factories, software, and digital production processes.

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Samsung is reportedly scaling down its HBM production, shifting focus of DRAM production to DDR5 modules because there's FAR more profits to be made.

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New industry analysis argues the AI era is reshaping every part of the chip market at once.

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Two heads are better than one?

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re:invent: The homegrown chips now account for half of all new CPUs added to AWS over the past three years

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