I'm seeing 2TB NVMe PCIe 4.0 SSDs with 7000+ MBps under $100 these days. Almost everything in the computer-world is on a significant sale.
I'm seeing 2TB NVMe PCIe 4.0 SSDs with 7000+ MBps under $100 these days. Almost everything in the computer-world is on a significant sale.
I'm doing my part!
My second tip for solving incompetent software with redundant hardware: TOSLink -> 1Mii Bluetooth Transmitter to avoid the catastrophic linux bluetooth stack. It's brilliant. TOSLink = no buzzing from inadequate shielding next to digital lines (or "AI audio" noise floor massacre or popping or...) and no software bluetooth = OS can't screw up pairing and that OS switching can't screw up the pairing. I did this in a moment of rage after the Nth time dumping hours into yet another linux bluetooth issue only to find that someone had submitted a patch years ago but project management hadn't reviewed the patch for a year and then banned the person who submitted the patch for complaining that nobody was reviewing his patches >.<
I do remember the bug: Bose headphones have a low quality mode and a high quality mode (low quality frees bandwidth for microphone and maybe latency), and the linux bluetooth stack defaulted to the low bandwidth mode so aggressively that even if you changed the script to set high bandwidth mode it would immediately set back.
I have no idea if the bug is fixed because this happened in 2020 and I haven't thought about desktop bluetooth since 2020 because TOSLink->1Mii Bluetooth Transmitter solved all my problems with it.
(Obviously not an endorsement.)
https://www.tomshardware.com/news/flash-memory-wear-killing-...
I get why they do it though, my 2022 MB Air is serious competition against my work 2019 16" MBP. Far superior battery life, similar display quality (WTF that notch though), feels just as snappy with IntelliJ, 200+ Chrome tabs and Docker, and all of that despite just 16 GB RAM. No way to do that unless you got fast storage directly adjacent to the CPU so users don't notice swapping.
I was looking at NewEgg and not Alibaba/ebay/amazon
https://slickdeals.net/newsearch.php?q=2tb&searcharea=deals&...
Note: Intel is literally obsolete in terms of Flash. Intel sold all of their SSDs to SK Hynix, who is now selling those SSD-designs under the name of "Solidigm"
So if you want a "modern Intel" SSD, look for Solidigm. Intel got out of this race in December 2021, so no "new" SSD (2022 or 2023 era) is from "Intel" branding, only "Solidigm".
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I'm more of a Crucial / Micron fan myself, but Samsung, Crucial, and WD (aka: Sandisk was bought out by WD) are all 2TB for under $100.
But yes, I'm talking about the big-names, with high-performance (7000MBps+ suitable for PS5). The good stuff. GPUs, CPUs, HDDs, and Motherboards have also come down in price. Its entirely across the board though the SSD market is where its most obvious.
They can be had for sub $100. Even the much lauded Samsung 980 Pro is dipping close enough to the same.
DDR5 ram is finally starting to get price reasonable as well.
dunno why people keep paying this premium for them, there's other better options for less money, like HP FX900 or Team Cardea these days. And those companies have a track record of reliability and not... whatever Samsung is doing for the last 10 years.
Like honestly these days Samsung rates below stuff like Sabrent Rocket for me. You're better off picking a random other product from a big-name brand with equivalent specs as long as it's not a Samsung... the "SSD monty hall problem" if you will. Simply by switching, you improve your odds.
https://www.bestbuy.com/site/wd-black-sn850x-2tb-internal-ss...
The ultimate price that consumers pay is very much related to demand and less about costs. The economics of chips is very interesting: its very expensive to design and develop a chip. But making additional copies of chips (or mass producing any design, really) is extremely cheap.
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So yes, computer parts will go up in price mostly in reaction to demand. And they'll go down in price mostly in reaction to demand.
The long-term investment into computers is not guaranteed however. It takes $Billions to design a modern chip, which is the hard part in practice. To run a computer company means to sell enough chips to fund the next generation. But for any given week or day of the year, the price of those chips can be whatever anyone feels like... really.
The purification and especially the lithography (aka making actual chips out of a silicon disk) is what is expensive. The machines are pricey as fuck - a single line from ASML alone costs 200 million dollars, and that's just the machines for the lithography, not including the machinery that makes the ultra pure monocrystals, that slices them, or that cuts and packages them, or the cleanrooms and the remaining support infrastructure. Or the extremely specialized staff you need to actually operate them.
And it's a ton of money involved with very long lead times - say you're TSMC, you get an order for a batch of chips, and even if you had capacity starting tomorrow, the 700 steps to the final product take three months [1]. That's a massive amount of capital to be stuck for months, and errors can waste all of that.
[1] https://www.seattletimes.com/business/technology/three-month...
https://www.westerndigital.com/products/internal-drives/wd-b...