Nothing new
An Intel-based PC built from clip-together modules? Convergent Technologies (of blessed memory) were doing this 20 years ago (admittedly the modules had to be somewhat larger in those days):
http://www.sunsoft.no/bilder/ctos.jpg
If a small form factor PC is still too large for your liking or offers more functionality than you need, then one designer has created a more manageable solution. Uni is a PC concept where operating units are designed as separate white-box units which can then be connected together via three-pin plugs, as and when required. …
Well i think it was ASUS, I remember seeing it a while back it was a shelf that placed the components on which transfered both data and power wirelessly to and from the special shelf you placed the components .
Admittedly it was only a concept but a tad cooler if you ask me
PC/104
If you don't need performance, but just want something compact, low power and easy to assemble, try PC/104 - OK, it's not cheap, but it does the trick. For example, a headless PC/104 stack makes a great low-power silent web server.
On the other hand, this concept looks bulky and unrealistic. Splitting the PC into multiple units will inevitably lead to higher overall power usage as each unit will need a power supply and line interface device, as opposed to having one shared power supply for a traditional machine.
Each individual unit does NOT need its own power supply,. that woudl kinda defeat the object here would it not?
Each unit plugs into the next, so the last one plugs into the wall, and all the others just slot into the front of that.
This is a really neat idea, and along with the ASUS idea mentioned above, is my idea of the future of computing. One day, there will be no CPU or GPU - each 'screen' or terminal thin client will just wireless connect to the main computer in each house/street/town even... its along way off, but distributed processing (if i can call it that) with multiple cores and platforms seems to be the way it'll work.
One day we'll laugh that we sat here with everything connected by wires and actually pressing keys on a qwerty keyboard!!!
Looks strangely reminiscent of the Texas Instruments TI 99/4.
The cool thing about that MCF was, once you got more than two or three modules dasiy-chained together, all you had to do was jiggle the table slightly, and some connection somewhere would be sure to come apart and cause the whole system to crash.
I used to work with the old Unisys B-series boxes that worked the same way - a standard size slab case about 8 inches square and 5 inches wide with a standard connector on each face. You just plugged in whatever units you wanted side-by-side and stuck an end-cap on the connectors on the last one in the chain.
The biggest system I remember had 8 slabs plugged together, forming a base unit about 3 foot long with a monitor sitting on top. It generated a fair amount of heat as well.
Personally, I think this latest incarnation of the plug-together PC will end up sinking the same as all the earlier versions. While it sounds like a good idea, it just doesn't work very well in practice.
I had this idea just after a pal of mine got a new iMac back in 1997. I nearly went to the effort of making a working model, but decided that the disadvantages of this design outweighed considerably its advantages.
For example, what will the long term future of Think be? Will I be able to buy modules of the same design in a few years? Or will an upgrade mean replacing everything so that all the bits match? Even worse, the cutting edge upgrades probably won't be available in Think module form for ages, and they'll be hideously expensive.
Over the Think's life, will I find that some of the light coloured modules get dirty more quickly because they get hotter or have a higher air throughput? If a bit needs replacing because it breaks, will the Think warrentee ensure that new bits are put in the old box to make sure the replacement doesn't look too new? Will the factories or processes used change half way through the production run, meaning that different modules bought a year apart don't quite look the same?
A week old Think sitting proudly on a large desk will probably look really cool. Three years down the line I doubt it will look anywhere near as good.
OK not really, and if anyone goes off and does this I want 5% of any profits! (Ha! As if that disclaimer would work!)
Anyway, I've often wondered why some company, e.g. Alienware or whatever's called, don't make a 'flat' PC that can be securely/safely fastened to the wall, perhaps in between that and a flatscreen that's, say, 4" thick and 1.5m x 1.5m wide.
All components, e.g. hard drive, graphic card, motherboard, called all be placed flat alongside each other, and discreet fans sending the air through, up and out the top.
Made from a well-chosen (visual appearance/strength/head-conduction) metal material and a choice of finishes/colours, it could sit on the wall and be effectively invisable (or highlighted), be behind the TV if needed, connect to input peripherals other devices wirelessly/wireless USB and have a zero footmark.
The main issue would be one power-lead and potentially one video-lead.
This idea might sound crap to a lot of people...
Well unless you are assuming all the inside parts run off 220VAC, there has to be a small internal power supply inside each unit.
A better way to do it would be to have a power module as the base and a custom multi-pin socket between modules to carry PCIe, DC voltages, etc.
Oh dear, I have just described PCIe/104.
It's reminiscent of the IBM PCJr, which had a base unit, and you could upgrade it by adding "sidecars" to the side. They were case-shaped upgrade modules:
http://oldcomputers.net/ibm-pcjr.html
I think the fundamental problem with this new design is that it is ugly. It is also pointless, but that is not a fundamental problem; lots of things are pointless but lucrative (e.g. the blue lights that people put underneath their cars). It also looks like an Apple concept design circa 1989, although without the ridges and angular lines of the LC.
Now, if the modules were labeled 'Breadth,' 'Inexhaustability,' 'Restfuless,' 'Character,' 'Affirmation,' 'Transformance,' 'Sensibility' and 'Fullness' rather than fake chintz terms for 'HD' 'Video' 'Drive I use only for the Adobe BluRay application media' etc. then it would be more worthwhile having a system which lends itself to prank rearrangements, inflatable fakes and self-virtualizing (hello inexpensive Flash and MRAM! Copyright aye.) components.
Also, it would hedge against the full brutal rage people would feel at the system operation using up the local free 2.5 and 5.1 GHz spectrum...badly. Certainly the term 'far-field communications' has been abused badly here. Perhaps his next solution will be to use 23-solar-mass nova events behind shaped baffles of dark matter to time tea; the merit is, the tea leaves are removed from the steeper's universe, which helps prevent bitterness. If your guest entertains bitter tea, unfortunately the host is imbued with 11 solar masses in her person for some period of time. Like most newfangled brewing systems, refills are oddly pricey.
I have an old Sun SparcClassic sitting in my closet. It takes up lots of space not to mention that it requires is own monitor which is another monster altogether. I fail to see the logic of breaking up the CPU from the HD other useful prefs. Mini Towers, the Mac Mini and Laptops come to mind if you want to have a small package. If you want to add to it then you can buy external perfs. This is a just another repackaged idea that people with money will buy for nostalgia purposes.
Orders for PCs are forecast to shrink in 2022 as consumers confront rising inflation, the war in Ukraine, and lockdowns in parts of the world critical to the supply chain, all of which continue.
So says IDC, which forecast shipments to decline 8.2 percent year-on-year to 321.2 million units during this calendar year. This follows three straight years of growth, the last of which saw units shipped rise to 348.8 million.
Things might be taking a turn for the worse but they are far from disastrous for an industry revived by the pandemic when PCs became the center of many people's universe. Shipments are still forecast to come in well above the pre-pandemic norms; 267 million units were shipped in 2019.
Updated Intel has said its first discrete Arc desktop GPUs will, as planned, go on sale this month. But only in China.
The x86 giant's foray into discrete graphics processors has been difficult. Intel has baked 2D and 3D acceleration into its chipsets for years but watched as AMD and Nvidia swept the market with more powerful discrete GPU cards.
Intel announced it would offer discrete GPUs of its own in 2018 and promised shipments would start in 2020. But it was not until 2021 that Intel launched the Arc brand for its GPU efforts and promised discrete graphics silicon for desktops and laptops would appear in Q1 2022.
PC and printer giant HP Inc. is boldly but belatedly turning its back on Russia and Belarus due to the continued conflict in Ukraine.
HP was among the first wave of tech companies to suspend shipments to the countries soon after Russia invaded its neighbor on February 24, but now the company's president and CEO Enrique Lores is making the move more permanent.
"Considering the COVID environment and long-term outlook for Russia, we have decided to stop our Russia activity and have begun the process of fully winding down our operations," he said on a Q2 earnings call with analysts.
Desktop Tourism If you drop Dell's Latitude 5430 laptop from hip height onto vinyl flooring that covers a concrete slab, it lands with a sharp crack, bounces a little, then skitters to a halt. Drop it two meters onto sodden grass and it lands with a meaty squish on its long rear edge. The impact pushes a spray of water and flecks of mud through the crack between the screen and keyboard, with a spot or two of each making it onto the keyboard's ASDF row.
I know this, because I did it. And more.
If you put it in a domestic freezer after that drop onto wet grass, then pull it out after ten minutes, a couple of water and mud flecks freeze into little teardrops on the keyboard. The latch that holds the screen to the body of the laptop takes a little extra effort to open.
AMD has revealed some more details about its forthcoming Ryzen 7000 family of Zen 4 desktop processors and the socket they'll use.
CEO Lisa Su said the chips' CPU dies will be built using a 5nm process by TSMC, will double the cache per core to 1MB, will include instructions tuned to the needs of artificial-intelligence applications, and will boast clock speeds than can top 5GHz.
The CPU chiplets will sit next to a 6nm IO die that integrates RDNA 2 graphics with silicon needed to talk to DDR5 memory and drive PCIe 5.0 interfaces. The chips are due to arrive in Q4 2022.
Demand for chips needed to make smartphones and PCs has dropped "like a rock" – but mostly in China, according to Zhao Haijun, the CEO of China's largest chipmaker Semiconductor Manufacturing International Corporation (SMIC).
Speaking on the company's Q1 2022 earnings call last Friday, Zhao said smartphone makers currently have five months inventory to hand, so are working through that stockpile before ordering new product. Sales of PCs, consumer electronics and appliances are also in trouble, the CEO said, leaving some markets oversupplied with product for now. But unmet demand remains for silicon used for Wi-Fi 6, power conversion, green energy products, and analog-to-digital conversion.
The CEO's "like a rock" comment came in the Q&A section of the call, after previous scripted remarks mentioned a "destocking phase" among SMIC clients.
Intel Vision The rollout of Intel's Arc discrete GPUs has been slower than expected for folks hungry for a fresh option in the computer graphics hardware market. This week, the x86 giant attempted to explain what's taking so long.
On the eve of this week's Intel Vision event, the chipmaker shared a note Monday acknowledging delays in its family of Arc GPUs for laptops. The US biz also clarified that Arc GPUs for desktops will only land in China in the second quarter, meaning by the end of June, before becoming more broadly available across the world.
Intel "launched" its lowest-end mobile GPU, the Intel Arc 3, at the end of March while promising the more powerful Intel Arc 5 and Intel Arc 7 graphics would hit laptops in early summer. Intel also vowed at the time that desktop GPUs would arrive in the second quarter. All of this was offered with no caveats.
Taiwanese hardware giant ASUSTeK says demand for GPU used to mine cryptocurrency is "disappearing" – and so is about ten percent of demand for personal computers.
Speaking on the company's Q1 earnings call, co-CEO S.Y. Hsu said the fall in demand for GPUs was caused by the crypto industry responding to critics of its energy consumption. They're moving away from proof of work to proof of space – verifiable creation of data occupying space in a storage medium – as the means of mining tokens.
The Register imagines this week's plunges in crytpo values may further depress demand for coin-crunching kit.
Special report If you've been on the hunt for a pre-built workstation with AMD's Ryzen Threadripper processors, there's a chance you've noticed fewer options available and longer lead times from different PC system builders.
That's because supply for Threadripper 3000 and Threadripper Pro 3000 processors has been severely low over the past several months, according to executives at six PC builders and one IT distributor in the US who spoke to The Register.
A few said supply was at an all-time low in the history of Threadripper, which AMD introduced in 2017 as high-performance processors that have largely outperformed Intel's competing parts for heavy-duty applications like video editing over the past few years.
Crashing Chromebook shipments caused the global PC market to shrink for the first time since the pandemic began.
Or so says the latest data from Gartner, which estimates that total unit sales into the channel fell 7.3 percent year-on-year to 77.5 million units in the first quarter. Remove Chromebooks from that equation and the market grew 3.3 percent, it said.
"Our estimate right now is 4 to 4.5 million Chromebooks shipped in 1Q22, down by the range of 64-67 percent," Mikako Kitagawa, director analyst at Gartner told The Register via email.
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