The Raspberry Pi 500 Hints At Its Existence

It’s fairly insignificant in the scheme of things, and there’s no hardware as yet for us to look at, but there it is. Tucked away in a device tree file, the first mention of a Raspberry Pi 500. We take this to mean that the chances of an upgrade to the Pi 400 all-in-one giving it the heart of a Pi 5 are now quite high.

We’ve remarked before that one of the problems facing the Raspberry Pi folks is that a new revision of the regular Pi no longer carries the novelty it might once have done, and certainly in hardware terms (if not necessarily software) it could be said that the competition have very much caught up. It’s in the Compute Module and the wildcard products such as the all-in-one computers that they still shine then, because even after several years of the 400 it’s not really seen an effective competitor.

So we welcome the chance of an all-in-one with a Pi 5 heart, and if we had a wish list for it then it should include that mini PCI-E slot on board for SSDs and other peripherals. Such a machine would we think become a must-have for any space-constrained bench.

A man in glasses and a black sweatshirt sits in front of an orange and black computer screen just below eye level at the table in front of him. His keyboard sits on the table below. He appears to be in a park as there are trees and grass in the background.

Flying Lotus Is A Framework-Powered Portable All-in-One Computer

One of the things that we love about the modern era of computing is the increasing ease by which you can roll your own custom computer, as seen with the cyberdeck phenomenon. The Flying Lotus is another awesome build in this vein.

Built around the Framework ecosystem, this device was built to suit the very specific use case of its designer, [Carlos Aldana]. He found himself traveling a lot and that the ergonomics of a laptop left a lot to be desired, especially when in the air. Add to it the fact that he has trouble typing on typical laptop keyboards for any length of time, and you can see how an ergonomic keyboard plus a laptop just doesn’t really work on a tray table.

The Flying Lotus takes the screen, modular ports, and mainboard of a Framework laptop and puts them into a single computing block that can be hung from the clever tabs at the top or mounted on a stand that puts the screen at a more ergonomically ideal height from the work surface. [Aldana] describes it as an “iMac that’s portable.” Since it doesn’t have an integrated keyboard, you can run it with whatever keyboard you like from super duper ergo to a teeny game controller sized unit.

We’ve talked about why we like Framework so much before, and if you’d like another take on a modern portable computer, how about this portable Mac mini?

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Toteable PC Is Inspired By Macs Of Days Gone By

Back in the 1980s, the personal computer was a hip new thing, and the form this new technology would take was still up for debate. Back then, all kinds of weird clamshells, breadbins, and all-in-one designs hit the market, with the Apple Macintosh proving to be a successful example of the latter. Inspired by the Macintosh 128K that served as their first computer, [Arnov Sharma] decided to whip up a modern all-in-one of their very own.

It’s nicknamed the LATTEintosh, as it’s built around the Latte Panda 3 Delta. This is a single-board computer with an Intel Celeron N5105 CPU, 8GB of RAM, and 64GB of eMMC storage on board. It’s capable of running full-fat x86 operating systems, and here, it’s running Windows 10.

The enclosure is a custom 3D-printed design of [Arnov]’s own creation. It sports a 7-inch HD monitor, fans for cooling, and speakers integrated into the case. Naturally, it’s got a handle on top to make it easy to carry, just like the Macintosh all-in-ones all those years ago.

There’s something to be said for a computer you can just pick up and carry away, and we love the boxy form factor. Sometimes a laptop simply won’t do, and we can imagine many engineers and technicians out there appreciating a build like this. We’ve seen some great all-in-ones before, too. Video after the break.

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All-In-One Automated Plant Care

Caring for a few plants, or even an entire farm, can be quite a rewarding experience. Watching something grow under and then (optionally) produce food is a great hobby or career, but it can end up being complicated. Thanks to modern technology we can get a considerable amount of help growing plants, even if it’s just one plant in a single pot.

Plant Bot from [YJ] takes what would normally be a wide array of sensors and controllers and combines them all into a single device. To start, there is a moisture sensor integrated into the housing so that when the entire device is placed in soil it’s instantly ready to gather moisture data. Plant Bot also has the capability to control LED lighting if the plant is indoors.  It can control the water supply to the plant, and it can also communicate information over WiFi or Bluetooth.

The entire build is based around an ESP32 which is integrated into the PCB along with all of the other sensors and components needed to monitor a single plant. Plant Bot is an excellent all-in-one solution for caring for a plant automatically. If you need to take care of more than one at a time take a look at this fully automated hydroponic mini-farm.

Are Apple Trying To Patent The Home Computer 45 Years Too Late?

In our recent piece marking the 10th anniversary of the Raspberry Pi, we praised their all-in-one Raspberry Pi 400 computer for having so far succeeded in attracting no competing products. It seems that assessment might be premature, because it emerges that Apple have filed a patent application for “A computer in an input device” that looks very much like the Pi 400. In fact we’d go further than that, it looks very much like any of a number of classic home computers from back in the day, to the extent that we’re left wondering what exactly Apple think is novel enough to patent.

A Raspberry Pi 400 all-in-one keyboard console computer
Looks pretty similar to us.

Reading the patent it appears to be a transparent catch-all for all-in-one computers, with the possible exception of “A singular input/output port“, meaning that the only port on the device would be a single USB-C port that could take power, communicate with peripherals, and drive the display. Either way, this seems an extremely weak claim of novelty, if only because we think that a few of the more recent Android phones with keyboards might constitute prior art.

We’re sure that Apple’s lawyers will have their arguments at the ready, but we can’t help wondering whether they’ve fallen for the old joke about Apple fanboys claiming the company invented something when in fact they’ve finally adopted it years after the competition.

Thinking back to the glory days of 8-bit computers for a moment, we’re curious which was the first to sport a form factor little larger than its keyboard. Apple’s own Apple ][ wouldn’t count because the bulk of the machine is behind the keyboard, but for example machines such as Commodore’s VIC-20 or Sinclair’s ZX Spectrum could be said to be all-in-one keyboard computers. Can anyone provide an all-in-one model that predates those two?

You can read our Raspberry Pi 400 review if the all-in-one interests you.

Via Extreme Tech.

 

A Modern Take On The “Luggable” Computer

Back before the industry agreed on the now ubiquitous clamshell form factor of portable computers, there were a class of not-quite-desktop computers that the community affectionately refers to as “luggable” PCs. These machines, from companies like Kaypro and Osborne, were only portable in the sense that their integrated design made it relatively easy to move them. Things we take for granted today, like the ability to run on battery power or being light enough to actually place in your lap, wouldn’t come until later.

For a contemporary take on this decades old concept, take a look at this fantastic build by [Ragnar84]. It packs a modern desktop computer and a 15.6 inch laptop display into a custom designed case, but like so many other projects, the devil is truly in the details for this one. Little touches such as the kickstand on the bottom, the removable handle on the top, and the right angle adapter that takes the HDMI output from the GeForce GTX 1060 video card and redirects it back into the case really add up to create a surprisingly practical computer that’s more than the sum of its parts.

While the case might look like your standard gamer fare, [Ragnar84] built the whole thing out of miniature T-Slot extrusion and custom-cut aluminum and acrylic panels. But not before modelling the whole thing in 3D to make sure all of his selected components would fit. For the most part the internals aren’t unlike a standard Mini-ITX build, though he did need to make a few special additions like a shelf to mount the driver board for the N156H LCD panel, and a clever clamp to hold down the rounded USB speakers.

We’ve seen some impressive recreations of the classic luggable in the past, but those have usually been powered by the Raspberry Pi and leaned heavily into the retrofuturism that’s a hallmark of the nascent cyberdeck movement. In contrast [Ragnar84] has put together something that looks perfectly usable, and dare we say it, maybe even practical.

Smashed Laptop Becomes Stylish All-In-One

Many of us will have broken a laptop at one point or another, destroying the screen or smashing the case. It can be frustrating, as there’s a perfectly usable computer in there, trapped inside a broken husk of a body. [Matthew] saw this not as a problem, but an opportunity – and built a beautiful all-in-one desktop PC. (Video, embedded below.)

With a badly damaged Thinkpad laptop to hand, an ASUS monitor was sourced with a thin body and flat back, perfect for mounting hardware. An MDF base was created, on to which the laptop motherboard was mounted. A USB hub and audio amplifier were then added, along with a USB power isolator and soundcard to avoid problems with groundloops from the onboard headphone output. Speakers were Harman Kardon units salvaged from an old television, providing great quality sound for the build.

There’s plenty of great ideas in the video, from using epoxy for a strong permanent assembly, to a nifty hack to make the power button work. It has us contemplating a build for our own broken laptops in the junkpile. We’ve seen other creative all-in-one builds too, like this one inside a printer.

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