partial_accumen

Even India assassinated a Canadian on Canadian soil. .

For ARM Linux comparison, I ran the Speedometer 3.0 benchmark the author uses on my daily driver Macbook Air M2 (24GB RAM) running Asahi Linux Fedora Remix 42 (KDE). I used FF 149 which is just what I had installed. It scored 22.0 which apparently was better than this Zenbook and even beat out several Ryzen 7 and Core i7 offerings:

A used M2 Air with my spec mine (24GB RAM 2TB SSD) is $800-$900, which is a fraction of the $1600 Asus wants for their slower unit new, but the Asus does have more RAM.

I like seeing more ARM based Linux laptops.

I suppose its a good thing there are 1.5 million iPhone Air units that went unsold that use a A19 5 core CPU. Even better, iPhone Air had 12GB RAM onboard. With unsold product and current RAM drought, this would be a good way to turn unsold product into something consumers really want.

Here’s a reference on the iPhone air internals from Jan 2026:

“Possibly the biggest hurt could be with the chips. Apple uses the same A19 Pro CPU in the Air as it does with the iPhone 17 Pro. But the Air has only 5 GPU cores — as does the base iPhone 17 — while the iPhone 17 Pro has 6 GPU cores. (To be blunt, this is merely chip binning, not a new chip).”

“As a result, the unused Air chips cannot be put in the the lower-end base iPhone 17 nor in the higher-end iPhone 17 Pro. They cannot be repurposed. Even worse, the Air has 12GB of DRAM while the baseline iPhone 17 has just 8GB, according to TrendForce. So, any processor modules which have already had their DRAM fused onto the CPU would also result in wasted DRAM — unless Apple and TSMC find some magical way to “unfuse” the memory from the base die.”

source

but I’d argue this is only because alternatives have been too effectively suppressed by the sociopaths benefiting from the status quo.

Can you talk about what are those effective alternatives that have been suppressed you are referring to as a replacement for the current IP scheme?

Do you want kids watching it too? How about Bluey throwing Nazi salutes or Paw Patrol using racial slurs? Even worse if you were looking to buy a legitimate cartoon for your kid, there would be nothing to tell you which you were buying. Anyone could claim full ownership of these characters and sell them doing horrible stuff and nothing you do as a parent could protect your kids unless you first bought each, then watched it yourself, before your kid watched it.

The entire notion of ‘Intellectual Property’ is a cancer on society.

Intellectual property is a term that wraps a whole bunch of things (copyright, trademarks, patents). Are you fully aware of the impact how abolishing all IP would negative affect society?

Copyright prevents the KKK from producing and selling Pokemon cartoons with Pikachu supporting stupid shit like white supremecy propaganda. Are you sure you want that protection gone?

Information and ideas intrinsically accrue value the more they’re known and used, and the incentives provided around their collation and attribution should embody that, not punish them with imaginary locks that provide ownership.

Lets just take the patents portion of IP for a moment. The first part of what you’re asking for here is exactly what patents do. To have something patented, the patent holder has to fully document the machine/process/method to create the patented item. This is that mechnism that enables the “more known and used”. Society gains this knowledge because the owner fully shares it. A design patent can last for only 14 or 15 years (depending on filing date). The longest type of patent (Utility) lasts only 20 years. After as few as 14 years everyone can use this knowledge without any fees/restrictions/payments.

This is a be-careful-what-you-wish for situation with what you’re asking for here. There are companies choosing NOT to file patents anymore and simply keep their methods secret. Since they methods aren’t patented they are under no obligation to ever share them publicly. There is a very real chance that many of these technologies/methods may be unknown to society at large for long after the term of normal patent protection would have expired and society would have been able to use the knowledge.

EDIT: I was trying to think of a good example of a company that agrees with your stance about not patenting and I remembered one. Elon Musk is choosing not to patent SpaceX rocket engines because it would force him to document how they work. Instead they are just keeping the designs secret. So your desire to not have patents used are advocating for what Elon Musk does.

Carbon free energy.

We had a small wedding with just the bride and groom. We spend $1700 CAD ($1,275 USD) for ours and that included the photographer and his assistant. The agreed time was only 60 minutes. However our wonderful photographer spent probably 2 hours with us. He kept taking us other places at the venue for more pictures on his own. He took amazing pictures!

If you have a larger wedding party, or are planning on having travel time necessary between pictures, your $3000 sounds reasonable to me. There is likely a large regional pricing variation though.

This is what we did and we really liked the outcome.

What I hadn’t considered was that photographer that normally works that venue knows all the best places for photos, and for any time of day that your event happens. You have a limited amount of time with the photographer on the day of the event so you can’t spend time on a new photographer learning whats available or where the best light is. A photographer that normally works the venue also usually has a good relationship with the staff there. We got access to places for pictures in the venue normally off limits to the public because of the photographer and who he knew.

Our venue had 3 different photographers they recommended and we asked those photographers for examples from their portfolios at the venue. It was great to see the different styles of each one and be able to pick what style matched our preference for photos.

We knew we picked right when the photographer show up not only with his assistant, but brought his own sled for pulling all his camera and lighting gear through the snow at the venue. If your photographer can get some shots of the married couple at dusk while it is gently snowing with a backdrop of frost capped mountains and a river in the valley below, I recommend doing so.

This is “open” source and it was the main reason it got forked (lots of proprietary bits included as binary, impossible to send a PR, obfuscated code)

Wasn’t this methodology the whole reason GPL 2 evolved to GPL 3 because Tivo was doing this exact thing? They used the underlying open source free work of others, but then wrap their own contributions in priopriatry binaries not distributed with source code. This method wasn’t in violation of the letter of GPL rules even though it was clearly a violation of the spirit of the GPL rules.

How are they able to skirt the GPL 3 rules this time?

I certainly understand why folks don’t what that in their backyard. However, that sounds like a really great source of free heat to tap for commercial scale greenhouses in the winter time. I see theres a small deployment of this in Paris.

Surely there has to be some way of mitigating the ecological damage.

Absolutely there is for most rare Earths or critical minerals!

Although I’m sure it’s “too expensive”.

Yep. Or rather, it is far cheaper to accomplish if you don’t give a shit about the environment.

First, I think we both don’t like the Pi5. So we are in agreement on that. If you want we can stop right there on the same page.

I’m not sure why you’re referring to the Pi4

My first post in this thread was talking about Pi low power and small physical size. I was talking about all Raspberry Pis in general. I never put forth the Pi5. You did when you raised the 5V5A requirement. That exists only on the Pi5. You’ll also see in that first post of mine is where I disavowed any recommendation of Pi5.

You then went on in your next post about Raspberry Pis needing active cooling and heat sinks. Again, that is only the Pi5, which again, I said I don’t support.

So if you’re wondering why I keep talking about Pi4 and below is because those are the ones I like. In this thread you keep posting facts about Pi5 (without pointing out that those only apply to Pi5), and so that’s why I keep referring to Pi4 (and below).

You say you don’t use or recommend the Pi5 and yet you’re seemingly arguing that its power supply requirements aren’t a big deal and that improvements should absolutely not be made to it.

I’m arguing power supply requirements shouldn’t be made to Pi4 (or below). I don’t use Pi5.

As far as heat goes, these devices already need heatsinks and case fans, so the difference seems negligible.

Pi 4 and below don’t require active cooling. I want to keep it that way.

Also, good luck using a Pi5

Again, I offer no defense of Pi5. I don’t use it and don’t recommend it.

China is the only real supplier of Gallium

Like many other critical materials and rare Earth’s (of which Gallium isn’t one), the USA has sizable deposits of the materials. What we lack is the ability to refine it usually because the process to do so is so ecologically toxic.

Low power draw but ridiculous power supply requirements of 5V5A (depending on the model) with a USB-C connector which isnt a thing outside of this specific application meaning they’re going to be expensive and hard to source.

That’s only for the Pi 5 (the highest end unit), and I’ll agree that at that level its hard to justify a Pi over a larger computer. Even for the Pi 5 its not that hard to find those Power Supplies. Most laptops today use power supplies that meet or exceed those specs. You’re right that those are more expensive than Pi 4 and below Power Supplies.

They should have just done a barrel plug or put an effing voltage regulator on board like Arduinos.

Again, no defense of Pi 5 from me. However, for everything below Pi 5, HARD PASS on a voltage regulator. I don’t want that heat in the tiny Pi case. At the lower power requirements of Pi4 and below USB power is fine.

I mean, that wasn’t the first rename for silly reasons. There is a long tradition of this for Oracle DB naming. That “c” in 23c meant “cloud”. Nothing about the DB 23c required it to installed or run in the cloud. That was in 2012 with DB 12c. Before that in 2003 it was “g” in DB 10g for “grid” (remember the grid computing hype?). Before that in 1998 it was “i” in DB 8i for “internet”.

Pi is also a fraction of the power consumption (meaning also heat dissipation requirements) and physical size.

5KB of RAM

TIL! I’ve been living a lie for decades thinking the 20 in VIC-20 was the amount of RAM like the 64 in C64 meant the amount of RAM. I only owned the C64, never a VIC-20.