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That device is bafflingly LTE cat20 with 2Gbps downlink, and then has LAN connectivity only through a single 1Gbps ethernet port.

Actually, it seems one of the advantages of the new Ubiquiti devices over Teltonika/Mikrotik/Gl.iNet is that they actually have 10 Gbps SFP+ and 2.5 Gbps ethernet ports.


Maybe they were thinking realistically that we will never get those 2Gbps from cell towers. :)

While I never fly on Ryan, the question here would be whether, as the article suggests but isn't completely clear, digital boarding passes are actually app-only, or whether, like most airlines, you can get an image boarding pass from the website or by email that is meant to be displayed on a phone.

App-only would be dubious.


>I think the bigger question is why they were using microsoft products in the first place.

Public institutions in Europe, in my experience, often have a confusing insistence on using Microsoft cloud products. Universities heavily push Office 365 and Teams, often trying to demand that faculty use them, while faculty continue to use alternatives as much as possible in order to actually work effectively. During the pandemic, the only online conferences I attended that insisted on running via Teams, against all reason, were run by a UK public institution, and they had as many embarrassing technical problems as might be expected.

This is despite Microsoft's cloud services being generally designed for businesses and often poorly suited for public institutions, especially universities. The services are fundamentally built with the assumption that work will primarily take place within a single organization, with clearly defined employees. European research collaborations constantly seem to be hobbled by needing to use hacks around this assumption, but the inexplicable importance of using Microsoft seems to outweigh these problems. In the most ridiculous case, a conference online during the pandemic asked everyone during registration to please not register using their university email address, but to use a personal one not associated with any Office 365 account, because they had no way of allowing access to Teams if the email address was managed by Microsoft at a different university. Yet still the importance of using Teams was paramount to the organizers.

I have had no clear explanation of why using Microsoft services is so important, despite them being so poorly suited to the institutions, so opposed (and often just not used) by many of the actual users, and arguably being used in ways that they are not really intended to be used. I've had some people claim it is necessary for GDPR compliance, despite the GDPR compliance of any US company being on shaky ground. Microsoft itself has described what seem like rather extensive contingency plans around US-enforced GDPR violations or requirements for service cutoffs (there is a blog post somewhere), but these must also imply a fear that such things could actually happen (and, of course, actually did happen with the ICC). It all seems rather strange.


>However, there is significant popular opposition to that, people seem to massively prefer notes.

One of the most important features for cash is that it actually be accepted widely, and if I recall, that is a significant problem for $1 coins. I expect the majority machines that accept cash don't accept them, and trying to use them with a cashier is likely to result in amusement or confusion at best, rejection as a very possible outcome, or even accusations of fraud. That there were few instances where an individual would ever get these in normal activities probably made recognition and use even worse, especially as the instances I cam remember often seemed like attempts to push them inconveniently; I seem to remember that some government machines, I think in post offices, would insist on giving change with enormous numbers of one dollar coins, which would likely generate some resentment for users expecting change that would actually be accepted elsewhere.

It likely doesn't help that the design is rather large, eg, it is wider than a two euro coin and almost as heavy, and that one dollar notes are still being produced. For some reason, the US seems far less willing to be decisive in these changes.


> I expect the majority machines that accept cash don't accept them,

Worse. What wound up happening was that the feds encouraged (probably grant funded, IDK) support for it and the only implementers were other governments and the easiest way to check the box was to make all your mass transit ticket machines and the like spit them out as change despite often times not supporting them as payment so a machine would eat your $20, give you a $2 ticket and spit out 18 items about as useful as Chuck E Cheese tokens.

This has mostly gone away as those machines have mostly switched over to cashless.


Most machines (except those that literally only take quarters) take dollar coins, as these are designed to be the same as susan b anything dollars, which have been around since 1979.

The real key is they don’t stop making the dollar bill and force the issue.

But hey the penny is finally dying so who knows?


This feature is specific to relatively recent, Github-flavored Markdown. Pandoc, for example, uses different syntax ( https://pandoc.org/demo/example33/8.18-divs-and-spans.html#d... ).


>(12a) In the light of the more limited risk of their use for the purpose of child sexual abuse and the need to preserve confidential information, including classified information, information covered by professional secrecy and trade secrets, electronic communications services that are not publicly available, such as those used for national security purposes, should be excluded from the scope of this Regulation. Accordingly, this Regulation should not apply to interpersonal communications services that are not available to the general public and the use of which is instead restricted to persons involved in the activities of a particular company, organisation, body or authority.

From document 11277/24 [1]. Unless it has changed more recently, the exemption is actually considerably broader, and presents the unusual argument that the system will be secure enough for any private personal communications, yet too insecure for any company's trade secrets (which, apparently, have the same weight as national security).

[1]: https://data.consilium.europa.eu/doc/document/ST-11277-2024-...


OK, so the risk were worried about here is internal communications platforms, only available inside an organization like the EU or a company, being used for sharing CSAM? So officials sharing CSAM exclusively with other officials on the company chat server?

I don't believe that's what people think of when they hear "law enforcement is excluded". Officials will still be subject to the law when interacting with anybody else. They will still be subject when interacting on public services. Crucially, everybody will be excluded from private messaging servers, also non law enforcement.

Do we have any reason to believe CSAM is being distributed on the internal EU communication networks?


Wow.

That's...

Wow.


Something I have never been able to find an explanation for with B612: why is the final sigma character (ς) vertically offset downward from every other Greek character? It makes for very jarring text, and there doesn't seem to be any explanation anywhere.


It's confusing and certainly non-standard, but rather than using a variant for this, the slashed zero is U+E007, in a private use area.

There seems to be an unofficial variant here that might be more useful for coding: https://github.com/carlosedp/b612


For academia, I've found that Dell seems to seek and get sole-supplier contracts with universities, so research groups are forced to use their grant money to buy from Dell, often at inflated costs.


It’s possible that Apple really did a disservice to soldered RAM by making it a key profit-increasing option for them, exploiting the inability of buyers to buy RAM elsewhere or upgrade later, but in turn making soldered RAM seem like a scam, when it does have fundamental advantages, as you point out.

Going from 64 GB to 128 GB of soldered RAM on the Framework Desktop costs €470, which doesn’t seem that much more expensive than fast socketed RAM. Going from 64 GB to 128 GB on a Mac Studio costs €1000.


Ask yourself this: what is the correct markup for delivering this nearly four years before everyone else? Because that's what Apple did, and why customers have been eagerly paying the cost.

Let us all know when you've computed that answer. I'll be interested, because I have no idea how to go about it.


I had 128gb of ram in my desktop from nearly a decade ago. I'm not sure what exactly Apple invented here.


Yeah, it's not really about jamming more DIMMs into more sockets.


Of course it isn't... the point stands... Apple didn't actually invent anything in that regard.


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