I've been consulting a long time, and my home is my office.
Besides the uses other people have suggested, here are some uses I would have for a fast symmetrical connection:
- Backing up data to my home/office NAS while away.
- Remoting to my workstation desktop from any location, for any reason.
- Using my home as a Tailscale exit node for clients for whom it's already a hassle to allowlist my home office's IP, so I can work from anywhere.
- Switching my nixos configuration using the caches in my home office where my custom derivations are built.
I have 90Mbps down and 20Mbps up. All of the above is workable but it would be great, amazing if it were faster.
The remote places I would do this from:
- the doctors' waiting room because we have teenagers
- the bleachers of the pool for the diving lessons because we have teenagers
- the in-laws spare bedroom where we're visiting for an extended time during school holidays but not work holidays because we have teenagers.
Some of us have different needs, under choices that we make that are optimal for other aspects of our life but not for having a slower asymmetric connection at home.
Yes. However, I already carry a tethered hand-me-down quarantine phone where I install my work apps and undesirable apps like Whatsapp (for those loved friends and family that can't or won't install Signal). Carrying a third phone for "Play Integrity" starts being a bit much.
Dude shipped flamegraphs (which he also created in 2011) for cloud GPU loads and persuaded internal stakeholders to release the code as open source.
The "interviewed by the WSJ" line is for managers. Reading between the lines, I'd say he did really well and, if he didn't do better, it's because the organisation didn't let him.
Seems like there's a misunderstanding on my part here. <reads more>
Ah, the memory is integrated in the same package (the "chip" that gets soldered onto the motherboard) as the integrated CPU/GPU, and I had understood that correctly. However, I had incorrectly surmised that it was built into the same silicon die.
Thanks for the correction!
Lesson: TIL about the difference between System-In-a-Package (SIP) and System-On-a-Chip, and how I had misunderstood the Apple Silicon M series processors to be SoCs when they're SiPs.
I could be wrong about this but, if I had a guess, I'd say the 24GB M5 chips/systems exist due to binning.
Apple is designing and manufacturing a chip/chipset/system with 32GB with integrated memory. During QA, parts that have one non-conformant 8GB internal module out of the four are reused in a cheaper (but still functional) 24GB product line rather than thrown away.
Market segmentation also has its hand in how the final products are priced and sold, but my strong guess is that, if Apple could produce 32GB systems with perfect yield, they would, and the 24GB system would not exist.
A friend of mine had an art studio at the Nicholas Building, and I got to speak with a jeweller who told me that he still did a lot of bespoke work in wedding rings, especially for tradies who would otherwise wear down store-bought rings because they were solid gold and therefore softer. I don't remember the details, but he specialised in harder alloys that are nevertheless mostly gold, and therefore "good as gold" for a wedding ring.
The downturn was brutal, but the drop in development was also needed.
At the height of the property bubble around 2005-2007, Spain (pop ~44M) was building more units per year than Germany, France and the UK (combined pop. ~195M).[1]
During the GFC Spain suffered from population shrinkage [2], surfeit of available housing stock, and the economic crunch pushed into the market some of the housing stock that would previously have been kept in reserve, so yeah, it wasn't necessarily a bad thing that building activities slowed down.
[1] I don't have a source, because I learnt this from a bunch of attendees to a conference on concrete (yes, the kind you use for building) in Madrid in 2007. We exchanged impressions on how software conferences (PyCon forever!) are different from the ones in the building industry, and they shared some eye opening statistics.
The failure mode of educational systems and institutions is to perform selection of students more likely to require less help in learning, rather than bear the burden of having to perform actual instruction.
Survivor bias takes care of promoting the educational system or institution with successful alumni, whether the alumni were taught while they were students, or merely selected during the application process.
Something you'll see by reading the overview is the part where the Zig team themselves warn you that Zig is not a fully safe language and link to articles describing the safety boundaries. Scroll to the bottom of this section:
The carbon cost of extraction and transportation of fuel should also be added to the spreadsheet, both for nuclear and for fossil fuel generation.
Finally, if we're accounting for the cost decommissioning old nuclear stations and long-term storage of nuclear fuel, we should also account for the externalities of fossil fuel power, such as health consequences of pollution, the existential risk from global warming, and turmoil due to geopolitical tensions.
I wish I could go into the site and edit the headline to read "Australian spy agency disrupts foreign interference into election" to prevent ambiguity and reduce backtracking by readers.
My explanation of the base rate fallacy is that most car crashes are caused by people who hold a valid driver's permit. The number of crashes caused by unlicensed drivers is negligible. Therefore, we should stop issuing driving licenses.
Most people I explain this to recognise the fallacy, even if they're not trained in statistics.
A huge problem with vaccine denialism is that it stems from motivated thinking. People aren't being persuaded by bullshit arguments; rather, they already agree with the conclusions, and look to these spurious correlations as emotional support.
I met some of the people working on regulatory advice so Segways could be used in Europe. This would be about 2003 or 2004, at Campus Party in Valencia, Spain.
The story they told me is that Segway was going to be successful in the USA as a mobility scooter for the elderly, giving range and speed to people who could not walk or cycle far and fast, while not still requiring a traditional wheelchair.
From memory, the strategy was to get the Segway classified as a mobility/accessibility device, which would gain regulatory exemptions and access to funding from public health. They were lobbying the EU with their left hand, and running Segway demonstrations at TV-friendly events like Campus Party with their right hand.
I don't know how much these people believed that this would work in the EU. I didn't believe it. But they weren't getting paid for believing it, nor for persuading me. They were getting paid for telling everyone about it.
Besides the uses other people have suggested, here are some uses I would have for a fast symmetrical connection:
- Backing up data to my home/office NAS while away.
- Remoting to my workstation desktop from any location, for any reason.
- Using my home as a Tailscale exit node for clients for whom it's already a hassle to allowlist my home office's IP, so I can work from anywhere.
- Switching my nixos configuration using the caches in my home office where my custom derivations are built.
I have 90Mbps down and 20Mbps up. All of the above is workable but it would be great, amazing if it were faster.
The remote places I would do this from:
- the doctors' waiting room because we have teenagers
- the bleachers of the pool for the diving lessons because we have teenagers
- the in-laws spare bedroom where we're visiting for an extended time during school holidays but not work holidays because we have teenagers.
Some of us have different needs, under choices that we make that are optimal for other aspects of our life but not for having a slower asymmetric connection at home.