I'm guessing Intel/AMD could integrate a single SSD controller that OEMs could use for a specially socketed SSD?

I'm not familiar enough with SSD controllers - but what limits would this introduce. I'm thinking they can't be totally generic - with any NAND chips, any layout, 1-4 chips and TLC or QLC NAND - any capacity etc. It strikes me it would be limiting - you would become restricted to a a small subset of SSDs, maybe not forwards compatible with newer NAND chips etc.

I'd think only the minority of PC Laptops would make sense to have this - ones with soldered SSDs - and I don't know many of these. So Intel/AMD would need a big push to integrate any controller. Maybe Windows ARM laptops, if the controller makes a big enough difference, will do this. I'm curious now if any Snapdragon devices are doing this already.

Mine will randomly go "Here's some driving tunes" while I'm sitting still, or introduce to me to "The Kings of Leon" when I have some of their songs liked and in my playlists. It's pretty clear there's not a lot of my data in the the input context, or it's not been improved over time.

Generally I'd not expect them actively triangulate my exact location, but I'd realise that's at least possible - but GPS data, wake my phone up, switch on the GPS radio, drain it's battery, send that data back... no. That wouldn't be legal where I live either, let alone expected.

Office 2024 has every feature that was added since Office 2021 to the subscription version - while a chunk of loyal customers are unaware of them. Back when Google was competing hard with Google Suite, a big perception problem formed with the perpetual customers believing and convincing others that Google were far ahead, with collab editing and other features - after Office had added equivalent.

So for me, If there's a subscription and one-time option - I wonder if the one-time gets all updates going forward. If it doesn't, I realise that they'll regret that if competition picks up, and try to fix it later. If it does include updates... I worry it will be like many other lifetime updates one-time purchases - when competition is low they'll renege on that promise.

Was getting a lift from a friend in a less than 1 year old Yaris cross. Noticed many cars flashing us on a short flat drive home - assumed it was headlights adjusted wrong. But no - headlight were in the lowest position. Driver had asked the garage twice to check the headlight adjustment.

Went out the front and headlight looked normal - but squatted and as soon I hit the sweet spot got blinded worse than high beams on my own car. This Yaris cross, which is going to be a very common car, has dips more powerful than my full beams - it will only take a small bump in the road to shine those adjustment or not - that's a problem all by itself.

One I saw suggested they've a set of subscriptions to the paywalled sites and some minimal custom work to hide the signed in account used - which seems plausible. That makes the defense most likely used to catch the account used and ban them - which would be a right pain.

We don't know price yet, but if it's like the deck they'll be trying to keep it as cheap as possible. The deck supposedly was so off-the-shelf that it re-used a design for another AMD customer, leftover elements and all - https://boilingsteam.com/an-in-depth-look-at-the-steam-deck-...

Unless Valve took a big risky bet, the Steam deck is going to be again re-using existing hardware and excess hardware. I'm presuming there are leftover unsold Zen 4 and RDNA 3 dies - and nothing competitive that AMD could offer from Valves perspective, at least when they locked the design some months ago.

See https://bicycledutch.wordpress.com/2013/12/12/amsterdam-chil...

It looks to me like it was 100% a "think of the children" moment that often gets ridiculed. I can see the same inflection point in my country around the same time, when street and road design shifted to car orientated and car priority - Amsterdam being one of the notable exceptions but with a well documented fight.

There's also ROCm. That's not working for me in LM Studio at the moment. I used that early last year to get some LLMs and stable diffusion running. As far as I can tell, it was faster before, but Vulkan implementations have caught up or something - so much the mucking about isn't often worth it. I believe ROCm is hit or miss for a lot of people, especially on windows.

I think the shift away started in 2013 or 2014, but you can imagine the throw away effort spent on it.

Not sure about microsoft.com, but office.com frontend "rendering" SharePoint instances were read-only, not plain SharePoint exposed as-is.

In the context of this, when and why would the average dev get time to properly use git - no just get a shallow understanding, but use it at the complexity level needed for an large internal mono-repo ported to it.

I've used git Microsoft for years, but using git with Office client is totally different. I believe it's used differently, with very different expecations in Windows.

Still buried as internal only though.

My assumption is, if tax folks in the US were looking Jealously at US companies with large Multinational presence declaring a lot of their profits abroad. They might have noticed that some of them have large dev presence in US, but through complex accounting, IP transfers, licensing and other actions are able to claim that majority of the value is generated outside of the US.

If a company had, say, 100k software devs, 50k in the US, and 50k scattered across other countries, but claimed the value of it's software was primarily in Puerto Rico and Ireland... In that case, I'd expect questions around the 50k devs in the US.

Is software dev the only activity where this is possible - no, but is currently by the far the largest and the largest growth industry.

Noticed this with Code Reviews. To a point, the smaller the code change, the more comments and input. Beyond a certain size, comments and reviews (without nagging or external incentives) trends towards zero.

On Desktop, upgradability is very popular and obviously the returns from the cooling on discrete GPUs are immense. With GPU dies costing so much, due to their size and dependency on TSMC, pushing the faster but hotter is probably a cost effecient compromise.

On Laptops with APUs, you currently ususally give up upgradeable memory - the fastest LPDDR is only soldered on (today), and the fastest solution would be on-die memory for bandwith gains that only really Apple is doing.

Marketing wise, low core count Laptops appear to be hard to sell. Gaming laptops seem to ship with more cores than the desktop you would build - the CPU appears out-specced. I think this is because CPUs are cheaper, but that means a high-end APU would also need large CPU to compete. Now you've got a relatively unbalanced APU, with expensive hot CPU and relatively hot iGPU crammed in a small space - cooling is now tricky.

This is going to be compared with cheap RTX 4060 laptops - and generally look bad by comparison. I think what's changing now to narrow the gap is Handhelds, and questionable practices from Nvidia.

The Steam Deck kicked big OEMs into requesting AMD for large APUs.

Nvidia seems to have influence on OEM AMD Laptops - Intel CPU and Nvidia GPU for years now seem to ship first, in larger quantities, and get marketing push despite CPU arguably being worse.

Intel despite their issues seem to raising the iGPU bar too - their Desktop GPU investment seems to be paying off, and might be pressuring AMD to react.

Scattered points - but during the famine to earn 'wage' of insufficient grain ration, you had to work. This happened in work houses and camps, not necessarily in their homes or home areas. Workhouses existed in most towns where labourers lived, leaving their homes and families or after being evicted. Families were split up, Men, Women and Children did not live together. The workhouses and camps had terrible conditions, and the work was hard enough to have injuries and deaths even ignoring the illnesses that spread and grew worse from conditions. The work was often pointless - famine roads for example, roads to nowhere, so the work effort did nothing to improve the situation.

Those that had been evicted for failing to pay their rent, as they couldn't afford food or had not potato crops to sell, were considered convicts. As they were paid for their labour in food and sometimes lodging, they could not work their way out of situation or pay for healthcare when they got sick or injured. Many immigrated as things worsened year-on-year, on famine ships, but were refused and rejected from docking in multiple countries due to fear of the infectious illnesses they carried and burden they would inflict - and those stuck on ships became more unwell.

There was enough food, in fact a surplus in Ireland - but the "excess" was exported and cheaper questionable alternatives were imported for the soup kitchens and workhouses. Potatoes were such a single point of failure not by coincidence - many lived as tenants on landlords land, on tiny holdings but were expected to produce their own food. Potatoes were the only crop able to do this, or rather the holdings had sized down because Potatoes allowed it.

To me, that all screams of a systems failure and would not have been fixed with simply larger rations. Even ignoring the morality part to how the system was formed, how Ireland was ruled and Landlord system worked - the Potato Famine exposed the problems and limitations of the system with urgent crisis. The system did not adapt, did not act proactively or even react, and did not seem to learn in time to respond to a growing crisis.

One of the learnings surely was how terrible the concept is of worrying about people becoming too dependent on assistance in a crisis - debating the morale hazard and long-term dependency concerns runs the risk for short term death, disease and collapse.

It isn't said in Ireland that the famine was caused by the Potato, or by the meagre rations - It's said it was caused by the British, really the system in place rather than the British race but that doesn't simplify as well.

I believe traffic lights are always trying to solve a capacity issue - where the roundabout has hit it's maximum capacity and is suffering some throughput issue, which tend to sort of get exponentially worse. With traffic light sequencing, particularily dynamically, there is always a way to even out the flow - prioritize a flow that is backing up undesirable or give a particular entrance fair chance to enter the roundabout.

Though once there are traffic lights on every entrance, plus traffic lights mid roundabout and some/all exits, and explict lane markings and merges I think it's not a roundabout.

Slowing down is important though, as it give drivers time to think and react. Whether they choose to use that time correctly is a problem, but hopefully some or all of the other drivers can use patience and avoid an accident. Where accidents happen, I see it's often from mistakes from two drivers, and it's relatively low speed. Better still, accidents are at shallower angles, so injuries are rare. I've heard an statistic that could well be fake that roundabouts have more accidents, but significantly better outcomes overall.

Better still, you can cycle out with their rental bike no problem. Thetford is a nice cycle from Elveden... though the rental bikes maybe aren't the best for those sort of distances.

I don't think Microsoft is realistically in a position to forbid other companies from writing kernel level modules, from an antitrust standpoint I would think that would land them under investigation(s)