Amusingly, modern wifi can offer higher speeds than Ethernet for the same level of effort. Most home Ethernet is still 10/100/1000. That’s megabit, not megabyte. 2.5 gbps and faster nics are not commonplace for both computer and routers/switches/hubs.
You’re never going to see 46 gbps on wifi 7 in the real world, but it’s still way faster than 1 gbps.
From someone with a NAS for photo/video editing and has looked into installing 10 gbps Ethernet.
At worst? Ever so slightly stoke voter outrage at this whole fiasco and increase awareness of the oligarch class.
At best? Fines, jail time, reinstatement of disbanded agencies.
Nothing in the at beat camp is likely to happen, but making a spectacle out of it and potentially getting someone to admit something they don’t mean to will likely help nudge some voters. Even if they’re mostly left leaning getting more people to turn out will help.
As someone with a foot in Windows and Mac, they both suck for different reasons and you’re trading pain in one for pain in the other.
Windows sucks because of all the stupid one drive and AI garbage. No, I don’t want my desktop and tons of other directories in one drive, stop asking me. The constant migration of settings out of control panel is maddening. Windows 10 end of life is fine, but cutting off older PCs from windows 11 for “reasons” was an absolutely horrible choice.
Mac is fine if you do super basic computing, but if you want to do much of anything it’s very annoying out of the box. Window management is annoying unless you get an app like magnet, the ribbon can’t be displayed on dual monitors and there’s no way of fixing the primary monitor, keyboard shortcuts are inconsistent across applications like command delete and keyboard shortcuts in general suck (command + shift + 3-5), the OS greatly dislikes network storage, etc etc. Macs were somewhat isolated from marketing needing a “new” OS every year until recently. Now they’re in the change for the sake of things to list on the new OS page trap.
Linux isn’t without fault, but my experience has been much more pleasant.
When I was college back in 2009 I was dual booting Ubuntu and Windows Vista on a gateway laptop. I never fiddled with Ubuntu at all. The things that worked out of the box worked reliability and I never bothered fighting with things that didn’t work like the stylus.
The reason why I didn’t make the switch back then was not the OS or the drivers. It was the lack of support for the software I needed for school, like Matlab and orcad pspice. Things have improved substantially since then between first party support (Matlab started supporting Linux with R2016a) and wine/proton letting windows applications run mostly normally without their developers needing to make any changes to support the OS.
IMO the thing that’s most in the way of adoption these days is the lack of mainstream OEM support. Until the masses can easily buy a computer with Linux pre-installed and the driver niggles sorted they’re not going to switch.
Straight up vibe coding is a horrible idea, but I’ll happily take tools to reduce mundane tasks.
The project I’m currently working on leans on Temporal for durable execution. We define the activities and workflows in protobufs and utilize codegen for all the boring boiler plate stuff. The project hasa number of http endpoints that are again defined in protos, along with their inputs and outputs. Again, lots of code gen. Is code gen making me less creative or degrading my skills? I don’t think so. It sure makes the output more consistent and reduces the opportunity for errors.
If I engage gen AI during development, which isn’t very often, my prompts are very targeted and the scope is narrow. However, I’ve found that gen AI is great for writing and modifying tests and with a little prompting you can get pretty solid unit test coverage for a verity of different scenarios. In the case of the software I write at work the creativity is in the actual code and the unit tests are often pretty repetitive (happy path, bad input 1…n, no result, mock an error at this step, etc). Once you know how to do that there’s no reason not to offload it IMO.
I’m not an Apple fanboy, but arm based processors seem to be working out fairly well for them.
I own an Lenovo Yoga Slim 7x, which was one of the OG snapdragon x laptops released a (two?) and a half ago. It took a while for folks to get Linux to run on them and there’s enough of a barrier to entry that it’s still not very common. Most of the initial hurdles were due to Qualcomm bootloader shenanigans.
2x27" 1440 monitors with zero zoom is bliss. There’s literally so much space for activities, things are nice and readable, you still have actual screens if you screen share, etc.
It sounds like we have basically the same setup.
You’re 100% correct at a sane company. At my employer the hardware team is incentivised to cut costs and impacts to productivity are someon else’s problem. Corporate metrics lead to some pretty hilarious situations.
“His” DLC for borderlands 3 was one of the high points of that game. I’m currently replaying 1 and while it’s fun 2 is just so much more engaging with Jack.
Assembly is relatively straightforward, but sourcing all the components locally is likely getting harder and harder. Granted, for DoD contract reasons there’s likely a cottage industry that relies on government rules to keep things onshore. That’s part of the reason why we still have some made in the USA clothing.
This is worth a listen or a watch if you’re interested.
Speaking and talking are colloquially used to describe people communicating in sign language. “I speak ASL”, “I talk ASL”, etc.
Definitions of the words speak and talk cover non-verbal communication.
Speak: to express feelings by other than verbal means
Talk: to express or exchange ideas by means of spoken words or sign language
That said, I agree that OP was likely asking about spoken word.
Maintaining a changelog for very large app development organizations is also a pretty damn hard task, trying to coordinate whatever all teams are releasing in a particular build.
I feel this in my bones. Our biggest device contains hundreds of apps and firmware. We generally update the apps and firmware together. It’s nearly impossible to summarize the changes in a meaningful way. What issues were fixed? Likely a few hundred. What new features were added or improved? Another big list. Management thought AI would magically solve this problem, but it turns out that it has no idea which things are worth mentioning vs which should be glossed over.
It sucks both internally and externally.
I was able to find a post of this image daring back to 2023.
Doesn’t mean it’s not AI, just means it’s a lot less likely.
OnePlus still offers this one on some of their phones.
Not sure, but I would suspect that AI output would likely be very similar to procedural generation output in that it will need some massaging before it can be used as a final asset.
Procedural generation of content in games is by no means a new thing. Even if the end state isn’t completely procedurally generated, odds are a version of the asset was initially and a human touched it up as necessary. When you’re talking about large asset sets (open world and/or large maps, tons of textures, lots of weapons, etc) odds are they weren’t all 100% hand made. Could you imagine making the topology map and placing things like trees in something like RDR2?
That’s not to say all this automation is necessary a good thing. It almost feels like we’re slowly chugging through a second industrial revolution, but this time for white collar workers. I know that I tell myself that I would rather spend my time solving problems vs doing “menial” work and have written a ton of automation to remove menial work from my job. I do wonder if problem solving will become at least somewhat menial in the future.
Check the post title ;)
Solid natural wood is a horrible material for loudspeaker cabinets. Granted, this fact isn’t limited to just speakers. Wood expands and contracts with humidity, which means making boxes of any type out of solid wood complicated. Cabinet doors have floating panels in the center for exactly this reason. That’s why you should use breadboard ends if you want to frame a wood table, otherwise your table will risk warping and cracking. There’s also the whole non-uniform density thing. Most loudspeakers use something like MDF as a substrate and will veneer the outside. MDF is both stable and uniformly dense, which makes achieving a “dead” (or non-resonate) enclosure a lot easier.