If the room is small enough room with the seating closet enough to the screen, a large computer monitor could do the job pretty well. You’d have to be fine with doing all input switching and audio control on a receiver or only ever use a single device as the input.
I think it’s more trying to win political favor by spending big with the company owned by a member of the incoming presidential administration.
Or it’s just wanting to market their ads on that platform and as you said, not having the balls to stick to their boycott
Good question! I can’t remember.
I think I read a Microsoft blog or something like a decade ago that said they shifted from a Hyper-V based solution to Linux to improve stability, but honestly it’s been so long I wouldn’t be shocked if I just saw it in a reddit comment on a related article that I didn’t yet have the technical knowhow to fully comprehend and took it as gospel.
At this point I think it’s most telling that even Azure runs on Linux. Microsoft’s twin flagship products somehow still only work well when Linux does the heavy lifting and works as the glue between
I feel similarly. I work in an office that’s heavily invested in Microsoft for everything and when you use Microsoft everything Teams fits in really nicely with great outlook integration, Microsoft Loop integration, etc. and the experience on Teams is fine
At least as far as US law is concerned, a federally hosted and administrated social media platform gets interesting with America’s unusually strong free speech laws, since there’s content which is legal but unethical which they likely would not be allowed to block or moderate, such as bullying, hate speech, misinformation, etc. but also illegal content would be immediately moderated away, which might include content that falls into legal grey areas or ethical but technically illegal content, like someone copy/pasting the contents of a paywalled article, or discussing any kind of DRM or digital security bypass
Honestly I think there’s good reason for governments to host a Mastodon instance for their representatives to use for communications, but inviting the public to use it might get weird for sure
I just accepted a job with a small MSP starting early next year. I kept a close ear out during the interview for signs of the classic MSP hell stuff that would chew through techs but it does look like I got a good one (small 8 or so man shop) but check in in about 3 months and we’ll see how I’m feeling haha
My longer term plan is to use this as a stepping stone to then move onto being in-house then figuring out my exit strategy before burnout takes me, which I’m thinking I’ll either be aiming to move into IT management or possibly moving into a business analytics or cloud administration type role. Technical sales probably wouldn’t be too bad either.
Especially with how normal memory tiering is nowadays, especially in the datacenter (Intel’s bread and butter) now that you can stick a box of memory on a CXL network and put the memory from your last gen servers you just retired into said box for a third or fourth tier of memory before swapping. And the fun not tiered memory stuff the CXL enables. Really CXL just enables so much cool stuff that it’s going to be incredible once that starts hitting small single row datacenters
The main reason Intel can’t compete is the fact CUDA is both proprietary and the industry standard
Funnily enough this is actually changing because of the AI boom. Would-be buyers can’t get Nvidia AI cards so they’re buying AMD and Intel and reworking their stacks as needed. It helps that there’s also translation layers available now too which translate CUDA and other otherwise vebdor-specific stuff to the open protocols supported by Intel and AMD
He’s not wrong that GPUs in the desktop space are going away because SoCs are inevitably going to be the future. This isn’t because the market has demanded it or some sort of conspiracy, but literally we can’t get faster without chips getting smaller and closer together.
While I agree with you on a technical level, I read it as Pat Gelsinger intends to stop development of discrete graphics cards after Battlemage, which is disappointing but not surprising. Intel’s GPUs while incredibly impressive simply have an uphill battle for desktop users and particularly gamers to ensure every game a user wishes to run can generally run without compatibility problems.
Ideally Intel would keep their GPU department going because they have a fighting chance at holding a significant market share now that they’re past the hardest hurdles, but they’re in a hard spot financially so I can’t be surprised if they’re forced to divest from discrete GPUs entirely
Seriously putting a couple gigs of on-package graphics memory would completely change the game, especially if it does some intelligent caching and uses RAM for additional memory as needed.
I want to see what happens if Intel or AMD seriously let a generation rip with on package graphics memory for the iGPU. The only real drawback I could see is if the power/thermal budget just isn’t sufficient and it ends up with wonky performance (which I have seen on an overly thin and light laptop I have in my personal fleet. It’s got a Ryzen 2600 by memory that’s horribly thermally limited and because of that it leaves so much performance on the table)
To be fair, the arm SOCs on phones use BigLittle cores, where it will enable/disable cores on the fly and move software around so it’s either running on the Big high performance cores or the Little low power cores based on power budget needs at that second. So effectively not all of those 6+ cores would be available and in use at the same time on phones
I have to disagree. When I tried out a VR headset at a con I spent 2 hours with the headset on in Space Pirate Training Simulator thinking it had only been 20 minutes. This was the $250 Meta Quest 2 while I had a heavy backpack on my back because I didn’t have anyone with me to leave my bag with. I was trying to be conscious with not taking too much time with the headset so others could have a chance and figured about 15-20 minutes would be appropriate but apparently I was completely in the zone!
I can count on one hand how many times I’ve had that much of a time traveling game experience, so I’d say VR is a pretty dang cool experience and once hardware costs come down (or headsets become more ubiquitous) it’ll probably be a pretty big market for gamers, much like how consoles are now
They have a slim chance if they keep subsidizing VR headsets to hold a and luceative chunk of the VR market when that actually takes off. VR is genuinely cool enough that enough people will get hooked once they experience a headset on their face with a VR experience that jives with them
To build off of this, if you collect $1000 in taxes from a million people and you’ve just pulled in a billion dollars. With 300 million people in the country that’s a lot of tax dollars.
Obviously if you can tax 1000 out of every million dollars in wealth and individual earns in a year you can easily collect far more in taxes given how many multimillionaires will see their wealth increase by tens or hundreds of millions in a year.
This is all super reductive for simplicity. It’s worth looking at how the super rich are able to avoid paying taxes. Are they not paying taxes because they’re doing things with their money that is directly incentivized and generally better for the country than if they simply hoarded the same money, such as running the money through charities, clean energy installtions, etc? I’m honestly asking because i really don’t know and I dont have the time right now to pull at that thread and research the question
The earth is traveling around the sun at about 67000mph (29,722 meters per second, the unit of measurement I’ll use from here on our for consistently) that means to fall into the sun (and this is once you’ve already expended a ton of Delta-V (delta-V being a count of meters per second in change to orbit your craft needs to make/can make) escaping the Earth’s gravitational influence) you’d have to slow down a significant portion (about 24,000 meters per second specifically) of that 29,722 meters per second that you’re hurtling through space at.
It takes so much energy to try to crash a craft into the sun it’s literally cheaper (only costing about 8,800 m/s of Delta-V, compared to about 24,000 m/s of Delta-V) to fly the craft very very far away, such as to the edge of the solar system, then zero out the angular velocity so it effectively falls into the sun, than it is to fly directly to the sun. This tactic also enables one to use another planets gravitational influence to “gravity turn” and save on fuel, but it’s still horrendously expensive to get even a small craft weighing a fraction of a ton from the surface of earth out to the edge of the solar system to begin with.
Rockets face a significant challenge in that in order to reach orbit they need a large amount of energy, sources from a large amount of fuel. To get 1 ton of payload to orbit it needs an amount of fuel which adds additional weight which then requires additional fuel to lift the mass of the fuel. Because of this it takes about 100kg of fuel to get 1kg to orbit
In short, I highly recommend spending a few days playing Kerbal Space Program to learn far more than will fit in a single comment about orbital dynamics. That game is amazing at teaching basic concepts of orbital dynamics and the incredible challenges space programs face in just getting payloads to orbit let alone incredible feats like interplanetary travel or interstellar travel
I have a better idea! Launch it into a stable orbit in the oort cloud and maybe we can create a new planet there to colonize in a few centuries! It’s perfect because then we have the perfect place to send the radioactive soil from WWIII and a perfect base to hide from WWV from!
New business idea!
You raise a good point
Honestly for me it’s muscle memory from the Windows 95 days of “it is now safe to turn off your computer” but I also don’t trust the OS to correctly interpret the ACPI signal sent by the power button 100% of the time. Obviously I’m not an average user, but I could see where an average user might consistently single press the power button to turn off a computer
These days that’s through a box the cable company provides that plugs into the HDMI more often than anything else. If you happen to have actual towers in range maybe you can actually plug an antenna into the antenna port but that’s what TV Tuner cards that you plug into your Jellyfin/Plex box are for. Basically for folks looking for a dumb TV chances are they have no need for any of the actual TV features except for maybe the remote