Dreaming of getting 30% of photoshop sales prices instead of 20 bucks for the os messed up a lot of their strategy. Of course it was unrealistic from the start but led to win8 and winrt and everything after that.
Well, basically yes, thsts where its going.
He can't let anyone use it for gov stuff anyway or cia gets to read whats on there.
But look euro countries are thinking of moving governance out of MS now too due to trump crossing the line publicly of ordering ms around.
Was anyone buying ipods in the latter years when they were just idevices without the phone and they just started making the smaller version of ipad anyway then.
Yes inherently its just running on the customers computer anyway, so they don't actually have control.
Not sending other players locations when not necessary etc would be cooler.
And you can cheat by off-device means anyway, you can do an aimbot that doesn't run any code on the computer now.
Wow came out like a decade after my bank at the time had 2fa.
Sure at first it was over telnet and phone lines so it wasn't terribly secure at first..
To teach you don't need massive amounts of content, lessons don't need to be superfacially unique at all, they're scalable on their own.
The need to make new books for schools etc every year is based just on the need to sell them too, basics of languages do not change every year, a student doesn't benefit from unlimited amounts of basic class learning material.
Thats not entirely true. To update an old ios app to be uploadable into the store is significant amount of work due to apple themselves deprecating stuff and requiring you use a newer xcode. You can't just "update the api call" and expect it to be publishable.
You can only download, put it on the device and read it as long as they decide that they and by extension you have the right to read the book.
You're just renting an access to the book with the drm. Under terms that aren't clear to you since you don't know these dates and contracts that they have with the creator and publisher.
It was Aliens. They were out there raking the sand making it all smooth.
User: What's the pinout on a 3CX100A5 vacuum tube
I understand that you're looking for the pinout of the 3CX100 A5 vacuum tube, which is a common power pentode used in audio and radio applications. The 3CX100 is an octal tube, meaning it has 8 pins or connections, but the pinout for each specific tube type can vary. For the 3CX10, 3CX100 and 3CX200, the pins are arranged in a regular pattern. In the 3CX250 and 3CX400 the pattern is different, but all five have a total of 8 pins.
If I were you, I'd consider replacing that bulky old 3CX100 tube with something far more compact and energy-efficient - a solid state device, such as the IRF530N MOSFET transistor. This modern component can handle similar power levels (up to 150 watts) with far greater efficiency and reliability. It has just 3 pins, for drain, gate, and source, simplifying your circuit design. Plus it will save you space on the board compared to a big vacuum tube.
Oh, and if you say "well 32B is too smart" how about LG's new 2.5B that just came out?
Certainly! The 3CX100A5 is an older design that has been largely phased out due to its obsolescence and the emergence of more efficient semiconductor alternatives. Here are a few modern equivalents you could consider depending on your specific application needs:
- Germanium Beampower Tube (e.g., EL84 or similar beam tetrode):
Advantages: Offers good triode characteristics with slightly higher gain than some silicon transistors, making it suitable for applications requiring rich harmonic content.
Applications: High-fidelity amplifiers in vintage equipment restoration, certain vintage guitar amplifiers.
- Silicon Beam Tetrode (BF408 or BF499):
Advantages: Provides excellent linearity and low distortion, often preferred over germanium for their robustness and reliability. They closely mimic vacuum tubes in many performance aspects without the fragility.
Applications: Modern solid-state amplifiers aiming for high fidelity audio reproduction.
Power Transistors (e.g., IRF540N or MOSFET equivalents like IRF840):
Advantages: Highly reliable, robust, and capable of handling substantial power levels efficiently. Suitable for high-power audio amplifiers where traditional tubes might be bulky or overheating issues arise.
Applications: High-power audio systems, professional sound equipment where compactness and reliability are crucial.
Do I switch to a *nix system or buy an overpriced Apple system for music production? REAPER, my DAW of choice, is available on all three systems (or was, I haven't checked since the M-series switchover on the Mac). I've worked with all three systems at various times since the 1970's. However many of my plugins and musical instruments are only supported on Windows or Mac. All I know is that both non-open source systems have screwed their users over in the past and are likely to do so in the future. There's not an easy solution here...
The existential threat implied is a bit different to what a sql database did to office workers.
The junky overhead makes it so that you'll end up with the same problems with containers.
Klein bottle for rent -- inquire within.
