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cellularmitosis

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Klipsch was famous for making speakers using acoustic horns, which was somewhat esoteric. When they finally made a speaker which used a conventional woofer, they named it “the heresy”.

A 3dfx card running in an O2 surely deserves a similar moniker :)

What’s on HTTP? 4 months ago

Any fans of retrocomputing will certainly agree. Much of the plain-HTTP internet that's left is there by them and for them.

Did you actually try any searches? Or is this just an excuse to broadcast your feelings about AI?

The author of the Ogg format claims a bit more pessimistic range of bit depth: https://www.youtube.com/watch?v=cIQ9IXSUzuM

Here are some measurements of type I, II and IV:

http://www.ant-audio.co.uk/Tape_Recording/Measurements/HD3_v...

http://www.ant-audio.co.uk/Tape_Recording/Measurements/HD3_v...

http://www.ant-audio.co.uk/Tape_Recording/Measurements/HD3_v...

Here are the specifications of a typical dbx unit: https://www.hifiengine.com/manual_library/dbx/222.shtml

but it is really hard to make a good sounding cassette

It is unfortunate that cassettes are the lowest fidelity consumer medium (of modern times). But there is some room to optimize within that space. If you are curious:

The cassettes available today are Type I, Type II ("high bias") and Type IV ("metal"), each being higher fidelity than the last, but not all portable players supported these types of tape.

Dolby B/C noise reduction could improve the dynamic range of tapes a bit, but again not all portable players supported this.

The ultimate was "dbx", which dramatically improved noise reduction and dynamic range ("tape hiss" was essentially inaudible), but now you're in the territory of needing dedicated rack-mount equipment to record and play your tapes.

My dad was a bit of an audio buff, so I got to experience these things as a kid.

Edit: according to gemini AI:

* Type I had a dynamic range of about 50bB (roughly 8 bits)

* High quality tape with Dolby B, C and dbx yielded roughly 65, 75, and 85dB SNR (about 11, 12.5, and 14 bits)

So you could get pretty close to CD quality, but not quite.

This is a satisfying narrative but I feel like you are overestimating the technical competency and/or malice of these companies. The more likely explanation is that they have simply bitten off more complexity than they can chew.

Of the tech companies I've worked for, I can't even imagine how the web team would react if they were instructed to intentionally nerf their website.

This sort of pedantic need for correctness at the cost of clarity seems to also crop up as businesses become increasingly corporate and expand their offerings.

“The best tires” becomes “the best vehicular solutions”

The real problem is when you have hundreds (or thousands) of fully discharge roboports, which will peg your power satisfaction to zero for quite some time during a black restart.

During that time, you are producing power, but none of the inserters work, none of the miners work, etc. and the distributed nature of the roboports means it isn’t straightforward to simply disconnect them.

Why not just grade solely based on live performance? (quizzes and tests)

Homework would still be assigned as a learning tool, but has no impact on your grade.

Yes, that level of vibration is not normal, and is due to the fuel injection pump being out of adjustment. Because the fuel regulation is mechanical, it is possible to develop this sort of resonance. If you google for "OM617 rack dampener bolt", you'll find lots of forum hits about it. This video was taken before I was aware of the cause.

Well, almost. The 5.9L fails safe: there is a fuel shutoff solenoid which operates in reverse: you give it power to keep the fuel flowing. You’d need to modify it to force the solenoid open (or remove it).

The OM617 (as used in many 1980’s Mercedes sedans) fuel shutoff operated on vacuum, and once started, the engine would run with no electrical system at all.

This is ridiculous, I changed like 3 words. While I did originally mention 512GB, the context (“on-chip”) made it clear I was referring to the speed, not the size.

While I did make a couple of cosmetic edits within a few minutes of posting (before there were any replies), even the original was referring to the speed of the memory ("on-chip"), not its size.

You misunderstood my post, and I don't appreciate the tone of your reply.