The elder looked at the interviewer like he was a slow child. “They will get wives from other tribes.”

I believe Darwin might have had something to say about this attitude…

Well that’s shooting yourself in the damn foot.

Apple users are a tiny percentage, and most of the sort that happily uses whatever Apple gives them without question or concern for other options. I have no idea what this thing did, but if it did something different than every other browser should start targeting Windows and Linux.

Yes I am, and that is exactly the point. I do not want spinning disks in my desktop, or anyone’s desktop or laptop. Give the actual computer a fast SSD for the OS and programs, then store the big data on a NAS or server. How’s the computer access it from that server in real time.
At 100 megabits (10 megabytes per second) that isn’t very fun. Gigabit ethernet is 100 megabytes per second give or take. That is where it starts to become useful for storage, as most spinning disks themselves have a transfer rate between 100 and 150 megabytes per second.

But as you just pointed out, that can become a bottleneck. Especially if you have multiple people accessing the server. How much of a problem it becomes depends on what they’re doing. IE, 10 people editing photos can happily share a gigabit link to the server because they load the photo once and then the link sits idle while they work as the photo is cached in RAM, 10 people editing uncompressed high definition video will probably want a constant full gigabit to each of them because they’ll be using almost all of it constantly so you need a gigabit to each desk and 10 gig to the server (and a storage array with sufficient bandwidth)

All true. But what if you aren’t just storing media for consumption? What if you’re doing photo editing, video editing, etc? If your NAS is either flash-based or has a flash cache, that extra speed can be really useful.

100 MByte/sec. 8 bits per byte, call it 10 when you include overhead / CRC / etc.
1000 mbit = 100 mbyte

About damn time. We got a boost every few years from 10 to 100 to 1000. Then we just… Stopped. Stagnated. It’s understandable why, for a good long time one gigabit was all anybody needed, 100 MByte/sec is pretty good even for a NAS.

Of course then fiber ISPs got in the game, now in a lot of places you can buy 7-8gbps as a consumer product. And even multi-gig, which was supposed to ‘fix’ this, really ended up being insufficient. You could make a salad argument that multi gig was a waste of time and we should have just started moving to 10 gig.

Unfortunately, 10 gig switches still carry a significant premium. But this will start to shake that up. Sooner the better.

That’s assuming raw PCM data, no compression (lossy or lossless) whatsoever.

LDAC can do lossless redbook audio (16 bit 44.1 KHz) at 990kbps. All other modes are lossy.
It’s probably doing something much like FLAC- lossy encoder + residual corrections to ensure you get the original waveform back out, but with less bandwidth than raw PCM.