(can't help it, traumatized by tape drives)
As an aside, there are businesses still using tape storage. It's great for long-term stuff, especially when stuffed into a secure area with climate controls.
And, well, don't forget the old adage. There's no bandwidth like a station wagon full of tapes barreling down the highway at 70 MPH.
If you'll allow some fun off-topic...
Though these days, we have some sweet bandwidth. But that adage still holds true. Instead of picturing tapes, picture microSD cards.
The average space in a current SUV is 20³ ft. You can fit roughly 3.5
million microSD cards into that space. The largest microSD card can hold 2 TB.
That's roughly 6.5 Exabytes of data.
As we can more accurately relate (in our heads) what a TB is, that's 6,544 Terabytes,
Or that's 6,544,000 GB, if that helps.
That will hold more than a billion average-sized high-res photos. It'd hold more than 3 million 1080p movies.
However... Those cards are $400 each (though I'm sure you'd get a bulk discount). It'd be around $1.3 billion to buy that many.
Using 1 TB microSD cards would be well under $500 million, and might be the most economical way to do this.
Also, I'm not sure that they can produce 3.5 million microSD cards in any reasonable amount of time.
But, still, imagine 6.5 Exabytes barreling down the highway at 70 MPH. I suspect that'd be the fastest throughput the world has ever seen.
Actually, we can do that math. Driving slowly across the country (from NYC to LA) will take about 41 hours. So, that works out to a bandwidth of 45.39 GB/sec. Note the capital B. (It is roughly 363.12 Gb/sec.)
However, the Cannonball record is 25 hours and 39 minutes. However, our enterprising driver will not be breaking the law.
They estimate that Google has up to 15 Exabytes of data, if you're curious about the scale.
(Some numbers drawn from Google and only sanity checked. The numbers make sense.)
Now back to your regularly scheduled thread.