Can anything different be done with B:\?
Here's an academic topic:
Is there anything that can be done with the B:\ drive besides putting in a second floppy drive?
Has anyone done anything interesting? Is the B:\ drive going to be a real mystery in a coupla years (let alone the A:\ drive)?
And on the subject, is the slow read/write of A:\ and B:\ due to the physical media of the floppy or the digital troughput spec?
Just wondering
Is there anything that can be done with the B:\ drive besides putting in a second floppy drive?
Has anyone done anything interesting? Is the B:\ drive going to be a real mystery in a coupla years (let alone the A:\ drive)?
And on the subject, is the slow read/write of A:\ and B:\ due to the physical media of the floppy or the digital troughput spec?
Just wondering
0
Comments
Prof
It reads and writes a lot faster than a floopy!
Don't know if they are still available, but I always have a disk in the drive and I have an automatic back-up weekly of my data files and e-mail folders.
Cheers
Crypto
I am real novice at this. What is an LS 120 drive? Is it related to a Zip? I always thought so but I'm probably wrong.
Hey Prime. I'm talking win98SE from my particular point. If 2k allows assignable B:\ that's very cool.
So is the slow READ/WRITE speed of B:\ and A:\ based on the media or the MoBo throughput spec?
LS 120 is similar to a zip drive. I found this, which pertained to a Winbook. An old boss of mine described Winbooks as "a piece of sh*t on a stick" (the laptop, not the drive) :
Prof
These are inviting numbers and they allude to the fact that the media itself is the big factor for optimal speed. So what is the fastest transfer that can be acheived on a floppy cable/MoBo?
Cool idea? a PCMCIA card read/write port designed for B:\
or a MIDI port interface designed for B:\?
I have some internal Zip drives and if I recall they can only be interchanged with A:\ according to the install manual. I wonder if there is a B:\ work around
Wow, I'd forgotten about those!
I remember a customer I had a couple of years ago. He wanted to add a combo floppy drive to a new computer he was buying. He was an old guy (and a REAL professor:p ). When told that 5 1/4" drives were hard to find he started wailing and moaning about how he had all of his research documents backed up on 5 1/4" disk and now his lifes work was down the drain. I suggested that he copy his data to 3.5" discs on his old computer, then just go with the more modern drive.
He got this look like a light bulb just went on inside his head and said "You can do that?"
Prof
(A phony one):banghead:
vERY FUNNY sHMARTY
Like I said purely academic. But here's a motivation:
Old computers are something that get thrown out/given away. Well, I think with certain tweaking etc. the machines can have value for:
Charity:
People in poor circumstances who otherwise would not have a computer at all.
Commercial:
Psuedo embedded machines like DAWs that could be sold cheap to a musician who wants an entry level DAW but is on a budget. Have you seen the money companies like Roland and Korg ask for for their table top DAWs and what slim pickins you get for it?
Just thinking out loud