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#1
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posted to rec.boats
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On 9/6/13 5:02 PM, Mr. Luddite wrote:
"F.O.A.D." wrote in message m... I'd guess drive failures are the most common problems on computers. ------------------------------------ With "Cloud" storage and solid state memory like high density SDXC cards, disk drives are probably going to join the ranks of the obsolete. Lexan just introduced a 256Gb card and Sandisk has developed one which makes it possible to manufacture cards with storage capacity up to 2 terabytes. I don't use more than 25 percent of the hard drive capacities on either of my laptops. I have a mini SDXC card in my laptop...it's no bigger than a little finger nail and it has a 64 GB capacity. These external solid state drives, though, are still slow because they use a USB like interface. The SSD in the laptop, however, seems faster than greased lightning. You're right, of course, the handwriting is on the wall for spinning drives. |
#2
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posted to rec.boats
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![]() "F.O.A.D." wrote in message m... On 9/6/13 5:02 PM, Mr. Luddite wrote: "F.O.A.D." wrote in message m... I'd guess drive failures are the most common problems on computers. ------------------------------------ With "Cloud" storage and solid state memory like high density SDXC cards, disk drives are probably going to join the ranks of the obsolete. Lexan just introduced a 256Gb card and Sandisk has developed one which makes it possible to manufacture cards with storage capacity up to 2 terabytes. I don't use more than 25 percent of the hard drive capacities on either of my laptops. I have a mini SDXC card in my laptop...it's no bigger than a little finger nail and it has a 64 GB capacity. These external solid state drives, though, are still slow because they use a USB like interface. The SSD in the laptop, however, seems faster than greased lightning. You're right, of course, the handwriting is on the wall for spinning drives. --------------------------- Another one for the scrap book. Back in the mid 80's the company I was working for at the time designed and built a vacuum deposition system for Seagate that deposited the magnetic storage media on the disks. They were physically huge back then and certainly not the high density of the drives available today. We also built another system for a subsidy of Alcoa who were getting into making the storage disks. This was all early in the game. The Alcoa system required an amorphous hard carbon coating as well that protected and added lubricity to the disk to prevent crashes due to the head hitting the drive. All obsolete now. |
#3
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posted to rec.boats
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On 9/6/13 5:42 PM, Mr. Luddite wrote:
an amorphous hard carbon coating as well that protected and added lubricity Does Mrs. Luddite know you talk like that? ![]() |
#4
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#5
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#6
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