SATA HyperDrive5 RAM Drive
hyperossystems.co.uk
SATA HyperDrive5 RAM Drive
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Re: SATA HyperDrive5 RAM Drive
#2Re: SATA HyperDrive5 RAM Drive
#3You could maybe get 8GB in those days usually you would get only 4GB while it was possible to put an entire game or at least the big chunks of it on there or alternatively some video content it was clear that it would never get anywhere.
They are still much faster than SSD's the problem is not even the cost but it's the fact that none of those can any meaningful capacity even beyond the physical limitations the memory controllers we have just can't support a capacity which will be worth while..
Re: SATA HyperDrive5 RAM Drive
#4Re: SATA HyperDrive5 RAM Drive
#5Had a RAM disk circa 2005 was a fun experiment especially when you could fill it with very cheap DDR 266/333 modules but it wasn't really useful. You could maybe get 8GB in those days usually you would get only 4GB while it was possible to put an entire game or at least the big chunks of it on there or alternatively some video content it was clear that it would never get anywhere. They are still much faster than SSD'…
Re: SATA HyperDrive5 RAM Drive
#6http://www.ddrdrive.com/ http://www.ddrdrive.com/menu4.html
Re: SATA HyperDrive5 RAM Drive
#7I would have thought write performance would be faster than SSD, though? are SSD rates really that fast? wow...
Re: SATA HyperDrive5 RAM Drive
#8Re: SATA HyperDrive5 RAM Drive
#9Re: SATA HyperDrive5 RAM Drive
#10Had a RAM disk circa 2005 was a fun experiment especially when you could fill it with very cheap DDR 266/333 modules but it wasn't really useful. You could maybe get 8GB in those days usually you would get only 4GB while it was possible to put an entire game or at least the big chunks of it on there or alternatively some video content it was clear that it would never get anywhere. They are still much faster than SSD'…
I wish people had continued this sort of thing, I had a Gigabyte i-Ram[0] and it was incredible. The most limiting factor was that it used DDR memory slots (maximum 4GB) and the SATA interface. I don't imagine there would be much of a barrier in doing this with more modern technology like PCI-e for the transfers and a big juicy FPGA for addressing substantially more memory. Alas.