Thursday, August 15, 2002
Samsung Chips In for Cheaper Flash Memory
Posted by Jason Dunn in "NEWS" @ 07:00 AM
http://www.pcworld.com/news/article/0,aid,103934,tk,dn081402X,00.asp
Smaller in size, larger in capacity, faster in performance, and less expensive overall. What's not to love?
"Samsung Semiconductor has started mass producing 1 gigabit flash memory chips using a manufacturing process that allows for cheaper and smaller chips, the company said Wednesday. Samsung is using 0.12 micron technology instead of the older 0.15 micron technology it used before. Chips made using the new technology are smaller, which improves read speed, and can be produced at a lower cost, Samsung says in a statement.
The NAND-type flash memory is used in devices such as digital cameras, handheld computers, and digital music players as well as in memory cards such as Smart Media, Compact Flash, and Secure Digital cards. The chip is designed to have faster rewrite characteristics and higher storage volume. Samsung, which is also working on 2 gigabit flash memory, claims it is the first to mass produce 1 gigabit flash memory using 0.12 micron technology."
Smaller in size, larger in capacity, faster in performance, and less expensive overall. What's not to love?
"Samsung Semiconductor has started mass producing 1 gigabit flash memory chips using a manufacturing process that allows for cheaper and smaller chips, the company said Wednesday. Samsung is using 0.12 micron technology instead of the older 0.15 micron technology it used before. Chips made using the new technology are smaller, which improves read speed, and can be produced at a lower cost, Samsung says in a statement.
The NAND-type flash memory is used in devices such as digital cameras, handheld computers, and digital music players as well as in memory cards such as Smart Media, Compact Flash, and Secure Digital cards. The chip is designed to have faster rewrite characteristics and higher storage volume. Samsung, which is also working on 2 gigabit flash memory, claims it is the first to mass produce 1 gigabit flash memory using 0.12 micron technology."
