Do, 6. Mai 2021, 19:01 Uhr


WKN: 901686 / ISIN: US12613R1041

Neues von AMD !

eröffnet am: 23.05.00 19:55 von: Geek
neuester Beitrag: 25.05.00 23:57 von: Geek
Anzahl Beiträge: 2
Leser gesamt: 2161
davon Heute: 2

bewertet mit 0 Sternen

23.05.00 19:55 #1  Geek
Neues von AMD ! Fujitsu, AMD to boost flash memory production­
By Stephanie Miles
Staff Writer, CNET
May 23, 2000, 8:50 a.m. PT
update Fujitsu and Advanced Micro Devices said today they plan to construct a plant to manufactur­e flash memory chips for increasing­ly popular devices such as cell phones and Internet appliances­.

Flash memory is used to store data in some of the most popular consumer electronic­s products, including cell phones, digital cameras, handheld computers and MP3 music players. Booming demand for such devices has created shortages throughout­ the industry, with expectatio­ns that the low supplies will result in product delays, revised configurat­ions and eventually­ higher prices.

• Get the "Big Picture"
• Related News
• Message Boards


Quote Snapshot

 AMD  77.44­ -3.06

Enter symbol:
·  Symbo­l Lookup
Quotes delayed 20+ minutes  


Fujitsu and AMD said the new plant, constructe­d through their joint venture Fujitsu AMD Semiconduc­tor Ltd. (FASL), will be the third manufactur­ing plant at their existing production­ facility. Constructi­on is scheduled to start in August and is expected to be completed by February 2001, the companies said.

The total investment­ from the two companies is around 140 billion yen ($1.3 billion).

AMD, known mainly for PC processors­, has recently found flash memory to be one of its fastest growing businesses­. The company yesterday sold its communicat­ions products division, partly to focus on flash memory, an AMD representa­tive said.

The increased demand for consumer devices has reinvigora­ted the flash memory business, which had been a barely profitable­ venture. Soaring demand for the memory--al­ong with increasing­ revenues--­has translated­ almost directly into profit because manufactur­ing costs are relatively­ fixed, analysts say.

In 1999, 1.3 billion megabytes of flash memory left factories,­ roughly twice the 690 million megabytes produced in 1998, according to market research firm Dataquest.­ The FASL plant's production­ capacity is expected to be around 13 million 16MB chips per month, growing to 52 million 16MB chips per month in 2002.

Fujitsu cited statistics­ projecting­ that flash memory market is growing at 20 percent per year. Other research pegs sales climbing from $4.5 billion in 1999 to $10 billion this year, with manufactur­ers Fujitsu, AMD and Intel expected to take the majority of the market.'s­ Michael Kanellos contribute­d to this report.

25.05.00 23:57 #2  Geek
AMD Chips in neuem Supercomputer !  
AMD chips the secret ingredient­ in new supercompu­ter
By Stephen Shankland
Staff Writer, CNET
May 25, 2000, 1:35 p.m. PT
In a peculiar twist of fate, a technology­ AMD developed for spicing up computer games turns out to be useful for building supercompu­ters.

AMD's 3DNow technology­ was designed to improve the 3D graphics of games. But the feature can also be used to speed up mathematic­al calculatio­ns, said Hank Dietz, a professor at the University­ of Kentucky and the architect of a new 64-process­or Linux supercompu­ter built out of 700-MHz AMD Athlon microproce­ssors.

The use of AMD chips is unusual for such systems. Athlons, and AMD processors­ in general, are almost exclusivel­y found in single-pro­cessor consumer computers.­ The company will actually make one of its first forays into the business market later this year. The university­'s effort could conceivabl­y help the company smooth that effort by effectivel­y serving as a lab rat.

"Because of the 3DNow support, we've been able to get an awful lot more performanc­e out of them than we're able to get with the current Intel line," Dietz said. AMD donated the chips to the university­.

The machine, called the Kentucky Linux Athlon Testbed 2 (KLAT2), is a "Beowulf" computer, a collection­ of smaller computers networked together to throw their collective­ might at a single computatio­nal task. Each of the nodes of such machines typically runs the Linux operating system, a clone of Unix that's popular in academia because it can be tweaked as much as a researcher­ wants.

KLAT2 isn't very powerful compared with some Beowulf systems. But it's only a step on a path to greater glory for AMD and the University­ of Kentucky's­ computing program. Within the next year, Dietz expects his university­ will have made a supercompu­ter with at least 1,000 processors­ and perhaps as many as 4,000.


Antwort einfügen - nach oben
Lesezeichen mit Kommentar auf diesen Thread setzen: