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To: capt rocky who wrote (633)1/18/2000 11:07:00 PM
From: Mihaela  Respond to of 2039
 
Rambus sues Hitachi--will others be next?
By Michael Kanellos
Staff Writer, CNET News.com
January 18, 2000, 5:25 p.m. PT

Memory designer Rambus has filed a lawsuit against Hitachi for patent infringement, a move that could end up spreading across wide segments of the semiconductor industry.

Mountain View, Calif.-based Rambus filed an action in the Federal District Court in Delaware which alleges that Hitachi unlawfully incorporated Rambus' intellectual property into the designs of a large number of Hitachi memory chips and microprocessors, according to company executives. Rambus is seeking an injunction, as well as punitive damages.

Hitachi could not be reached for comment.

The circumstances of the suit indicate that Hitachi isn't likely to be the only company hit by some sort of legal action or request for royalties. Conceivably, Rambus could eventually file similar, although perhaps less bitter, suits against any company that made SDRAM memory (synchronous dynamic random access memory), or products that "interface" with computer memory, during the past 10 years. Such a list could include Samsung, Micron Technologies, Infineon, IBM and Intel.

Rambus, in fact, has already opened negotiations with some companies about licensing deals that would effectively bring about a settlement of any claims.

"We believe we have some fundamental synchronous memory technology intellectual property," said Avo Kanadjian, vice president of worldwide marketing for Rambus. "We are talking to a number of companies," he said.

Kanadjian declined to identify any of the companies. "We are in discussions, and we do prefer settlement."

The legal action springs from the vagaries of Rambus' history and the inner workings of patent law. The four patents involved in the suit were awarded to Rambus in 1999. However, they all date back for legal purposes to April 1990, when Rambus filed for its patents, Kanadjian said.

The industry's effort to promote SDRAM, meanwhile, didn't get kicked off until late 1991, he stated, while SDRAM chips didn't start rolling out until 1993. Rambus claims it showed its technology to Hitachi in the mid-90s and proposed a licensing agreement. Hitachi then incorporated this technology, according to the complaint and Kanadjian, into 100-MHz SDRAM and 133-MHz SDRAM chips as well as its SH family of microprocessors.

"Our business model is to develop intellectual property to license to others. We believe that Hitachi has used our intellectual property to develop non-Rambus products," he said.

Hitachi eventually took out a limited license with Rambus, but one that doesn't cover these products. Hitachi has never made Rambus parts.

Although Hitachi's actions, if true, seem calculated, Rambus does not have to show that to sustain a claim, which is why the suit has broader implications. Under the "prior art" doctrine of patent law, the date of the initial patent determines whether or not liability exists. If a second company develops identical or similar technology without access or knowledge of the original patents, the second company can still be held liable only because its invention came later.

Other technology companies, in effect, could have unwittingly infringed upon the patents. This list could include not only memory makers but also processor manufacturers, "motherboard" makers and chipset makers. Ironically, many companies have license agreements with Rambus, but most are relatively limited in scope.

Lawsuits are dreaded in Silicon Valley, but Kanadjian stated that such suits are a fact of life. Rambus is one of a number of "IP" semiconductor companies that only make money if they can license their technology to larger, established companies, he said.

At least one observer suggested the case may have legs. "I don't think these suits are filed without significant material to back them up," said Rich Belgard, a patent consultant. But Belgard added that "I don't know of any company that doesn't respect intellectual property."

yahoo.cnet.com



To: capt rocky who wrote (633)1/19/2000 12:47:00 AM
From: Sam P.  Respond to of 2039
 
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_VIEWPOINT: January 17, 2000


A Look at DRAMs in 2000 (Part 2)

Jim Handy and George Iwanyc

Dataquest does, in fact, show significant double-data rate (DDR) shipments in the near future. Why is that? We believe that DDR will be the technology of choice in some key applications, the main one being graphics accelerators. Graphics accelerators have two virtues that support the use of extremely fast SDRAMs as well as DDR point-to-point connections.

Jim Handy and George Iwanyc are senior analysts with Dataquest/Gartner Group, a market research firm based in San Jose. The first part of this Viewpoint appeared in the Jan. 10 issue of Electronic News.


Another application that is interested in DDR is servers. There are pluses and minuses to using DDR in this application. The minus is that the widespread use of modules adds a lot of uncertainty to the amount of loading on the address and data buses. This would indicate that the DDR parts used in flexible memory systems will need to be conservatively derated, perhaps not being able to harness all the speed that DDR has to offer.

The plus is that the server, by nature of its being a large-memory machine, must have a large number of DRAM chips inside. The more chips inside the box, the more bandwidth can be achieved through such tried-and-true means as bus interleaving and bus widening. Large memory arrays have the option of supporting 1,024-bit wide bus loads from DRAM straight into a similar-sized cache line on an off-chip L2 or L3 cache. Try to do this with the nominal eight or nine DRAM chips in a typical PC's main memory! RDRAM was conceived to maximize bandwidth in low-chip count systems, and can actually add complexity to large memory systems. We anticipate seeing very large memory arrays continuing to be built with non-Rambus technologies.

What about other systems? Assuming, then, that RDRAM will take a large slice of the PC market in 2001 and beyond and given that the PC market now consumes, and will continue to consume, between 75 percent and 80 percent of all DRAM sold, one has to conclude that RDRAM will become the focus of all DRAM manufacturers' cost-reduction efforts. This same phenomenon has happened in the past. At its inception, SDRAM had a larger die size, was more costly to test, and yielded worse than the equivalent EDO chips. Look at the market now. EDO DRAMs routinely sell at the same price as their SDRAM counterparts, and sometimes command a higher price, depending more on the availability of parts on the market than on the speed of the technology. Now, if the RDRAM receives all the attention of the designers in the die-shrink group, and if the RDRAM constitutes the bulk of the market, then it is inevitable that RDRAM pricing should eventually drop below SDRAM pricing. This will then have a self-propelling effect of forcing RDRAM to be used in applications that don't need all that bandwidth, but that need to use the cheapest DRAM available. This means that anything from hard disk drives right down to the lowly digital telephone answering machine are likely to be found using RDRAMs in future years.

For 2000, though, we see a more gentle progression. RDRAMs will penetrate to reach 13 percent of the year's market over the course of the year, the bulk of this number shipping toward the end of the year. DDR will not achieve such a high number and we expect to see the difference in penetration between the two technologies increase rather than decrease. Although it is likely that DDR's acceptance in graphics subsystems will ramp faster than will RDRAM (from a perspective of the percent of all systems penetrated) we do not anticipate that overall DDR shipments will ever come near those of RDRAMs.


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Copyright © 1999 Cahners Business Information, A Division of Reed Elsevier, Inc.