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To: Dave B who wrote (17500)3/20/1999 5:04:00 AM
From: unclewest  Respond to of 93625
 
news

techweb.com

March 22, 1999, Issue: 1053
Section: Design Automation
--------------------------------------------------------------------------------
Quartet of testers said to improve accuracy, yields -- Schlumberger takes on RDRAM test challenge
Stan Runyon

San Jose, Calif. - With the expected huge leap in Rambus DRAM shipments next year, memory manufacturers are under pressure to find new ways to test these gigabit-data-rate chips. Schlumberger ATE says it has solved the problem and is already shipping testers carrying the solution.

Testers in the RDX2200 series boast plus/minus 50-ps multisite edge-placement accuracy, a 1-Gbit/ second data rate and new software that accommodates the RDRAM's requirements for packet-data generation. Chris Mack, director of product marketing at Schlumberger, maintained that the testers were the first to meet Rambus speed and accuracy specs across eight sites.

"As tester edge-placement improves, yields increase, significantly impacting profitability," said Jackie Tubis, president of Schlumberger ATE. "Using our RDRAM products, a company producing 10 million units valued at $15 a unit could potentially realize $9 million a year in yield increases from a 30-ps improvement in edge-placement accuracy."

Those two factors-accuracy and yield-"are the most critical issues facing RDRAM test and volume production today," said Dan Hutcheson, president of VLSI Research Inc. Schlumberger also claims its tester slashes months off the RDRAM development cycle.

Shipments swelling

According to estimates from Dataquest Inc. here, Rambus DRAM production should account for 5 percent of the total DRAM capacity shipped this year, swelling to about 31 percent next year. Indeed, 15 of the top memory makers-supplying more than 96 percent of the world market-have signed license agreements to produce RDRAM devices.

"The evolution of RDRAM technology is radically changing the way devices are tested," said Schlumberger's Tubis. "It requires totally new test methodology, tools and skill sets to produce the necessary volume of chips to fulfill industry demand at a reasonable cost per unit."

Tubis said Schlumberger spent the last year working with a world leader in memory devices to perfect a solution. "For the first time," he said, "memory manufacturers have to deal with integrating high-performance logic capabilities within a memory device, resulting in the need for a new level of highly accurate, flexible and robust test solutions."

Drawing on its expertise in logic testing, Schlumberger is rolling out four fully compatible members of a new family, the RDX2200 series, intended to significantly shrink time-to-volume while boosting yields. The products are also designed to accommodate evolving test methodologies-important because RDRAMs are still a work in progress.

The four new systems in the RDX2200 product line provide a seamless transition from design validation to device characterization and production, the company said: No correlation steps are necessary.

All feature the company's patented Sequencer Per Function timing architecture and proprietary liquid-cooling technology to reduce pattern-dependent error. This ensures the plus/minus 50-ps edge-placement accuracy-pattern to pattern, device site to device site, and tester to tester, worldwide.

Digital and hierarchical calibration to the device under test further reduce error throughout the entire timing path and ensure repeatability, according to Schlumberger.

The RDX2200dv is a complete RDRAM debug and verification system. With this fully integrated e-beam and tester solution, users can directly probe internal RDRAM nodes at speed.

Features include non-contact, no-load measurements for internal signal probing, easy setup and automated CAD navigation for fast signal identification, high-resolution ac timing measurements with 1-ps resolution, and greater than 8-GHz bandwidth.

The RDX2200cs is a high-performance characterization system that tests RDRAMs at the widest operating range available. To simplify pattern programming, a packet generator provides fully automatic RDRAM pattern generation. A suite of programming and characterization tools is designed to help move new RDRAM designs into production faster.

Real-time thermal control

Next in the family is the RDX2200tc, an advanced test and thermal-characterization cell designed for RDRAM product development. By combining a fast, accurate temperature-forcing system with the test system, Schlumberger has produced an at-speed tester offering high precision and real-time thermal control.

According to the company, the system features the industry's fastest temperature change across the complete range of -35 degrees to 125 degrees C. The unit also synchronizes test-vector execution with temperature control and features automatic dynamic temperature analysis and data collection.

Finally, the RDX2200 brings advanced calibration, a 1-ps time-measurement unit and full liquid cooling for junction-temperature control. It comes equipped with Schlumberger's TruEdge accuracy-validation software, the Packet Generator, handler interfaces, a graphical test environment called ASAP and production debug tools.

In pricing, the RDX2200 series comes in between $1 million and $2.5 million. The company is also offering RDRAM services from its Saber (Schlumberger Advanced Business Engineering Systems) unit. Additional information is available on the Web at www.slb.com/ate.

Copyright (c) 1999 CMP Media Inc.



To: Dave B who wrote (17500)3/20/1999 5:18:00 AM
From: unclewest  Read Replies (1) | Respond to of 93625
 
news

techweb.com



To: Dave B who wrote (17500)3/20/1999 5:32:00 AM
From: unclewest  Respond to of 93625
 
news

rmbs and armhy news.
again the controversial take by a reporter. particularly glaring is when he knocks armhy's $69 million in revenues, he fails to mention the %500 growth rate. wondering why he did not knock rmbs' $40 million in revenues.

techweb.com

March 22, 1999, Issue: 1053
Section: IP Trends 99
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Intellectual-property cores biz: Harder than it looks
Craig Matsumoto

The intellectual-property cores industry is still the talk of Silicon Valley, but the talk this year is turning sour. The dream a year ago was that myriad startups would spin semiconductor cores that larger companies would knit together with ease into systems on chips.

But the IP cores business is turning out to be harder than anyone thought, in terms of how to sell the cores, how much support is required and even which technologies can make a viable IP cores business.

"The dream is to go surfing on the Web and grab this core here and that core there. That's not going to happen," said Gary Smith, who tracks the cores industry for market researcher Dataquest Inc.

Investment interest has waned, too, and even the success of public cores suppliers such as Advanced Risc Machines Ltd. (ARM) isn't being taken as proof that IP can build a viable business. While most industry observers agree that an IP cores industry will eventually exist, it's becoming apparent that the model won't be as easy to build as was originally thought.

"Once we know how to productize IP, it will be of huge value. The business model is still a question mark," said Sam Lee, a partner with Information Technology Ventures.

The IP model says you remove the major costs of semiconductor development-manufacturing, primarily-and concentrate on designing circuitry. It also says you're able to sell that circuitry to multiple industry players using multiple fabs and to collect ongoing revenues, usually in the form of royalties.

Expectations for that kind of business remain lofty. DMG estimates that the merchant IP business will hit $1 billion next year. "I've seen estimates that are four times that," said John Bourgoin, chief executive of MIPS Technologies Inc.

Last year, with a few IP companies going public and valuations rising, "everybody was kind of bullish," said Bruce Graham of Bessemer Venture Partners. But despite a few early successes with companies such as MIPS and Rambus Inc., problems erupted. Some designs just didn't work inside a customer's chip. Prices for commodity cores plummeted. The wreckage has left many venture capitalists gun-shy about IP companies.

"Sand Hill Road has shut down," said Mark Bowles, president of DSP-core company Billions of Operations Per Second Inc. (BOPS). "They're just not funding IP deals because the model's not proven." Sand Hill Road is the address of many of Silicon Valley's venture capitalists.

In this environment, even Rambus and ARM aren't considered to have proved themselves yet, because they haven't weathered the public stock market for very long. "

Part of the problem is that IP hasn't become the kind of gold strike that attracts technology investors. Compared with an e-commerce company, or even a fabless semiconductor house, the revenue growth of an IP play isn't fast enough for venture capitalists' needs.

"ARM just reported $69 million revenues. That's not a bad fabless company, that's an out-of-business fabless company," Bowles said. "Even if you're wildly successful, you end up with these low numbers that aren't too exciting to a venture capitalist."

In many cases, investors believe in the IP concept but are waiting to see if the business model works long term. Despite his reticence against IP companies for now, Lee thinks the market is a shoo-in for the future. "The fundamentals are certainly there-design reuse, the ability to buy off-the-shelf components-it makes a lot of sense," Lee said. For Bill Elmore, a partner at venture firm Foundation Capital (Menlo Park, Calif.), the question is how large an IP company can become, even if it's viable. "How many Rambuses are there going to be? Two or 200?" Elmore said.

Others remain skeptical. Bruce Graham of Bessemer Venture Partners said he has stuck to semiconductors, his original area of expertise, and hasn't pursued an IP deal for the past six months. "Frankly, I don't really believe in the model," Graham said. "I'm more comfortable with IP as an adjunct to the fabless [semiconductor] model."

Possibly the most bullish of venture capitalists is Rob Chaplinsky of Mohr, Davidow Ventures. As a stock analyst with Hambrecht & Quist, Chaplinsky was an early champion of the IP concept and helped shepherd Rambus and ARM into the public market. He remains upbeat about the future of IP companies, but he also concedes that early struggles have left some investors skeptical. "People are a lot more familiar with the model, but I think people also recognizing the challenges," Chaplinsky said.

In fact, some venture capitalists are trying to steer IP-cores hopefuls toward a fabless-chip model. But some companies-BOPS, for instance-are even less enticed by the competitive conditions they'd face as fabless semiconductor companies.

Certainly the demand for silicon cores is real, as Graham has discovered as a board member of Mips-device processor Quantum Effect Design Inc. "Companies are coming to us saying, 'Is there some other way we can use this technology?' We're scratching our heads trying to figure out if we can do that."

Because not every IP play has flopped, it's apparent that the business model can work in some cases. Dataquest's Smith, who divides IP cores into three business models plus the traditional ASIC one, said it's mainly the "independent" vendors-those trying to do scattered, individual cores-who have disappointed. The remaining two business models are doing rather well, he said.

Smith believes the "star" core providers-MIPS, ARM and DSP Group Inc., in his book-have managed to build sustainable businesses. Also promising, Smith said, are the "core stores" such as Mentor Graphics Inc.'s Inventra group, which are acquiring IP cores and can therefore sell several into one chip design.

Two elements seem to be essential to the success of the star core providers: a link to a massive market and the fact that the companies sell processors, Smith said. Processor vendors are particularly well placed due to the emerging embedded market and "anything but Microsoft" philosophy that's cropping up in pockets of the embedded market.

According to Smith, embedded designs are being developed without allegiance to a particular microprocessor and standardized on a real-time operating system from a small company, which opens the door for a variety of processors to be used in a variety of designs.

The core store model, originated by Technical Data Freeway Inc., is being perfected by Mentor Graphics Corp.'s Inventra group and by Phoenix Technologies Ltd. "Phoenix and Mentor are buying up all the real good independent core guys," Smith said. He believes there's room for one or two more large core stores. "My suspicion is that Synopsys will be there someday."

So, what is it exactly that IP companies have been missing? One quick business lesson was that IP works best when it's specialized. Commodity products attract too much competition. PCI and USB cores are prime examples, as their prices have plummeted. But at the same time, that specialized IP has to be a sustainable business, which means finding a high-volume application to match.

IP companies also must take an approach that goes beyond providing components. It's becoming clear that IP operations, like the rest of the electronics industry, must follow a systems-minded approach.

"In an IP model, you'd better be service-oriented. In a fabless model, you have to be manufacturing-oriented. But in both those models, you have to be systems-oriented-you have to understand your customer's customer," Chaplinsky said.

Perhaps most discouraging to investors is that it took years to build the successful IP core firms. Rambus "had a lot of ups and downs until it got pushed over by Intel and others," Graham said. ARM took seven years to break through; "I'm not sure you could keep engineers around for seven years in Silicon Valley to build a company that way," he said.

But it's really the unforeseen technical issues, such as verification and customer support, that have doused hopes for a fast-paced, flexible IP marketplace.

"The thing that's killing off these IP guys is they're finding that support engineering is costing four times what it cost to build the cores in the first place," Smith said. "Really, what ASIC guys are looking for now is silicon-proven cores. There's just too many disasters out there. It's a shame, because a lot of the time it was the engineer's fault because they were messing with the core."

"What separates the real companies from the new, young companies is the companies that have a verification procedure built in," Chaplinsky said.

Legal concerns also must figure prominently into the business plan, because an IP company lives or dies by its patents. Although not yet a pressing problem it's possible-indeed likely-that legal questions will be the next hurdle for the IP industry.

Copyright (c) 1999 CMP Media Inc.



To: Dave B who wrote (17500)3/20/1999 5:40:00 AM
From: unclewest  Respond to of 93625
 
news
dave, me thinks you hit it on the head when you said the conversion to rdram would happen at the speed of light.

this is the 16th dram mfr to announce production of rambus rdram. only 3 left and i'm not sure they can afford to stay in business. these 16 companies represent some 97% of the world's dram production

techweb.com

March 22, 1999, Issue: 1152
Section: Manufacturing Services
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Powerchip, Mitsubishi widen pact
Sandy Chen

Taipei, Taiwan- Taiwan's Powerchip Semiconductor Corp. will expand its relationship with Mitsubishi Electric Corp.-as well as its overall foundry effort-by making Direct Rambus DRAM chips for the Japanese company.

Powerchip plans to produce Mitsubishi's 144-Mbit Direct RDRAM devices at its 8-in., 0.35- to 0.25-micron wafer fab in Hsinchu.

Mitsubishi will begin shipping its Direct RDRAMs under its own logo this summer, according to Michael Tsai, senior vice president of Powerchip, a joint DRAM manufacturing venture between Taiwan's Umax Group and Japan's Mitsubishi and Kanematsu Corp.

"This year, we will only have a small amount of capacity for Direct RDRAMs," Tsai said. "But it is our plan to have enough capacity for Direct RDRAMs in place to meet market demand by the year 2000. We will only make these DRAMs on a foundry basis for Mitsubishi. We do not intend to license the technology from Rambus until Rambus owns a 40% or 50% share of the market."

Still, Taiwan is looking to become a major producer of high-speed Rambus memory. Other local foundries-including Taiwan Semiconductor Manufacturing Co. Ltd. and United Microelectronics Corp.-have secured licenses to make select Rambus-based products for customers.

And a few of Taiwan's DRAM houses, including Vanguard International Semiconductor Corp. and Winbond Electronics Corp., plan to ship Direct RDRAMs this year or next, sources said.

Powerchip, formed in 1994, has been a key manufacturing partner for Mitsubishi's DRAM efforts, although the two companies recently altered their original charters.

In the past, Powerchip made Mitsubishi-designed 64-Mbit DRAMs only on a foundry basis for the Japanese company. Mitsubishi sold most of the output from the venture under its own logo. Umax, one of Taiwan's largest scanner and PC makers, also used the Powerchip-produced DRAMs internally.

Recently, though, Powerchip has begun selling some of the 64-Mbit DRAMs under its own logo, and is also offering foundry services for other chip customers besides Mitsubishi.

At the same time, Powerchip is moving beyond its 64-Mbit DRAM roots. In addition to its Direct RDRAM products, Powerchip plans to make 128-Mbit SDRAM products on a foundry basis for Mitsubishi.

The company's fab can produce 21,000 wafers per month. About a third of Powerchip's capacity is devoted to foundry customers. By year's end, the fab will be able to process wafers at 0.18 micron and below.

Copyright (c) 1999 CMP Media Inc.



To: Dave B who wrote (17500)3/20/1999 5:52:00 AM
From: unclewest  Respond to of 93625
 
more news

techweb.com

March 22, 1999, Issue: 1152
Section: Semiconductors
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DRAM rivals eye similar apps
Andrew MacLellan

Silicon Valley- In a sign of how fragmented the DRAM market has become in the three years since average selling prices plummeted, NEC, Samsung, and Siemens all launched different chips in the last week aimed at similar applications.

Although DRAM prices have improved somewhat in recent months, the lack of a clearly defined next-generation architecture is causing chip makers to juggle several products as they jostle for control of the main-memory supply pipeline. Low margins-and the delay of a key Intel Corp. chipset, which has postponed the industry's migration to Direct Rambus DRAM-are further complicating the market picture for vendors.

Korea's Samsung Electronics Co. Ltd. is targeting volume shipments of a 256-Mbit SDRAM at the high-performance needs of PC OEMs such as Compaq, Dell, Hewlett-Packard, and IBM. Operating on the belief that high-density SDRAM will not be quickly supplanted by emerging Direct RDRAM chips, Samsung said it will ship as many as 3 million 256-Mbit SDRAM parts in 1999.

added...samsung previously announced that they expect to produce 5 million rdrams "monthly" by summer

In-Stat Inc., a Scottsdale, Ariz., research firm, estimates that average selling prices for 256-Mbit SDRAM will reach $105 this year, before dropping to $55 in 2000.

Samsung will use a 0.18-micron process to manufacture the devices, which the company said will fit in the same footprint as its 64- and 128-Mbit SDRAM. Intended for computing platforms that need 512 Mbytes to 1 Gbyte of memory, the 256-Mbit chips meet both PC100 and PC133 specifications and can be extended to a 167-MHz operating frequency, according to Samsung.

The company expects to follow with a 256-Mbit Direct RDRAM in April.

Targeting the same high-end workstation and server markets as its rival, NEC Electronics Inc., Santa Clara, Calif., flexed its own Direct RDRAM manufacturing muscle last week, adding a 128-Mbit chip to its Rambus memory portfolio. Sampling next month, the $85 chip is slated for volume production in July.

Meanwhile, NEC and Siemens are eyeing the more immediate volume needs of their customers by separately readying PC133 SDRAM chips for PC server, workstation, and desktop systems.

NEC said it preparing for a "potential surge in demand" for PC133 chips, and will begin volume production at its Roseville, Calif., fab in the second half of this year. And San Jose-based Siemens Microelectronics Inc. is sampling a 64-Mbit PC133 SDRAM, with volume production slated for the second quarter.

A follow-on to industry-leading PC100 SDRAM, PC133 chips are seen as the precursor to double-data-rate SDRAM, a double-clocked memory that many companies believe will compete against Direct RDRAM.

Copyright (c) 1999 CMP Media Inc.



To: Dave B who wrote (17500)3/20/1999 6:03:00 AM
From: unclewest  Read Replies (1) | Respond to of 93625
 
APRIL it is. just in time for the next comdex 4/19-4/22.

by the way, april is only 11 days away.

techweb.com

NEC To Begin Sampling Of 128-Mb Direct RDRAM
(03/15/99, 8:28 p.m. ET)
By Staff, Electronic Buyers' News
NEC Electronics, in Santa Clara, Calif., will being shipping samples of a new 800-MHz 128-megabit DRAM device in April 1999.

Targeted for manufacturers of high-end workstation and desktop systems, the 800-MHz Rambus technology offers 1.6 gigabytes per second of peak bandwidth from a single device.

The company reports that the devices are slated to be priced at $85 per unit, with volume production beginning in July 1999.

NEC will also be offering a 128-Mb RDRAM in a 184-pin Rambus in-line memory module in the same time frame.




To: Dave B who wrote (17500)3/20/1999 6:12:00 AM
From: unclewest  Read Replies (1) | Respond to of 93625
 
this is old news. 60 days. but it validates my comments re. samsung's rdram production schedule.

January 20, 1999 (Hong Kong) -- Samsung Electronics Co., Ltd. of Korea began mass producing Rambus DRAMs, a new standard memory device that is expected to replace synchronous DRAM microchips.
The Rambus DRAM is projected to be used as main memory in 30 percent of new PCs sold in 1999. The worldwide Rambus DRAM market is forecast to reach US$2.6 billion in 1999, and increase to US$13.5 billion in 2000.

This year, Rambus DRAM chips and synchronous DRAM chips will both be used as main memory solutions. However, as of 2000, the Rambus DRAM is expected to become the principal device for PC main memories.

Samsung Electronics is mass producing 72Mb and 144Mb Rambus DRAM microchips.

Monthly output of 72Mb and 144Mb Rambus DRAMs will be around 500,000 microchips in the first half of 1999. But as the market firms up in the second half, the company aims to expand output to 5 million chips a month.

Samsung Electronics said it completed development of its 72Mb Rambus DRAM in July 1998, followed by the 144Mb Rambus DRAM in November 1998. Also, the company said its new mass-produced devices satisfy all the latest specifications for Rambus DRAMs.

In December, Samsung shipped 72Mb-based Rambus DRAM modules to leading PC OEMs in the United States and Europe. It said those modules operated flawlessly in the PC environment according to customers and Rambus Inc. The company then decided to accelerate the initial production schedule and increase the volume of output.

Samsung Electronics expects to complete development of the second-generation Rambus DRAM with next-generation process technology within 1999. The new version will be smaller and more price-competitive than the first-generation version.

The company later plans to introduce a 288Mb Rambus DRAM, a Samsung official said.

(Keith Chan, Asia BizTech Hong Kong Editor)



To: Dave B who wrote (17500)3/20/1999 6:16:00 AM
From: unclewest  Respond to of 93625
 
today's news. the sales figures used here are just for samsung imo.

Samsung to Invest $600 Mln to Build 128M-Dram Line, YonhapSays

Seoul, March 20 (Bloomberg) -- Samsung Electronics Co., the world's biggest memory chip manufacturer, will invest $600 million to build a new production line mainly for 128-megabit dynamic random access memory chips and rambus Drams, the Yonhap News Agency said, citing the South Korea company. Samsung will begin mass production of those micro chips, which are used in personal computers, electronics and communications equipment, in the second half of this year in order to preempt the world market. Sales of 128-megabit Drams are expected to reach $3.5 billion next year, up from about $1 billion to $1.5 billion this year.

George M. Scalise, president of the Semiconductor Industry Association, said in February the recovery from the two-year slump in computer chip sales was accelerating because of demand for new personal computers. In the fourth quarter last year, worldwide chip sales increased ''about 10 percent'' over the third quarter.

(Yonhap, 3/20)

00:54:46 03/20/1999

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(C) Copyright 1999 Bloomberg L.P.