SI
SI
discoversearch

We've detected that you're using an ad content blocking browser plug-in or feature. Ads provide a critical source of revenue to the continued operation of Silicon Investor.  We ask that you disable ad blocking while on Silicon Investor in the best interests of our community.  If you are not using an ad blocker but are still receiving this message, make sure your browser's tracking protection is set to the 'standard' level.
Technology Stocks : CRUS, good buy? -- Ignore unavailable to you. Want to Upgrade?


To: Bosco who wrote (6989)6/17/1999 9:10:00 PM
From: Not-U-Sir  Respond to of 8193
 
Yeah there are other reasons !!! ... Like www.onlinedaytraders.com
This is from www.ragingbull.com site

By: Bulls_Are_Us
Reply To: None Thursday, 17 Jun 1999 at 1:42 PM EDT
Post # of 19


On Tuesday the a federal judge upheld Diamond Multimedia Systems right to sell its RIO portable MP3 player. This opens the door for others to build competiting devices. This should benefit Cirrus as shown below:

DENVER--(BUSINESS WIRE)--June 7, 1999--

New Digital Audio Player-on-a-Chip Allows OEMs to Differentiate Designs; First Multi-standard AudioChip to Support MP3 and Microsoft

Audio Standards

Combining its industry-leading digital audio technology with its expertise in developing ARM-core based system-on-chip (SOC) solutions, Cirrus Logic Inc. (Nasdaq: CRUS) today introduced a new SOC (the EP7209) designed specifically for personal digital audio players and Internet audio playback.

The new multi-standard digital audio solution is the first chip on the market to support both the popular MP3 standard, as well as other rapidly emerging Internet compression audio standards such as Microsoft Audio. In addition, by leveraging Cirrus Logic's expertise in low-power design, the new chip provides the processing power to handle both Internet audio as well as value-added features, giving system designers the freedom to differentiate their designs.

Integrating the functions of multiple chips, the EP7209 delivers superior audio performance in an ultra low-power SOC package. As an off-the-shelf ASSP (application specific standard product), the EP7209 enables OEMs to minimize manufacturing costs and shorten time-to-market for new Internet audio devices. Since Cirrus Logic also provides Crystal DACs (digital-to-analog converters), they are among the few vendors able to offer a total system solution for digital audio players, providing a two-chip solution for key system functions.

The initial target for the EP7209 is the burgeoning MP3 digital audio player market. Thanks to its programmable ARM processor core, the EP7209 can also easily accommodate new digital audio standards as the Internet audio player market evolves. According to Cirrus Logic, the first MP3 players using its SOC solution should reach stores well before Christmas.

The current market for digital audio players, which enable consumers to download music directly from the Internet into flash ROM and then play it back, is estimated to reach as many as one million units in 1999. With Cirrus Logic's new chip, manufacturers will be able to quickly design new digital audio players at greatly reduced manufacturing costs.

"Our new MP3 SOC highlights our ASSP strategy, which allows us to stay ahead of the curve in rapidly evolving markets for a variety of information appliances," said Matthew Perry, vice president and general manager for Cirrus Logic's Embedded Processor Division. "Given our leadership in both audio processing and ARM-based chip designs, we were well positioned to quickly bring a leading edge Internet audio solution to market."

Ultra Low-Power Design

The EP7209's chip structure uses power-saving techniques that can prolong battery life by as much as 50 percent as compared to alternative multi-chip solutions - a real advantage for battery-operated information appliances. While the EP7209 is the first in a series of ASSPs for vertical markets, it draws upon Cirrus Logic's experience in producing ARM-processor-based systems, and ultra low-power design. With three generations of SOC solutions for portable handheld devices, Cirrus Logic has mastered design techniques that extend the inherent power efficiency of the ARM architecture.

Impressive Performance with MIPS to Spare

The EP7209 operates at 74MHz - fast enough to equal the performance of a 100-MHz Intel Pentium-based PC - with extremely low power consumption of less than 170 milliwatts at 2.5 volts. Its ARM core provides the processing throughput of a full-fledged digital signal processor (DSP); thus, Internet audio processing only requires half the chip's available processing power. This leaves up to 25 MIPS for digital audio player manufacturers to apply to other functions that will distinguish their products and win customers in what promises to be a highly competitive environment.

Since the EP7209 uses the ARM720TDMI logic core, it also takes advantage of the ARM Thumb instruction set that shrinks the most frequently used instructions from 32 bits to 16 bits, thus enabling denser codes and faster system performance. By fully harnessing and extending the power of the ARM architecture, the EP7209 has plenty of processing power to handle the core system operation, digital audio processing and additional functions.

Flexible Architecture

The new EP7209 features a programmable architecture that enables design engineers to differentiate their products with value-added features, while enjoying the cost savings and time-to-market advantages of re-usable intellectual property (IP). For example, the chip can quickly be modified to support other audio compression standards as they emerge, or to implement customer-specific features, without creating new silicon.

Rich Audio Feature Set

Reflecting Cirrus Logic's leadership in digital audio, the EP7211 incorporates a number of important features directly related to sound quality, including digital bass, treble and volume controls, low power playback modes, and capabilities for a graphic equalizer, spectrum analyzer display and graphic level meter. Unlike competitors, the chip can also process audio output, enabling common musical effects such as reverb.

Other features include support for a large (4 Kbyte) LCD for display, a parallel download interface and optional irDA support for digital file transfers - features that will enhance design for personal digital audio players and other information appliance devices.

System-on-Chip Expertise

The EP7209 adds to Cirrus Logic's growing portfolio of system-on-chip solutions that combine proprietary IP with an ARM logic core. Another example is Cirrus Logic's ARM-based 7110, which was used in the ultra low-power handheld computer, the Psion Series 5. In addition to several generations of portable handheld devices, Cirrus Logic has also pioneered the use of ARM processor for mass storage devices with its 3Ci system-on-chip for hard disk drive electronics. Winner of the EDN 1998 "Innovation of the Year" award, 3Ci aims to revolutionize disk drive electronics with a single-chip, ARM-based system.

Packaging, Price and Availability

The EP7209 is sampling now, and is available in a 208-pin LQFP and 256-bal BGA package. The listed unit price for the EP7209 is US $11.95 for the LQFP and $14.95 for BGA in quantities of 100,000 per year.





To: Bosco who wrote (6989)6/21/1999 5:30:00 PM
From: Terrapin  Respond to of 8193
 
I think it is safe to assume that the recent run-up was based on leaks of the recently announced IBM fab deal. Strange that they are waiting to announce the charge until July 21st. Of course there can be no promises that this will be the last restructuring charge (still have the Lucent deal). This Q's report might be gruesome but if people have bought based on the restructuring story then now is the time to place your bets.



To: Bosco who wrote (6989)6/23/1999 11:02:00 AM
From: Toni Wheeler  Read Replies (1) | Respond to of 8193
 
Interestin' article, RE: chip revival....notice mention of S-O-C:

<<<Chip Suppliers Undergo Revival
Industry Update
June 22, 1999
by Paul Franson
While the semiconductor industry as a whole staggered the last few years, suppliers of networking chips strutted. In 1998, worldwide semiconductor revenue was down 8.4 percent, according to Dataquest Inc. of San Jose, a unit of market research firm Gartner Group Inc. Nevertheless, Lucent Technologies' Microelectronics Group of Allentown, Pa., the largest supplier of integrated circuits used in wired communications, grew 16 percent to just over $3 billion in revenue. Siemens Semiconductors, another big maker of communications ICs, was the second fastest-growing chip supplier, with 13.6 percent growth. (This unit of Siemens AG of Munich, Germany, was spun off as Infineon Technologies AG on April 1, 1999.) In contrast, the business of many other semiconductor suppliers contracted. Chip giant Intel Corp., one of the fortunate, grew 4.8 percent.
What's producing the boom in communications chips (also known as networking chips) is clear: unlimited end-user demand, the same reason for the explosion in area codes. More people and equipment are connecting to an ever-expanding integrated network of voice, data and video links. All that demand means communications equipment manufacturers, data networking equipment companies and consumer electronics firms require faster, more powerful integrated circuits to build their products around.
The highly fragmented market for wired communications chips reached $20 billion in 1998 and should hit $26 billion in 2002, Dataquest says. The wired market includes conventional and high-speed circuits that connect computers to Ethernet networks, modem chips that connect computers to telephone lines, and LAN hub and switch chips and concentrators. According to Dataquest, the hottest growth areas for communications silicon include xDSL and cable modems, LAN switches and corporate phone system applications like interactive voice response and automatic call distribution. But the largest markets will be in digital cordless telephones and carrier transmission equipment.
The force driving the semiconductor business has unquestionably shifted from PCs to communications, notes Greg Waters, vice president of networks and communications for Lucent Microelectronics. The reverse is also true. "Semiconductors drive new communications technology," says Jeremey Donovan, senior industry analyst at Dataquest. For example, so-called systems on a chip (SOC) integrate the circuitry for entire products onto a single slab of silicon, enabling device makers and service providers to offer consumers and businesses more sophisticated products.
The newest networking chips are patterned after microprocessors, with general-purpose parts that can be used for many different applications simply by writing new software, rather than redesigning the chips. Most of the products that would use such chips exist only on the drawing board, but their imminent development begs a question: Will one company dominate communications chips like Intel dominates the brains of PCs? >>>