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PowerPC News
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PowerPC News
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| Motorola's 366 MHz PowerPC 750 Microprocessor |
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Monday July 27, 8:04 am Eastern Time
Company Press Release Motorola's Newest PowerPC 750 Microprocessor Advances to 366 MHz and Reduces Power Consumption Low 1.9 volt design is ideal for embedded, mobile and desktop applications AUSTIN, Texas--(BUSINESS WIRE)--July 27, 1998-- Continuing to expand its portfolio of high-performance PowerPC(tm) microprocessors, Motorola announced today the availability of 366-, and 333- and 300 MHz PowerPC 750(tm) microprocessors operating at a new, low voltage. The 366- and 333 MHz frequencies are new performance marks for the PowerPC 750 microprocessor. All three of these new 1.9 volt versions also reduce power consumption by more than half when compared to existing PowerPC 750 microprocessors at the same clock speed. This industry-leading combination of high performance and low power dissipation is ideal for a wide range of products and applications from networking and telecommunications to desktop and mobile computing. Benefits to CustomersDigital data has quickly become the prime driver and enabler of the extraordinary growth of information traffic worldwide. In providing a new class of products and applications to support this growth, vendors must offer higher computational capabilities and, at the same time, meet customers' low power and low heat requirements. The new, low-voltage PowerPC 750 microprocessors provide this combination of top-end performance without power penalty. Motorola has boosted the top clock speed of its PowerPC 750 microprocessor product line by more than 20 percent while also reducing power consumption. Using Motorola's advanced manufacturing process technology, the internal voltage was reduced from 2.6 volts to 1.9 volts. As a result, the new 1.9 volt 300 MHz PowerPC 750 microprocessor's typical power consumption of 3.4 watts is less than half of the 7.0 watts of the 2.6 volt version. ``Motorola's advanced manufacturing capabilities are a powerful tool for building high-performance, low-power microprocessors,'' said Will Swearingen, PowerPC strategic marketing manager for Motorola's Networking and Computing Systems Group. ``The resulting combination of higher clock speeds and lower power will enable Motorola's latest PowerPC 750 microprocessors to help customers in multiple markets maximize system-level performance and value.'' The new PowerPC 750 microprocessors at 366-, 333-, and 300 MHz are available today in 360-pin CBGA (ceramic ball grid array) packaging. The suggested unit list price at 366 MHz is $595 in quantities of 1,000. Operating at a 3.4 to 5.0 watt typical power dissipation range, the three new 1.9 volt PowerPC 750 microprocessors have 3.3v I/Os, a 32KB instruction cache, a 32KB data cache and 6.35 million transistors. The 366 MHz version achieves an estimated performance of 671 MIPS, and an estimated SPECint95 of 16.1, and SPECfp95 of 9.9. Motorola is also announcing immediate availability of its PowerPC 740 microprocessor at 300 MHz in the new lower voltage in 255-pin CBGA packaging. As the world's Number 1 producer of embedded processors, Motorola's Semiconductor Products Sector offers multiple DigitalDNA(tm) solutions which enable its customers in the consumer, networking and computing, transportation and wireless communications markets, to create new business opportunities. Motorola's semiconductor sales were $8.0 billion (US) in 1997. In the global marketplace, Motorola also is one of the leading providers of wireless communications, advanced electronic systems, components and services. Major equipment businesses include cellular telephone, two-way radio, paging and data communications, personal communications, automotive, defense and space electronics and computers. Corporate sales in 1997 were $29.8 billion (US). Motorola is a registered trademark of Motorola Inc. DigitalDNA is a trademark of Motorola Inc. PowerPC is a trademark of International Business Machines Corporation, used under license therefrom. All other names, products and services are trademarks or registered trademarks of their respective holders. Contact:Kelly Shank, 512/347-2320 (Editorial Contact) kshank@ccipr.com or Motorola Nelda Currah, 512/895-8236 (Editorial Contact) ra1610@email.sps.mot.com or 800/845-6686 (Reader Contact) or motorola.com/PowerPC (Reader Contact) |
| Apple demos 400-MHz notebook |
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Apple demos 400-MHz notebook
By Jim Davis
Staff Writer, CNET NEWS.COM
May 12, 1998, 6:05 p.m. PT
URL: http://www.news.com/News/Item/0,4,22048,00.html
Apple is getting ready to put some serious power into its PowerBook
portable computers, while it officially sanctions new Motorola chip technology.
Apple demonstrated a prototype notebook with a 400-MHz PowerPC processor
at its Worldwide Developers Conference today, according to attendees at the
annual confab.
Currently, Apple's fastest notebook uses a 292-MHz PowerPC 750 chip; its
desktops peak at 300 MHz. In contrast, the present generation of Intel
Pentium II-based notebooks tops out at 266 MHz. Apple claims that a PowerPC
750 running at the same speed as a Pentium II can perform up to twice as
fast on some operations.
In related news, the company also disclosed plans to boost multimedia
performance of its desktop computers by using a chip technology called
AltiVec. Introduced last week by Motorola, AltiVec consists of a new
LIVE stock quote "execution unit" inside the PowerPC processor that
is built to efficiently process certain kinds of
Delayed 20 minutes data.
Apple Computer Inc.
AAPL 30.0625 -0.21% PowerPC chips with AltiVec will be able to process
Metrowerks Inc. 16 times the number of data "chunks" for each "tick"
of the chip's clock cycle compared to previous
MTWKF 7.1250 +3.64% designs. In some applications, this could translate
Motorola Inc. into anywhere from a doubling to a thirty-fold
MOT 58.5625 +4.81% increase of performance, according to Motorola.
International
Business Machine The chip will be able to use a total of 162 new
Corporation instructions for manipulating data.
IBM 120.8750 +1.04% "We committed to support for AltiVec in our compiler
For more details, go technology," said Greg Galanos, president and CTO of
to NEWS.COM Metrowerks, a supplier of developer tools for a
Investor. number of computer platforms, including the Mac
operating system.
In some instances, applications would automatically use AltiVec instructions
when using functions intrinsic to the Mac OS, such as QuickTime. In others,
Metrowerks' software compiler will be able to automatically generate program
instructions, saving time for developers, Galanos said.
Chips using the AltiVec technology are expected to be available in the first
half of 1999.
While Apple will aggressively roll out systems with AltiVec, one of its
partners in PowerPC development will be more cautious.
An IBM representative said it will not initially offer chips with the
technology, which is also known as VMX, but that later it would reevaluate
its business decision based on demand.
IBM is expected to focus primarily on rolling out faster chips because these
chips can also be used in its PowerPC-based servers and workstations.
Meanwhile, Motorola is aggressively pushing AltiVec not only in the desktop
chip market, but also the embedded market, where the chips would be used in
network routers and other devices.
Copyright © 1995-98 CNET, Inc. All rights reserved. Privacy policy.
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| RS/6000 SP Capable of a Billion Moves Per Second |
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NEW IBM TECHNOLOGY FASTER THAN DEEP BLUE RS/6000 SP Capable of a Billion Moves Per Second April 24, 1998 Nearly one year after its historic victory over chess grand master Garry Kasparov, IBM announced improvements to the RS/6000 SP that deliver five times the performance of Deep Blue. The improvement is the result of IBM's new 332-MHz microprocessor, the fastest chip available to date on the RS/6000 SP. If applied to the system that powered Deep Blue, this processor would increase its calculating power from 200 million to one billion chess moves per second. Applications include e-business, business intelligence, server lidation, computer-aided design and scientific analysis. The PowerPC 604e 332-MHz microprocessor was designed at the Somerset Design Center in Austin, Texas. The chips are manufactured at IBM Microelectronics Division's Advanced Semiconductor Technology Center in East Fishkill, N.Y. and in Burlington, Vt., using CMOS 6X technology developed at the Semiconductor Research and Development Center in East Fishkill. Bond, assembly and test of the final ceramic ball grid array packages are performed at IBM's Bromont, Canada facility. In addition to the introduction of the new processor, IBM announced a series of new and enhanced hardware and software products, including an upgraded release of its AIX operating system that further enhances its e-business performance. "IBM's customers around the world can now purchase the same leading-edge technology that powered Deep Blue and that will be the engine of the world's fastest supercomputer," said Mike Borman, general manager, IBM RS/6000. "This technology offers the performance and value customers demand to compete effectively in the age of e-business and the Internet." IBM also announced plans to integrate the Enterprise Server S70 with the RS/6000 SP later this year. This externally attached S70 node will mark the introduction of 64-bit computing in SP environments and will offer customers the ability to attach the S70 as a database node on the SP. In February, the U.S. Department of Energy selected the RS/6000 SP to perform complex computer modeling and simulation to protect the nation's nuclear stockpile. The system will become the world's fastest supercomputer upon completion in the year 2000. "The ever increasing power of computer simulation has played a key role in the elimination of underground nuclear testing," said David Cooper, Associate Director of Computation, Lawrence Livermore National Laboratory. "IBM's efforts to push the boundaries of supercomputer technology will help us achieve the milestone of one trillion calculations per second later this year." Additional details about this announcement and other RS/6000 product information can be found at http://www.rs6000.ibm.com. |
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