chaphack said:Cmon! You seen the power of Sony WORDS. Im just being cautious.
Bias i might be, stupid i am not.No, your just stupid and bias.
Why don't I see you out here posting somemore logic on par with that computed by an earthworm or in silico of a wristwatch about how Microsoft is limited by their 3rd parties or could choose the wrong 3rd party or how they're limited by the 3rd part Founderies or how Nintendo is lacking in many areas that the next generation console will compete in?
No, but lets post somemore utter BS about Sony
"One of the basic premises of the Xbox is to put the power in the hands of the artist," Blackley said, which is why Xbox developers "are achieving a level of visual detail you really get in 'Toy Story.'"
Paul said:Sony the only ones to pull the Toy Story thing chap?
"One of the basic premises of the Xbox is to put the power in the hands of the artist," Blackley said, which is why Xbox developers "are achieving a level of visual detail you really get in 'Toy Story.'"
Sony sinks $1.6 billion into 'Cell' plant
By John Lui
CNETAsia
April 21, 2003, 7:45 AM PT
More details about the highly secretive "Cell" processor--slated to power the upcoming Sony PlayStation 3 game console--emerged Monday.
The new chip, touted to be a thousand times more powerful than the processor in a PlayStation 2, will be built on an advanced fabrication line in Japan, according to Sony.
The plant will use industry-leading circuitry widths of 65 nanometers, compared with the 90-nanometer widths found in today's most advanced chips. Reducing the circuitry widths allows more transistors--and hence more processing power--to be squeezed into the core. The plant will also try to cut costs by using large, 300mm wafers.
"Cell will be the basic processor for building networks," Ken Kutaragi, Sony's executive deputy president, told a news conference. "In addition to expanding its use in new applications inside the Sony group, we want to take it outside the home and expand it to a variety of areas."
Sony, together with PlayStation maker and sister company Sony Computer Entertainment, will invest $1.6 billion in the new plant in the Nagasaki Prefecture.
This puts the earliest date of release of the PlayStation 3 at late 2005, or more likely 2006, considering the amount of time needed to develop the process technology and mass-produce the new chip.
In order to increase its performance, Cell will boast a multicore architecture, in which a single chip may contain several stacked processor cores.
Toshiba, a partner in the development of Cell, also hinted that it aims to use the chip in next-generation consumer devices, possibly set-top boxes, digital broadcast decoders, high-definition TVs, hard-disk recorders and mobile phones.
"We expect to apply Cell to a wide range of applications related to broadband networks, including digital consumer electronics and mobile terminals," said Takeshi Nakagawa, a senior vice president with Toshiba.
Since early 2001, Sony Computer Entertainment, IBM and Toshiba have teamed to develop Cell, a new multimedia processor touted as a "supercomputer on a chip." Elements of its design are expected in future server chips from IBM.
The Sony announcement is a "confirmation of the progress we've made with the Cell design itself, of our advances in semiconductor technology to help it reach its full potential and of Cell's far-reaching implications for a wide variety of applications," said John Kelly, senior vice president and group executive for the IBM Technology Group.
Paul said:Point is, Microsoft hyped their console just as much as sony.
Panajev2001a said:Sony sinks $1.6 billion into 'Cell' plant
By John Lui
CNETAsia
April 21, 2003, 7:45 AM PT
More details about the highly secretive "Cell" processor--slated to power the upcoming Sony PlayStation 3 game console--emerged Monday.
The new chip, touted to be a thousand times more powerful than the processor in a PlayStation 2, will be built on an advanced fabrication line in Japan, according to Sony.
The plant will use industry-leading circuitry widths of 65 nanometers, compared with the 90-nanometer widths found in today's most advanced chips. Reducing the circuitry widths allows more transistors--and hence more processing power--to be squeezed into the core. The plant will also try to cut costs by using large, 300mm wafers.
"Cell will be the basic processor for building networks," Ken Kutaragi, Sony's executive deputy president, told a news conference. "In addition to expanding its use in new applications inside the Sony group, we want to take it outside the home and expand it to a variety of areas."
Sony, together with PlayStation maker and sister company Sony Computer Entertainment, will invest $1.6 billion in the new plant in the Nagasaki Prefecture.
This puts the earliest date of release of the PlayStation 3 at late 2005, or more likely 2006, considering the amount of time needed to develop the process technology and mass-produce the new chip.
In order to increase its performance, Cell will boast a multicore architecture, in which a single chip may contain several stacked processor cores.
Toshiba, a partner in the development of Cell, also hinted that it aims to use the chip in next-generation consumer devices, possibly set-top boxes, digital broadcast decoders, high-definition TVs, hard-disk recorders and mobile phones.
"We expect to apply Cell to a wide range of applications related to broadband networks, including digital consumer electronics and mobile terminals," said Takeshi Nakagawa, a senior vice president with Toshiba.
Since early 2001, Sony Computer Entertainment, IBM and Toshiba have teamed to develop Cell, a new multimedia processor touted as a "supercomputer on a chip." Elements of its design are expected in future server chips from IBM.
The Sony announcement is a "confirmation of the progress we've made with the Cell design itself, of our advances in semiconductor technology to help it reach its full potential and of Cell's far-reaching implications for a wide variety of applications," said John Kelly, senior vice president and group executive for the IBM Technology Group.
Panajev2001a said:chap will you CALM down ?
“Our work with SCEI and Toshiba on the Cell broadband processor has progressed extremely
well,†said Dr. John Kelly, senior vice president and group executive for the IBM Technology
Group. “We believe the Cell design, and the advanced technologies like SOI with which it will
be manufactured, will help change the way people work, play and communicate. This
announcement by SCEI/Sony is a confirmation of the progress we’ve made with the Cell design
itself, of our advances in semiconductor technology to help it reach its full potential and of Cell’s
far-reaching implications for a wide variety of applications.â€
“One of our key semiconductor business strategies is to place Toshiba in the vanguard in
providing processor-centric system-on-chip solutions. Cell, which we are developing with SCEI
and IBM, is an essential, next-generation broadband processor, a core product whose sales we
will actively promote,†said Takeshi Nakagawa, Corporate Senior Vice President of Toshiba
Corporation. “We expect to apply Cell to a wide range of applications related to broadband
networks, including digital consumer electronics and mobile terminals. Today’s announcement
by Sony group shows that the Cell development project is proceeding as planned and will
accelerate the realization of our expectations.â€
“The introduction of advanced semiconductor technologies is imperative for the next generation
processors that support the broadband network era,†said Ken Kutaragi, president and CEO of
Sony Computer Entertainment and executive deputy president of Sony Corporation. “Digital
consumer electronics and network products to enjoy various broadband applications in homes,
such as games, movies, music and digital broadcasting, will play a leading role in the future
together with the evolution of PC. Sony Group aims to further develop and expand the market
with its advanced semiconductor technologies and a rich and wide array of applications. This
investment forms a strategic foundation towards this goal.â€
“SCEI's Fab 2 already applies the most advanced semiconductor technology to produce high
performance LSIs, not only for game hardware but also other electronic products,†said Kunitake
Ando, President and Group COO, Sony Corporation. “The planned investment will further
enhance this advanced semiconductor facility to become a technology driver for the next
generation of Sony products. Building on this, Sony's Broadband Network Company, newly
established as of April this year, will play a key role in developing next generation electronic
devices and linkages to game devices.â€
SCEI and Sony aim to actively develop businesses as leading companies in the broadband
network era and to be the driving forces in the next generation semiconductor business.
"Digital consumer electronics and network products to enjoy various broadband applications in homes, such as games, movies, music and digital broadcasting, will play a leading role in the future together with the evolution of PC."
“We expect to apply Cell to a wide range of applications related to broadband networks, including digital consumer electronics and mobile terminals."
The new product will be code named "Cell," and will use research and chip-making techniques from all three companies. IBM said the units would be more powerful than the current Deep Blue supercomputer, operate at low power and access the broadband Internet at ultra high speeds-"teraflops," or about 2 trillion operations per second.
As the partnership was announced last week, many automatically speculated that the new processors would be at the core of the next-generation of Sony's consumer electronic entertainment system, the PlayStation3. The current product, PlayStation2, touched off an eruption of consumer demand when the game console was released late in 2000.
Toshiba and Sony previously worked together on the processor for PlayStation 2. For now, IBM played it close to the vest in guessing where the chips will be used.
"It's up to Sony to decide where the technology will specifically be used," says Chris Andrews, an IBM spokesman. "We expect there will be a diverse range of applications for the technology and that's what excites us about this partnership."
On a similar front last week, Ishoni Networks introduced its new DV2000 and D2000 family of "gateway-on-a-chip" Broadband Engines. The products will provide data networking, voice processing and security on a single chip, and were designed as a solution for voice-over-broadband applications.
chaphack said:Kutaragi said the goal is to shake out the possibilities of creating a new-concept broadband network. The problem with current network equipment such as servers, routers and switchers, he contended, is that they are based on computer architectures that date back to the 1950s. From this perspective, current client-server architectures would act as bottlenecks for future broadband networks, he said.
"When the processor is ready around 2005, the installation will begin, and I hope that 100 million to 200 million processors will . . . form what we can really call a broadband network by 2010," Kutaragi said.
Davari said today's personal computer processor architectures have evolved over the years. "We are optimizing Cell from the ground up, instead of staying within the boundaries of today's PC architectures. Our goal is to create a system that is highly efficient at manipulating IP packets over the broadband network