Page 1:Intel's Vision Of Future And What The Alderwood/Grantsdale Launch Is All About
Page 2:BTX Form Factor: More Efficient Layout For Components
Page 3:Volumetric Zones
Page 4:BTX, MicroBTX, PicoBTX
Page 5:Cooling The Core Components Via Thermal Module
Page 6:DDR2: 200 And 266 MHz To Start With
Page 7:DDR2 Latency Times
Page 8:Overview Of DDR Vs. DDR2
Page 9:A Quick Start: Corsair CM2X512
Page 10:PCI Express: Up To 8 GB/s
Page 11:PCI Express Graphics Cards
Page 12:PCI-X Vs. PCI Express
Page 13:Socket 775: CPUs Without Pins
Page 14:Comparison: Sockel 478 And Socket 775
Page 15:Prescott Vs. Northwood: An Insight
Page 16:Grantsdale/Alderwood In Detail
Page 17:Southbridge: ICH6, ICH6R, ICH6W
Page 18:MainConcept MPEG Encoder
Page 19:SiSoft Sandra Pro 2004
Page 20:The Competition: SiS And VIA
Intel's is aggressively unleashing a new crop of technologies, or at least it looks that way if you consider the large number of new products and technologies that Intel is slated to debut this year. However, Intel's product launch road is also rocky and less glamorous than Intel made it out to be in February during IDF.
There must be a lot of behind-the-scenes activity at Intel these days. Some of the indications include the delayed launch of the 90 nm notebook processor Dothan and the inadequate availability of fast Prescott versions, as well as the non-committal statements about the launch of the new Alderwood and Grantsdale chipsets.
First and foremost, at least the required components should be available in order to properly run the platforms, which have been overhauled from the ground up. Among the extensive changes are the introduction of DDR2 memory with high performance potential, serial PCI Express as a replacement for AGP (and in the mid-term also for PCI), the radical structural adaptation of systems and motherboards to BTX and, last but not least, the processor socket LGA775.
The latter shouldn't be a problem for Intel, because the process of adapting to the new package should be quick. Furthermore, the memory required could already be available in smaller amounts and correspondingly higher prices. It will be more difficult with the graphics cards because ATI and NVIDIA are still squabbling about whether the right strategy should be the "real" PCIE solution from ATI or the AGP chips with additional PCIE bridge from NVIDIA - in any case, neither are available at the moment.
What about BTX? Short for Balanced Technology Extended, this means radical change for motherboards and cases. Here, a new power supply and a special cooler for the processor are needed. However, the introduction of the BTX form factor will take place independently from the launch of new system technologies.
In the following, we'll take a closer look at these new technologies and Intel's product planning.
- Intel's Vision Of Future And What The Alderwood/Grantsdale Launch Is All About
- BTX Form Factor: More Efficient Layout For Components
- Volumetric Zones
- BTX, MicroBTX, PicoBTX
- Cooling The Core Components Via Thermal Module
- DDR2: 200 And 266 MHz To Start With
- DDR2 Latency Times
- Overview Of DDR Vs. DDR2
- A Quick Start: Corsair CM2X512
- PCI Express: Up To 8 GB/s
- PCI Express Graphics Cards
- PCI-X Vs. PCI Express
- Socket 775: CPUs Without Pins
- Comparison: Sockel 478 And Socket 775
- Prescott Vs. Northwood: An Insight
- Grantsdale/Alderwood In Detail
- Southbridge: ICH6, ICH6R, ICH6W
- MainConcept MPEG Encoder
- SiSoft Sandra Pro 2004
- The Competition: SiS And VIA