Munich/Germany and San Jose/USA, September 17, 2003 Infineon Technologies (FSE/NYSE: IFX) today announced at the Intel Developer Forum that its initial 512 Megabit (Mb) DDR2 (second-generation Double-Data-Rate) SDRAM is successfully booting and is under evaluation with Intels next generation dual processor server chipset code name Lindenhurst. Infineon´s 512 Megabit x8 DDR2 SDRAM devices are under evaluation by Intel and compliant with JEDEC's DDR2 specification.
Infineons DDR components are designed for next generation, high-performance main memory in Server, PC and Workstation applications. The new 512 Mb DDR2 components are fabricated using Infineons advanced 110 nanometer (nm) CMOS process technology; which results in lowest power consumption and the smallest chip size in the industry for this density.
The initial Infineon DDR2 components operate at per pin data rates of 400 Mbps (megabits per second) and 533 Mbps. Components and memory modules operating at higher speeds are already in preparation for systems using DDR2 main memory beginning in 2004. Infineons roadmap for DDR2 also includes 256 Mb and 1 Gigabit components in 2004.
Infineons DDR2 memory technology will enable Intels desktop, server and mobile platforms to achieve higher performance, lower power and increased capacity in 2004, said Pete MacWilliams, Senior Fellow, Intel Corporation. I expect DDR2 technology to be the key memory architecture for several years.
Memory modules based on DDR2-533 will achieve data rates of 4.3 GigaBytes per second, providing systems with truly remarkable performance using a mainstream, industry standard memory architecture, said Bernd Lienhard, Vice President Memory Products at Infineon Technologies North America. As the memory supplier leading the industrys transition to cost-effective, high-volume production on 300 mm wafers, we are proud to join Intel in offering computer users leading edge technology for the next level of systems design.
Infineons JEDEC compliant 512Mb DDR2 chips are configured as quad-bank DRAMs, will be available in x4, x8 and x 16 organizations, and are offered in FinePitch Ball Grid Array (FBGA) packages. Additional features of the new memory include a pre-fetch size of 4 bits, differential strobe and variable data-output impedance adjustment.