Samsung & Numonyx cooperate

This new technology is to help enable makers of feature-rich handsets and mobile applications, embedded systems, and high-end computing devices to meet the increasing performance and power demands for platforms loaded with content and data. Creating common hardware and software compatibility for PCM products should help simplify designs and shorten development time, enabling manufacturers to quickly transition to high-performance, low-power PCM products from both companies. Phase change memory produces very fast read and write speeds at lower power than conventional NOR and NAND flash memory, and allows for bit alterability normally seen in RAM. "Our joint efforts with Numonyx will enable a more secure path for introducing PCM into the mobile environment,” said SeiJin Kim, vice president, mobile memory technology planning and enabling, Samsung Electronics. “This is a significant milestone for both the development of PCM and for the overall memory market,” said Brian Harrison, president and CEO of Numonyx. “The collaboration between two memory industry leaders Numonyx and Samsung is helping to provide the kind of direction and clarity that is often needed when new technologies are introduced.” Samsung and Numonyx are developing common specifications – or “pin for pin” hardware and software compatibility – for mobile, embedded and other potential computing applications supporting the JEDEC LPDDR2 Low Power Memory Device Standard. The LPDDR2 standard offers advanced power management features, a shared interface for nonvolatile memory (NVM) and volatile memory (SDRAM), and a range of densities and speeds. Phase change memory has many of the advantages of NAND and NOR flash memory as well as other RAM memories – allowing data to be read at RAM speeds while lowering the cost and power consumption levels by reducing the large amounts of RAM often used in today’s digital applications. Phase change memory will also be “executable”, allowing a separation of code and data for reliable code storage—particularly useful in handsets with higher data content. PCM devices will have faster programming ability than other types of memory as its RAM-like features will enable programming changes to be made bit by bit, instead of having to erase entire blocks of information. Common specifications between the two companies will be completed this year, with both companies expecting to have compliant devices available next year.