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differential signaling for SoC-to- memory interfaces to 20 gigabits per second ..... technology, a multi-modal, SoC memory interface PHY, supporting both differential ..... differential and single-ended memory interfaces in a single SoC package design
functions. A 0.65mm pitch memory interface density was applied to ..... provided 128 to 152 pin memory interfaces supporting combo memory ..... higher density 0.5mm memory interfaces and 0.4mm bottom BGA ..... The standard two-row memory interfaces at 0.5mm pitch (described
requirements in the memory interface requirements and ..... node. The same the memory interfaces . Are going up in ..... deliver higher density memory interface that can scale with ..... support high band with memory interface . But ask those
reduction. Standardized memory interfaces , along with independent ..... standard pinouts for the memory interface , enabling a range of memory ..... Simultaneously, the pitch of the memory interface is being reduced from 0 ..... size and/or increase memory - interface pin count. Techniques
is ideal for the emerging 0.4mm pitch low-power DDR2 memory interface requirements. Additionally, it enables the stacked interface ..... PoP requirements by removing bottlenecks for fine-pitch memory interfaces , enhance warpage control and bottom package thickness
in a statement. For Synopsys, the deal adds DDR2 and DDR3 memory interfaces to its portfolio of standards-based connectivity IP. "The addition of Mosaid's DDR memory interface IP and engineering team will give our mutual customers access
equalizer, and clock-feathering slew rate control technologies have been demonstrated to reduce the power dissipation of memory interfaces significantly, while achieving high bandwidth. Nonvolatile Memories In the past decade significant focus has been put
designers the means to significantly increase the bandwidth between the logic chip and the memory (especially with wide memory interfaces ) that can't be achieved with bond wires, as well as the ability to mix and match dies that not only use different process
added cost, says Amkor. It also reportedly improves warpage control, reduces package thickness, enables finer-pitch memory interfaces , can be used with wire-bond and flip-chip interconnects, and supports stacked die or passive integration designs
designers the means to significantly increase the bandwidth between the logic chip and the memory (especially with wide memory interfaces ) that can't be achieved with bond wires, as well as the ability to mix and match dies that not only use different process