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posted in July 2014
Micron Makes Monolithic 8Gb DDR3
News & Analysis  
7/29/2014   6 comments
Using a 25 nm manufacturing process, Micron has created a monolithic 8 Gb DDR3 SDRAM component, while a startup is squeezing 8 Gb into a single chipset using proprietary techniques.
Samsung's Silicon Valley Home
Blog  
7/25/2014   11 comments
Samsung is building a 10-story complex in the heart of Silicon Valley that will be home for some of its memory and display researchers and a whole lot of ecosystem efforts.
Future of PCM: Optoelectronic?
Blog  
7/22/2014   4 comments
Work by a team at the University of Oxford and the University of Exeter may well become recognized as the first steps on the road to a new and bright optoelectronic future for phase-change memory materials.
NAND Suit: Toshiba Seeks $1.1B From SK Hynix
News & Analysis  
7/21/2014   7 comments
South Korea's SK Hynix Inc. disclosed in a regulatory filing that Toshiba Corp. is seeking $1.1 billion in damages over the suspected theft of data related to NAND flash memory chip technology.
Testing ReRAM Structures
Blog  
7/14/2014   2 comments
This article by Peter J. Hulbert addresses issues related to characterization and forming, as well as endurance testing for 1R ReRAM structures.
IBM Turns PCM Cell Into Nano-Sized Lab
Blog  
7/10/2014   Post a comment
For the first time, researchers have provided actual crystallization and melting temperatures from inside the memory cell.
MCUs, Memory Balance Security, Performance
News & Analysis  
7/10/2014   1 comment
The need to secure devices at the MCU or SSD level is becoming more pressing thanks to BYOD and the Internet of Things, but perceptions linger that encryption degrades device performance.
Nanotubes May Put IBM Watson in a Pocket
News & Analysis  
7/10/2014   2 comments
Stanford research describes progress in carbon nanotubes, noting the material's promise to pack the equivalent of IBM's Watson system into a handheld.
Resistive Memory Devices: Basics & Characterization
Blog  
7/8/2014   Post a comment
This post addresses the basics of resistive random access memory (ReRAM) structures, as well as the test hardware available to characterize them, using examples from Keithley Instruments’ portfolio.
Medical Devices Require Radiation-Tolerant Memory
News & Analysis  
7/8/2014   10 comments
While a great deal of focus for memory in medical applications is placed on size and power consumption, devices that are smarter and implantable will need to withstand sterilization through radiation.
6 Keys to Navigating Connected Car's Software Quagmire
News & Analysis  
7/8/2014   11 comments
The rush to achieve connected cars has thrown the automotive industry into a technological quagmire. EE Times dissects the technological building blocks and lays out who the players are and who benefits most.
IBM Needs Custom Silicon Prowess
Blog  
7/3/2014   18 comments
IBM needs its own unique silicon process technology to drive its server business, but few -- even within IBM's top ranks -- really appreciate that reality.
China's SMIC-Qualcomm 28-nm Deal: Why Now?
News & Analysis  
7/3/2014   16 comments
SMIC and Qualcomm revealed their collaboration on 28-nm wafer production in China. Since China's antitrust investigation against Qualcomm, speculation abounds that Chinese are probing ways to coerce Qualcomm into collaborating with their electronics industry.
Crossbar RRAM Aims for 1TB
Blog  
7/1/2014   7 comments
Crossbar demonstrates pre-production 1 MB arrays using its new 1 transistor/n resistor's non-volatile RRAM, addressing “sneak path” current issues to enable high-density memory.


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As data rates begin to move beyond 25 Gbps channels, new problems arise. Getting to 50 Gbps channels might not be possible with the traditional NRZ (2-level) signaling. PAM4 lets data rates double with only a small increase in channel bandwidth by sending two bits per symbol. But, it brings new measurement and analysis problems. Signal integrity sage Ransom Stephens will explain how PAM4 differs from NRZ and what to expect in design, measurement, and signal analysis.

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