MRAM: Next generation memory technologyEmerson Network Power to use Everspin's MRAM in their industrial computing boardsEmerson Network Power says they will use Everspin's 4Mb MRAM in three of their newest high-performance single-board computers (the MVME7100 and MVME4100 VMEbus boards and CPC16200 CompactPCI board). EverSpin MR2A16 Chips
Emerson's boards are used in industrial, medical, military, aerospace and advanced telecom platforms.
New Graphene-Info site launchedWe're happy to announce a new addition to the Metalgrass site network: Graphene-Info. Graphene is a sheet, one-atom-thick of carbon atom, in a honeycomb crystal lattice. If you use many layers of graphene, stacked one on top of the other, you’ll get Graphite. Graphene has many uses - Spintronics, sensors, ICs (for example a transparent backplane for OLEDs), ultra-capacitors and more.
Avalanche and ISI developed a new wafer level analyzer for STT-MRAM
The WLA-3000 includes specific hardware test modules including nS-range Pulse Generator that quickly measures switching currentse of MTJ devices in STT-MRAM as a function of Pulse Width. Using this Pulse Generator module, customers will be able to perform Error Rate, Switching Probability, Endurance Testing, and Read/Write Disturb analysis in a fraction of time as compared to other slower pulsers.
Riber launches an innovative robotic system in 300mm SEMI process modules
Riber has launched a new innovative robotic system, the MPVD300 reactor. Based on a high vacuum deposition system (UHV)
and compatible with existing silicon FAB industry standards, the MPVD
300 provides unrivalled precision of control and composition uniformity
defects of less than 1% over 300mm (monoatomic layer precision). Fully automated, Riber's MPVD300 is the only modular system for high vacuum deposition that can beconnected up directly to the silicon production line. The first system will be shipped in July to a major manufacturer in Asia.
Tower to make MRAM chips for Crocus, also invests 1.25M$
Crocus aims to start making the chips towards the end of 2009.
NEC to commercialize perpendicular MRAM chips in 2010
NEC and NEC Electronics employed a new method called "spin torque domain wall displacement write method" to reduce write current and realize microfabrication at the same time. In fact, they aim to reduce the current by as much as 90%. They were also able to increase speed to 500Mhz. This technology is not 'new', it was announced in 2007, but now they have a test chip ready.
NEC working on perpendicular MRAM
Details are not very clear as the translation is not so good... Hopefully more details will emerge soon.
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