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LSS FAQ
https://www.rambus.com/emerging-solutions/lensless-smart-sensors/lss-faq/Emerging Solutions Lensless Smart Sensors FAQ What is LSS? The Rambus lensless smart sensor (LSS) technology is a fundamentally new approach to sensing that shifts the function of traditional optics to computation, eliminating the need for expensive lenses. By utilizing a set of diffractive gratings, the LSS captures input data without the use of a […]
Searching for life on Mars with spider silk sensors
https://www.rambusblog.com/2015/10/29/csi-searching-for-life-on-mars-with-spider-silk-sensors/#new_tabDid you know that optical sensors made with spider silk could one day help scientists search for trace gases such as ammonia produced by biological processes on Mars? “The scientists hunting for life on Mars would like to be able to test for small amounts of ammonia,” reports Neil Savage of IEE Spectrum. “[These] might […]
Searching for life on Mars with spider silk sensors
https://www.rambus.com/blogs/csi-searching-for-life-on-mars-with-spider-silk-sensors/Did you know that optical sensors made with spider silk could one day help scientists search for trace gases such as ammonia produced by biological processes on Mars? “The scientists hunting for life on Mars would like to be able to test for small amounts of ammonia,” reports Neil Savage of IEE Spectrum. “[These] might […]
Researchers eye graphene for next-gen memory chips
https://www.rambusblog.com/2015/10/28/researchers-eye-graphene-for-next-gen-memory-chips/#new_tabStanford engineers have demonstrated a number of post-silicon memory materials and technologies based on graphene. According to Ramin Skibba of Stanford News, the materials are capable of storing significantly more data per square inch – all while sipping a fraction of the energy consumed by current memory chips.
Researchers eye graphene for next-gen memory chips
https://www.rambus.com/blogs/researchers-eye-graphene-for-next-gen-memory-chips-2/Stanford engineers have demonstrated a number of post-silicon memory materials and technologies based on graphene. According to Ramin Skibba of Stanford News, the materials are capable of storing significantly more data per square inch – all while sipping a fraction of the energy consumed by current memory chips. Image Credit: Stanford News “A purified relative of […]
This memory chip orbited the earth on March 23, 1965
https://www.rambusblog.com/2015/10/27/mid-this-memory-chip-orbited-the-earth-on-march-23-1965/#new_tabEngadget’s Nathan Ingraham recently reported that a piece of RANAM (Random Access Non-Destructive Readout) from NASA’s Gemini 3 spacecraft is up for auction. The RANAM – containing 4096 bits of information – was a part of the first Gemini spacecraft on-board computer ever to fly on a manned mission.
This memory chip orbited the earth on March 23, 1965
https://www.rambus.com/blogs/mid-this-memory-chip-orbited-the-earth-on-march-23-1965/Engadget’s Nathan Ingraham recently reported that a piece of RANAM (Random Access Non-Destructive Readout) from NASA’s Gemini 3 spacecraft is up for auction. The RANAM – containing 4096 bits of information – was a part of the first Gemini spacecraft on-board computer ever to fly on a manned mission. Image Credit: Heritage Auctions More specifically, […]
Rambus Initiates Accelerated Share Repurchase Program
https://www.rambus.com/rambus-initiates-accelerated-share-repurchase-program/SUNNYVALE, Calif. ― October 26, 2015 ― Rambus Inc. (NASDAQ:RMBS) today announced it has initiated an accelerated share repurchase program with Citibank, N.A. to repurchase an aggregate of approximately $100 million of its common stock, with an initial delivery of approximately 7,812,500 shares. “This share repurchase program showcases the confidence we have in our […]
Crossing the ReRAM bridge
https://www.rambusblog.com/2015/10/26/mid-crossing-the-reram-bridge/#new_tabWriting for IEEE Spectrum, Alexander Hellemans notes that researchers have thus far produced two commercially promising types of memristors: electrochemical metallization memory (EMC) cells and valence change mechanism memory (VCM) cells. “In EMC cells, which have a copper electrode (called the active electrode), the copper atoms are oxidized—stripped of an electron—by the ‘write’ voltage,” he […]
Crossing the ReRAM bridge
https://www.rambus.com/blogs/mid-crossing-the-reram-bridge/Writing for IEEE Spectrum, Alexander Hellemans notes that researchers have thus far produced two commercially promising types of memristors: electrochemical metallization memory (EMC) cells and valence change mechanism memory (VCM) cells. “In EMC cells, which have a copper electrode (called the active electrode), the copper atoms are oxidized—stripped of an electron—by the ‘write’ voltage,” he […]
