At Rambus, we create cutting-edge semiconductor and IP products, providing industry-leading chips and silicon IP to make data faster and safer.
Found 3633 Results
Improving machine vision under low-light conditions
https://www.rambus.com/blogs/improving-machine-vision-under-low-light-conditions-2/A recent study conducted by researchers at the Georgia Institute of Technology hypothesizes that hawkmoths manage complex sensing and control challenges by slowing their brains to improve vision under low-light conditions. As Futurity’s John Toon notes, scientists have long been aware of moths using their specialized eye structures to maximize the amount of light they […]
Radio emissions leak secret crypto-keys
https://www.rambusblog.com/2015/06/25/radio-emissions-leak-secret-crypto-keys/#new_tabA team of Tel Aviv University (TAU) researchers has demonstrated the successful extraction of secret decryption keys from laptop computers via the non-intrusive measurement of electromagnetic emanations from a distance of 50 centimeters and a total duration of just a few seconds.
Memory Interface Chips
https://www.rambus.com/memory-interface-chips/We make high-performance, low-power memory and serial link interface chips and IP cores to meet the needs of increasingly diverse enterprise and mobile applications.
Inventors
https://www.rambus.com/inventors/Inventors Explore Rambus We create a culture for genius and out-of-the-box thinking to flourish. By unleashing the intellectual power of some of the best engineers and scientists in the world, we look into the future of technology and shape tomorrow’s high-growth markets. Our inventors bring a broad range of academic backgrounds and a diversity of […]
Radio emissions leak secret crypto-keys
https://www.rambus.com/blogs/radio-emissions-leak-secret-crypto-keys-2/A team of Tel Aviv University (TAU) researchers has demonstrated the successful extraction of secret decryption keys from laptop computers via the non-intrusive measurement of electromagnetic emanations from a distance of 50 centimeters and a total duration of just a few seconds. According to an abstract cited by The Register’s John Leyden, such attacks can […]
Big Data manages electric grid demand
https://www.rambusblog.com/2015/06/24/big-data-manages-electric-grid-demand/#new_tabWriting for Datanami, George Leopold notes that the summer months are often especially challenging for power utility companies. “[They are] managing peak demand while figuring out how to integrate intermittent power sources into the grid,” he explains.
Why Use Mobile Payments
https://www.rambus.com/blogs/why-use-mobile-payments/Amongst all the hype and bluster around mobile payments a fundamental question seems to be largely overlooked – why use mobile payments?
Big Data manages electric grid demand
https://www.rambus.com/blogs/big-data-manages-electric-grid-demand-2/Writing for Datanami, George Leopold notes that the summer months are often especially challenging for power utility companies. “[They are] managing peak demand while figuring out how to integrate intermittent power sources into the grid,” he explains. “Increasingly, Big Data analytics tools are being applied to the emerging smart grid as a way to gauge […]
Researchers eye injectable mesh electronics
https://www.rambusblog.com/2015/06/23/researchers-eye-injectable-mesh-electronics/#new_tabResearchers at Harvard and Beijing’s National Center for Nanoscience and Technology have developed a method of using a needle measuring just a few millimeters in length to inject mesh electronics directly into the brain. As John Wenz of PopularMechanics explains, this technique allows the mesh to safely unfurl, providing a non-invasive way to deploy sensors […]
Researchers eye injectable mesh electronics
https://www.rambus.com/blogs/researchers-eye-injectable-mesh-electronics-2/Researchers at Harvard and Beijing’s National Center for Nanoscience and Technology have developed a method of using a needle measuring just a few millimeters in length to inject mesh electronics directly into the brain. As John Wenz of PopularMechanics explains, this technique allows the mesh to safely unfurl, providing a non-invasive way to deploy sensors […]
